KR20070029224A - Method for relaying post issuance application of open platform smart(ic) card - Google Patents

Abstract

A method for relaying post-issuance applications of an open platform smart card is provided to enable clients of the smart card to personally make/trade a desired smart card application with other clients. A server stores the smart card applications to a database by each theme, purpose, and directory(220). When a requestor client is connected to, the server provides a smart card application search window to the requestor client. The server checks the smart card applications matched with a keyword inputted to the search window by linking with the database and displays checked smart card application information to the requestor client(230). If the requestor client selects and requests more than one smart card application, the server provides the request client with the requested smart card application through the wired/wireless network(250). The server requests settlement for the provided smart card application to the requestor client.

Description

Method for relaying post-issuance application of open smart card (or IC card) {Method for Relaying Post Issuance Application of Open Platform Smart (IC) Card}

Fig. 1 is a simple configuration diagram of a case where an application production location for a smart card (or IC card) is located in the web server, and the relay server is used to relay the produced smart card (or IC card) application.

FIG. 2 is a simple flowchart illustrating a method of relaying an application for producing a smart card (or IC card) to the web server and transmitting the produced smart card (or IC card) application to the relay server.

3 is a case where an application production location for a smart card (or IC card) is located in the application production client for the smart card (or IC card), and the application for the produced smart card (or IC card) is relayed from the relay server; Is a simple schematic diagram.

4 shows an application production location for the smart card (or IC card) in the application creation client for the smart card (or IC card), and relays the produced application for the smart card (or IC card) from the relay server. A simple flow chart of the method.

5 is a simple configuration diagram of a case where an application production location for a smart card (or an IC card) is located in the web server, and the web server is used to relay the produced smart card (or IC card) application.

6 is a simple flowchart of a method for relaying the produced smart card (or IC card) application in the web server, where the application production location for the smart card (or IC card) is located in the web server.

7 illustrates a case where an application production location for a smart card (or IC card) is located in the application production client for the smart card (or IC card), and the application for the produced smart card (or IC card) is relayed from the web server. Is a simple schematic diagram.

8 is a method of producing an application for a smart card (or IC card) in the application creation client for the smart card (or IC card), and relaying the produced application for the smart card (or IC card) from the web server. Here is a simple flow chart.

9 is divided into application creation tools for smart cards (or IC cards) into application creation tools for server-side smart cards (or IC cards) and application creation tools for client-side smart cards (or IC cards), respectively. Or IC card) application production location is in the web server, and a simple configuration diagram of the case of relaying the produced smart card (or IC card) application in the relay server.

FIG. 10 shows an application creation tool for a smart card (or IC card) into an application creation tool for a server side smart card (or IC card) and an application creation tool for a client side smart card (or IC card), respectively. Or an IC card) application production position in the web server, and a simple flowchart of a method of relaying the produced smart card (or IC card) application in the relay server.

11 shows an application creation tool for a smart card (or IC card) into an application creation tool for a server side smart card (or IC card) and an application creation tool for a client side smart card (or IC card), respectively. Or an IC card) application production position in the web server, and a simple configuration diagram of a case where the produced smart card (or IC card) application is relayed by the web server.

12 is divided into an application creation tool for a smart card (or IC card) into an application creation tool for a server side smart card (or IC card) and an application creation tool for a client side smart card (or IC card), respectively. Or an IC card) application production location in the web server, and a simple flowchart of a method of relaying the produced smart card (or IC card) application from the web server.

FIG. 13 illustrates a case where an application production location for a smart card (or IC card) is located in the web server, and the application for producing the smart card (or IC card) application is loaded on the smart card (or IC card) application production client. It is a simple schematic diagram.

14 shows a method of producing an application for a smart card (or IC card) in the web server and mounts the produced application for the smart card (or IC card) to the application manufacturing client for the smart card (or IC card). Here is a simple flow chart.

15 shows an application production location for a smart card (or IC card) in an application production client for a smart card (or IC card), and the application for the produced smart card (or IC card) is the smart card (or IC card). This is a simple block diagram of the case where the application production client is loaded.

16 shows an application production location for a smart card (or IC card) in an application production client for a smart card (or IC card), and the application for the produced smart card (or IC card) is the smart card (or IC card). Is a simple flow chart of how to load it into your application creation client.

FIG. 17 illustrates an application creation tool for a smart card (or IC card) into an application creation tool for a server side smart card (or IC card) and an application creation tool for a client side smart card (or IC card), respectively. Or an IC card) application production position in the web server, and is a simple configuration diagram for mounting the produced smart card (or IC card) application to the smart card (or IC card) application production client. .

FIG. 18 illustrates an application creation tool for a smart card (or IC card) into an application production tool for a server side smart card (or IC card) and an application creation tool for a client side smart card (or IC card). (Or an IC card) application production location is in the web server, and a simple flowchart of a method for mounting the produced smart card (or IC card) application to the smart card (or IC card) application production client to be.

19 is a smart card (or IC card) application production tool for the smart card (or IC card) on the wired and wireless communication network to produce an application for the smart card (or IC card) on the public key through the application relay server It is a simple block diagram for the case of post-issuance with a smart card (or IC card) using a base cryptosystem.

20 is a simple flowchart of a process of collecting application production information by an application production tool for a client-side smart card (or IC card) and an application production tool for a server-side smart card (or IC card).

FIG. 21 is a simple flowchart of a process of processing an application source code into application source code through application production information by an application production tool for a server-side smart card (or IC card).

22 shows a smart application application tool for server-side smart card (or IC card) that can be mounted on a smart card (or IC card) through a series of source code compilation processes such as verifying, converting, and calculating application source code. Here is a simple flow chart for creating an application for a card (or IC card).

FIG. 23 is a simplified diagram of a process in which a smart card (or IC card) terminal post-issues a smart card (or IC card) application to a smart card (or IC card) through an application relay server for a smart card (or IC card). It is a flow chart.

FIG. 24 shows an application production client for a smart card (or IC card) on the wired / wireless Internet through the application framework for the smart card (or IC card) registered in the application production web server for the smart card (or IC card). A simple block diagram of a system for creating an application for a card (or IC card).

FIG. 25 shows an application production client for a smart card (or IC card) on the wired / wireless Internet through a smart card (or IC card) application framework registered in an application production web server for a smart card (or IC card). This is a simple example of making an application for a card (or IC card).

Fig. 26 shows a smart card (or IC card) of a host application of an application for a smart card (or IC card) produced through an application creation tool for a smart card (or IC card) of an application production web server for a smart card (or IC card). This is a simple block diagram of a system that is mounted as a smart card terminal of a smart card service principal through an application relay server.

27 shows that the application relay tool for the smart card (or IC card) of the application relay server for the smart card (or IC card) adds an extension function to the host application of the application for the smart card (or IC card) to the smart card service principal. It is a simple example of mounting on a smart card terminal.

Fig. 28 shows an application for a smart card (or IC card) that is created through an application creation tool for a smart card (or IC card) of a web server. This is a simple block diagram of a system that is post-issued to a smart card application area of an application request client for a smart card (or IC card) that is a smart card service object through a relay server.

29 shows the smart card (or IC card) for a specific website after the application relay tool for the smart card (or IC card) of the application relay server for the smart card (or IC card) personalizes the application for the smart card (or IC card). It is a simple example diagram on behalf of an application post-issuance service for IC card).

30 shows an application development system for a smart card (or IC card) on a wired / wireless internet, which produces an application framework for a smart card (or IC card), thereby creating an application for a smart card (or IC card) on a wired / wireless internet. This is a simple flow chart to register with the server.

FIG. 31 shows a smart card through an application framework for smart cards (or IC cards) in which an application production client for a smart card (or IC card) on a wired or wireless Internet is registered in an application production web server for a smart card (or IC card). A flow chart of creating an application for an (or IC card) and storing it in an application relay server for a smart card (or IC card) on a wired or wireless Internet.

32 is a flowchart in which an application relay server for a smart card (or IC card) mounts a host application online to a smart card terminal.

33 is a flowchart in which a smart card terminal connects to an application relay server for a smart card (or IC card) to download and mount a host application.

34 is a flowchart in which an application request client for a smart card (or IC card) post-issues a smart card (or IC card) application to a smart card from an application relay server for a smart card (or IC card).

<Description of main parts of drawing>

100: smart card application production web server

105: Smart Card Application Creation Tool

110: application source code D / B

115: smart card application relay server

120: smart card application D / B

* 125: Smart card application creation client

130: smart card application request client

The present invention relates to a post issuance application production and application relay method of an open platform smart card (or IC card), wherein a client accesses an application production web server through a wired / wireless communication network and executes a smart card ( Or a method for producing an application for a smart card (or an IC card) by using or providing an application creation tool (IC card) for an IC card, and a method for loading the produced smart card (or IC card) application on a client; And supplying the produced smart card (or IC card) application to at least one or more clients in addition to the smart card (or IC card) application production client, and receiving at least one application for the smart card (or IC card). One or more clients want to seamlessly It searches for and downloads an application for a smart card (or IC card), and distributes the profits generated from the demand and supply of the application for the smart card (or IC card) with the application production client for the smart card (or IC card). An application relay method for a smart card (or IC card).

A smart card is an IC (Integrated Circuit) card in the form of a credit card that can store and compute various digital information by embedding a central processing unit and various memory devices.The IC chip mounted on the smart card is a central processing unit, ROM ( It consists of Read Only Memory (RAM), Random Access Memory (RAM), and EEPROM (Electrically Erasable and Programmable Read Only Memory), and functions as a small computer without input and output devices.

Smart cards are classified into contact cards, contactless cards, hybrid cards, and combination cards, depending on the interface type. And microprocessor cards, and can be classified into single purpose cards and multipurpose cards according to the application purpose of smart cards.

Recently, the smart card is a multi-purpose combination card equipped with a central processing unit, which is capable of executing a program regardless of the card manufacturer, and is aimed at an open platform that is independent of the platform and that can be installed and deleted even after the card is issued. Typical smart card open platforms include Javacard, MULTOS, Smart Card For Windows (SCFW), and SmartTEC OS.

Javacard is a smart card platform that includes a Java Virtual Machine (JVM) on top of a COS (Chip Operating System) .It is a smart card platform that allows online downloading to modify programs inside the card, load one or more applications, and communicate with existing smart cards. It is an open smart card platform based on versatility with card terminals.

MULTOS is a smart card platform with MVM (MEL Virtual Machine) designed with MEL (Multos Executable Language), a unique interpretation language on MULTOS, a multifunctional operating system developed by Mondex and supported by Mondex, an industrial consortium led by Mondex. It is being used for various smart card applications in Europe, and is an open smart card platform that is mounted in electronic money using smart cards in Korea.

SCFW card is a smart card platform that is equipped with VBVM (Visual Basic Virtual Machine) in the MS Kernel (MicroSoft Kernel) of 8bit operating system dedicated to smart card developed by Microsoft, and through Microsoft Visual Basic. It is an open smart card platform designed to allow general developers who do not have a thorough knowledge of smart cards to approach smart card service development.

SmartTEC OS is a smart card platform similar to the desktop operating system designed with the same structure as Windows NT, unlike the file design structure proposed by ISO-7816, a smart card specification, and is open to online downloading and multipurpose applications without the need for a VM. The program on the ROM once ported is an open smart card platform that can be patched online using a vector table.

The features of such open smart card platforms are that the card issuer's partners and smart card application service organizations, and their respective smart cards, change frequently even after the smart card produced by the card manufacturer is issued to the smart card user through the card issuer. It supports post-issued application service that can share the application area of smart card with users.

However, even though such open smart card platforms allow for the development of smart card applications through relatively easy-to-develop and universal development tools such as Java, MEL, or Visual Basic, the card issuers' partners and smart card applications. To develop a smart card application that allows service providers and each smart card user to share the application area of the smart card, it is necessary to understand the internal structure of the open smart card platform and to have a thorough knowledge of the application method. In addition, it is necessary to obtain an access code for the smart card application area through an organic cooperation system with the smart card issuing authority. Accordingly, by limiting accessibility and development of the smart card application to general smart card users greatly, smart card users cannot actually make or trade their own type of application. It is an opportunity to suppress the potential expansion of the card industry.

An object of the present invention to compensate for the above problems is that a client (smart card user) is provided with an application production tool (tool) for smart card (or IC card) by accessing an application production web server through a wired or wireless communication network or A method for producing an application for a smart card (or IC card) using the method, a method for mounting the produced application for the smart card (or IC card) to a client, and an application for the produced smart card (or IC card). In addition to the smart card (or IC card) application production client to supply at least one or more clients, at least one or more clients receiving the smart card (or IC card) application smoothly desired smart card (or IC card) Search for and download And a method for relaying an application for a smart card (or IC card) for distributing profits generated from demand and supply of the application for the smart card (or IC card) to an application production client for the smart card (or IC card). By providing smart card users, they will be able to create and trade applications of their own type to promote the expandability of the smart card (or IC card) industry.

The present invention relates to a post issuance application production and application relay method of an open platform smart card (or IC card), wherein a client accesses an application production web server through a wired / wireless communication network and executes a smart card ( Or a smart card application construction tool provided or used to create an application for a smart card (or IC card), and the produced smart card (or IC card) application to a client. And a method for loading the produced smart card (or IC card) to at least one or more clients in addition to the smart card (or IC card) application production client, and for the smart card (or IC card). At least one client supplied with the application To search for and download the application for the smart card (or IC card) desired by the user. The benefit generated by the demand and supply of the application for the smart card (or IC card) is for the smart card (or IC card). An application relay method for a smart card (or IC card) distributed with an application production client.

The present invention provides a smart card (or IC card) by using or receiving a smart card application construction tool for a smart card (or IC card) by accessing an application production web server through a wired or wireless communication network. The application can be divided into three types: a method for producing an application for use, 2) a method for relaying an application for a smart card (or an IC card), and 3) a method for relaying after an application for a smart card (or an IC card). Each method consists of 1-1) client production location for smart card (or IC card) and 1-2) web server and 1-3) interconnection between client and web server. The relay location of the smart card (or IC card) application is divided into 2-1) when relaying from the web server and 2-2). It is divided into the case of relaying with a server.

In addition, in the present invention, the method for producing and relaying an application for a smart card (or an IC card) is 3-1) an application production position for a smart card (or an IC card) is present on the client. ) And 3-2) the application production location for the smart card (or IC card) is located on the client, and the produced smart card (or IC card) application is relayed from the relay server. And 3-3) when the application production location for the smart card (or IC card) is located in the web server, and when the produced application for the smart card (or IC card) is relayed by the web server. An application production location for a smart card (or IC card) is located in the web server, and the application for the smart card (or IC card) is created. When relaying from a relay server and 3-5) an application production location for a smart card (or IC card) is connected to each other between the client and the web server, the application for the produced smart card (or IC card) is recalled. In the case of relaying from a web server and 3-6) an application production location for a smart card (or IC card) is connected to each other between the client and the web server, and the application for the produced smart card (or IC card) is recalled. It is divided into the case of relaying from a relay server.

In addition, the smart card (or IC card) of the present invention is characterized in that it comprises an open platform in which the application is mounted or deleted even after the card is issued, and communicates in a wired communication network through a terminal for a smart card (or IC card) And it is mounted on or detached from the wireless communication device, characterized in that for performing communication in a wireless communication network.

In addition, the smart card (or IC card) of the present invention is an IC (Integrated Circuit) card in the form of a credit card capable of storing and computing various digital information by embedding a central processing unit and various memory devices. The IC chip mounted on the IC card is composed of a central processing unit, ROM (Read Only Memory), RAM (Random Access Memory), and EEPROM (Electrically Erasable and Programmable Read Only Memory). It acts as a small computer.

In addition, the smart card (or IC card) of the present invention is classified into a contact card, a contactless card, a hybrid card, and a combination card according to the interface method. In addition, it can be classified into a memory card and a microprocessor card according to the presence or absence of a central processing unit, and can be classified into a single purpose card and a multipurpose card according to the application purpose of the smart card (or IC card).

In addition, the smart card (or IC card) of the present invention includes Javacard, MULTOS, Smart Card For Windows (SCFW), SmartTEC OS, and the like, which support an open platform of a representative smart card (or IC card). .

Hereinafter, each case of a method for producing and issuing a post issuance application of the open platform smart card (or IC card) will be described in detail with reference to the accompanying drawings and description. However, the following drawings and descriptions are for representative methods among various methods for properly describing the present invention, and the present invention is not limited only to the following drawings and descriptions.

FIG. 1 is a brief description of a case where an application production location for a smart card (or IC card) is located in the web server 100 and the relay server 115 relays the produced smart card (or IC card) application. It is a block diagram.

The client includes a subject that produces an application for the smart card (or IC card) and a subject that downloads the application for the smart card (or IC card), and the smart on the web server 100 or the relay server 115. It is a demand and supply source for card (or IC card) applications. Here, the client in charge of producing the smart card (or IC card) application is called a smart card (or IC card) application production client 125, a client that downloads the smart card (or IC card) application The application request client 130 for a smart card (or IC card) will be referred to.

In addition, the client performs data communication with the web server 100 or the relay server 115 through a wired communication network or a wireless communication network, and the terminal for a smart card (or IC card) 135 when the client uses a wired communication network. Communication with the web server 100 or the relay server 115 by using a medium, and when using a wireless communication network, the web server 100 or the relay server 115 via a wireless communication network through a wireless communication device. Communicate with. When the wireless communication network is used, the smart card (or IC card) of the client is mounted or detached from the client-owned wireless communication device.

In addition, when the client is required to secure and authenticate the smart card (or IC card) application in the process of performing data communication with the web server 100 or the relay server 115 through a wired or wireless communication network Each client, the web server 100, and the relay server 115 receive a certificate from a certification authority and then perform data communication, and the client transmits the web server 100 or the relay through a wired or wireless communication network. In the process of performing data communication with the server 115, the data transmitted and received can be encrypted and implemented.

The smart card (or IC card) application production client 125 accesses the web server 100 and uses the smart card (or IC card) application production tool 105 provided by the web server 100. To produce an application for a smart card (or IC card) in the web server 100, the smart card (or IC card) application request client 130 is connected to the relay server 115 Select the application for the desired smart card (or IC card) serves to receive from the relay server 115.

In addition, the smart card (or IC card) application production client 125 is connected to the web server 100, the smart card (or IC card) application production tool 105 is the smart card (or IC card) ) Provides the web server 100 with application production condition information necessary to generate smart card application construction information for a smart card (or IC card) required for the application production.

Here, the application production condition information may include the platform type of the smart card (or IC card) to be mounted in the smart card (or IC card) application to be produced, the type of application for the smart card (or IC card) to be produced, Information on the conditions of application for all smart cards (or IC cards) required for application source code extraction, such as functions to be included, fields of use, and tasks to be performed. It can also provide the operating method, processing sequence, and file structure to be stored in the application area of the IC chip.

In the present invention, the web server 100 when the smart card (or IC card) application production client 125, which is the main agent for producing the application for the smart card (or IC card) is connected through a wired or wireless communication network. The smart card (or IC card) may be provided from the application creation client 125 for the smart card (or IC card) to receive application production condition information for all the smart cards (or IC cards) necessary for extracting the application source code. Presents the application production condition information input window or the selection item to the application production client 125 for the smart card, and refers to the application production condition information input or selected by the application production client 125 for the smart card (or IC card). Application Production Information (Smart Card Applicatio) n Construction Information) and provide the smart card (or IC card) application production client 125 with the smart card (or IC card) application creation tool 105 (Smart Card Application Construction Tool). The application creation client 125 for a smart card (or IC card) uses the application creation information and production tool 105 (Smart Card Application Construction Tool) for the smart card (or IC card) as desired by the smart card (or IC card). IC card), and when the production of the smart card (or IC card) application is completed, issue the application for the smart card (or IC card) to the client, or relay server (described below) 115) provides an application for the produced smart card (or IC card).

Here, the smart card (or IC card) application production tool 105 is mounted on the web server 100 through the application production information (Smart Card Application Raw Code; hereinafter 'application source code', The process of extracting 'raw code' or 'object' and processing it into an application source code (Smart Card Application Source Code; hereinafter referred to as 'application source code' or 'source code') and personalizing the smart card ( Or IC card).

In the present invention, the application creation tool 105 for a smart card (or IC card) is an application that is abstracted and designed to comply with the smart card (or IC card) standard, that is, the application source code by referring to the application source information. Process of applying the smart card (or IC card) user information to the application source code, and then producing an application for the smart card (or IC card) through a series of source code compilation processes such as verification, conversion, and operation. And a smart card (or IC card), which delivers the smart card (or IC card) application manufactured as described above to a smart card (or IC card) of a smart card (or IC card) user through a wired / wireless communication network ( Or IC card) application production software.

According to the present invention, the application creation tool 105 for a smart card (or IC card) is not an existing application development environment for a smart card (or IC card). Existing application development environment for smart card (or IC card) is smart by developer coding application source code with text editor and compiling the above code with compiler, or coding and compiling through integrated development environment with built-in text editor and compiler. You are developing an application for a card (or IC card).

On the other hand, the application creation tool 105 for the smart card (or IC card) of the present invention is an object abstracted in compliance with the smart card (or IC card) standard, that is, the application source code, the application source code extraction information, the application source code combination The application source code is processed by assembling information and application production information such as smart card (or IC card) attribute information and the feature of object-oriented programming to produce an application for a smart card (or IC card). That is, the process of direct coding by a developer, such as an application development environment for an existing smart card (or IC card), creates an application that abstracts the object, that is, the application source code and the application source code according to the smart card (or IC card) standard. The process of combining information and object-oriented programming rules is automated.

The application creation tool 105 for the smart card (or IC card) can generate the application source code for the smart card (or IC card) by automating the application source code through the application production information and object-oriented programming rules as described above. The reason is that the input / output interface of the smart card (or IC card) application is generalized in the form defined in the smart card (or IC card) standard, and most of the major operations of the smart card (or IC card) application are smart card. (Or IC card) is executed by the host application 140 mounted on the terminal 135, the application for smart card (or IC card) is a logical structure through the process of processing a response corresponding to the command of the host application 140 This is because it can be abstracted in a generalized form by simplifying.

That is, the application creation tool 105 for a smart card (or IC card) collects application production information required to process the application source code into the application source code through the application production information collection step, and the application through the application source code processing step. Combine source code to automate application source code. The application creation step for the smart card (or IC card) is used to personalize the application source code, verify that the application for the smart card (or IC card) is valid on the smart card (or IC card) to be loaded, and By converting it into a form that can be mounted on an IC card, and calculating it to be mounted on an actual smart card (or IC card), a smart card (which can be post-issued through a few mouse clicks and a simple application production information input process Or it provides a system and method for producing an IC card) application.

In addition, the smart card (or IC card) application manufacturing tool 105 is a smart card (or IC card) access code and smart card (or IC card) that can access the application area of the smart card (or IC card). It also manages a security code to be included in the application for application, and extracts the application source code from the application source code D / B (110) through the application production information is processed into application source code. In this case, the application source code D / B 110 is mounted in the application creation tool 105 for a smart card (or IC card) to perform the above-described role.

The application source code D / B 110 is an abstracted object that conforms to the smart card (or IC card) standard and can be combined into application source code according to the method of making an application for a smart card (or IC card) proposed by the present invention. That is, D / B where application source code is stored, and the application source code is provided by the IC chip mounted on the smart card (or IC card) based on the COS and VM mounted on the smart card (or IC card). Generalized code consisting of API functions.

The application source code D / B 110 is composed of a tree-like hierarchical structure such as an MFC library of a desktop application, and satisfies encapsulation, inheritance, and polymorphism of object-oriented programming. For example, an application source code that provides an encryption algorithm for a smart card (or IC card) includes an encryption object, a symmetric key-based encryption object and a public key-based encryption object that inherit the encryption object. In addition, an EMV (Europay, Master Card, VISA) encryption object and SEED encryption object are inherited below the symmetric key-based encryption object, and an RSA (inherited by the object below the public key-based encryption object) exists. Rivest, Shamir, Adelman) and an Elliptic Curve Crypto (ECC) cryptographic object. The structure of the application source code D / B 110 is a software engineering method.

If the smart card (or IC card) client uses a public key based encryption scheme using an RSA encryption algorithm in the smart card (or IC card) application and applies it to the communication process with the host application 140, the smart card ( Or an IC card) client selects an RSA encryption object inheriting the public key-based encryption object of the encryption object as the application source code extraction information of the application production information, and an APDU (Application Protocol Data Unit) based smart card as the application source code combination information. (Or IC card) through the process of selecting to encapsulate in the communication object, the application creation tool 105 for the smart card (or IC card) is public key based RSA encryption source in the application source code D / B (110) Code and source code for APDU-based smart card (or IC card) communication The extracted public key based RSA encryption source code may be encapsulated and set to include as an object in the APDU based smart card (or IC card) communication source code.

In the same process as the programmer inputs and codes the code through a text editor, the application creation tool 105 for the smart card (or IC card) logically connects the text file in which the application source code is stored, This is done by including a header file associated with each source code file and inserting a string that declares the encapsulated object in the parent object. In other words, the process for the programmer to write the application source code 105 for the smart card (or IC card) to extract the application source code, and to edit or add the string on the extracted source code to the task that the programmer must code Allows you to process and generate application source code by automatically handling the tasks that you need to code.

In the present invention, the application source code is an abstracted object to comply with the smart card (or IC card) standard, and is modularized to be used in the process of creating an application for the smart card (or IC card) through object-oriented programming. IC card) application code. As described above, abstracted objects, that is, application source code, are application sources that can be combined and perform a single independent function as assembled by features such as encapsulation, inheritance, and polymorphism that are the characteristics of abstracted objects in object-oriented programming. Processed into cords.

In the present invention, the application source code is the application source code, that is, the application source code for the smart card (or IC card) combined as if the objects abstracted to comply with the smart card (or IC card) standard are assembled by the characteristics of the object-oriented program. to be. If the application source code is abstracted to conform to the smart card (or IC card) standard, the application source code generated by combining the application source code according to the rules of object-oriented programming also conforms to the smart card (or IC card) standard. . The application source code performs a series of tasks corresponding to the command of the host application 140 of the smart card (or IC card) terminal 135, and induces an appropriate response to the application for the smart card (or IC card). This smart card (or IC card) is application code for a smart card (or IC card) that can perform an application function for an independent smart card (or IC card) that can provide at least one or more services to be provided to the user.

In the present invention, the application production information is a combination of the application source code extraction information, the application source code extraction information for extracting the application source code designed to comply with the smart card (or IC card) standards for the production of applications for smart card (or IC card) Application source code combining information and smart card (or IC card) attribute information for processing into application source code, and the corresponding smart card (or IC card) before compiling through the process of verifying, converting, and calculating the application source code. Application-generated information for all kinds of smart cards (or IC cards) including smart card (or IC card) user information and the like used in the process of personalizing the application.

The application source code extraction information of the application production information is the smart card (or IC card) among the source codes stored in the application source code D / B 110 mounted in the application production tool 105 for the smart card (or IC card). Is generated from the application creation condition information for the selected smart card (or IC card) or input from the application creation client 125 for the smart card (or IC card) to extract the application source code to be used for production of the application. As information corresponding to a query, the smart card (or IC card) application production client 125 is provided via the interface provided by the smart card (or IC card) application production tool 105 for the smart card (or IC card). Smart card (or IC card) to be loaded into the application for IC card) Information on application conditions for the smart card (or IC card) required to extract the application source code, such as the platform type, the type of application for the smart card (or IC card) to be produced, the functions to be included, the field of application, and the task to be performed. Upon input, the application creation tool 105 for the smart card (or IC card) on which the application source code D / B 110 is mounted actually applies the application in the application source code D / B 110 based on the input information. Information corresponding to the query created to extract the source code.

In other words, the application source code extraction information of the application production information is the actual smart card (or IC) among the application source code designed for the application creation tool 105 for the smart card (or IC card) to comply with the smart card (or IC card) standard. Information for extracting the application source code to be used for the application for the card), and the smart card (or the IC card) from the function of the application for the smart card (or the IC card) input by the smart card (or IC card) production client 125. Is a piece of information that determines which application source code to extract to the application for the smart card (or IC card).

For example, a smart card (or IC card) client selects a Java card as a smart card (or IC card) platform through an interface provided by the application creation tool 105 for the smart card (or IC card), and is produced. If you select or enter e-money as a type of application, a payment function as a function to be included, a fast food restaurant as a field of application, and a customer acquisition of CRM (Customer Relationship Management) information for a fast food restaurant as a task to perform, An application production tool 105 for a server-side smart card (or IC card) on which the B 110 is mounted is selected from among the application source codes designed through Java in the application source code D / B 110 based on the input information. Determine the application source code for creating an application for the entered smart card (or IC card) Create a query to extract the application source code. At this time, the application source code extraction information is produced by the application creation tool 105 for a smart card (or IC card) to produce an application for a smart card (or IC card) that satisfies the input information in the application source code D / B 110. Corresponds to the query for extracting application source code. For example, the smart card (or IC card) production client 125 applies a public key encryption algorithm to an application for the smart card (or IC card) to be produced through the application creation tool 105 for the smart card (or IC card). Once entered, the application creation tool 105 for a smart card (or IC card) extracts public key based source code that conforms to the smart card (or IC card) standard from the application source code.

The application source code combining information of the application production information is information for combining the source code extracted from the application source code D / B 110 according to object-oriented programming, and the application production client 125 for the smart card (or IC card). Information corresponding to an object combining rule derived from information such as operation and processing order of an application for a smart card (or IC card) inputted or selected, and a file structure to be stored in an application area of the IC chip. The application production tool 105 for the smart card (or IC card), which combines application source code to actually process the application source code, operates and processes the application for the input smart card (or IC card), and the IC The extraction based on the file structure to be stored in the application area of the chip Information corresponding to a rule of combining the application source code into an application source code by object-oriented programming. That is, the application source code combining information is information that determines which application source code is combined in what way according to the order of processing that the application for the smart card (or IC card) needs to perform. When encrypting and digitally signing data through a key encryption algorithm, there are cases where encryption is preferentially processed and digitally signed, and electronic signatures are preferentially processed and encrypted. The rules for combining application source code apply differently depending on the processing of the application.

In addition, the application source code combination information may be input or selected by the application creation tool 105 for the smart card (or IC card) in the application creation client 125 for the smart card (or IC card) (or Application source code such as the platform type of the smart card (or IC card) to be loaded into the application for the IC card, the type of application for the smart card (or IC card) to be produced, the functions to be included, the field of application, and the task to be performed. The operation method and processing sequence of the smart card (or IC card) application and the file structure to be stored in the application area of the IC chip according to a predetermined rule by referring to the application condition for the smart card (or IC card) application required for extraction. The application source code itself Note that you can also create beams.

Here, Object Oriented Programming is a programming technique for developing an application through a modular object, which is a unit code that integrates a data structure and operations on the data from a developer's point of view. Has features of data abstraction, encapsulation, inheritance, and polymorphism.

The data abstraction of object-oriented programming defines the structure and data manipulation of data by generalizing only the reusable and reusable behaviors of an application. Abstracted objects provide developers with the structure and data of data in the application process. It provides a well-organized means to use manipulations effectively. For example, if the task of communicating between the smart card (or IC card) and the smart card (or IC card) terminal 135 through object-oriented programming is abstracted as an object based on ISO-7816, the abstracted object May be repeatedly reused through a detailed process of allocating a type of data transmitted and received between the smart card (or IC card) and the smart card (or IC card) terminal 135.

In addition, the abstracted data structures and manipulations described above are a series of objects that are assembled after the objects are assembled in a factory production line through encapsulation, inheritance, and polymorphism, which are other features of object-oriented programming described below. Through a detailed process, it can be produced as an application for one independent smart card (or IC card).

The encapsulation of object-oriented programming hides the functionality of the contained objects in the process of including the abstracted objects in other objects. Encapsulated objects expose only externally accessible interfaces. Object data and methods are external. Restrict access from In other words, an encapsulated object can be accessed through an interface, and not otherwise, and the object provides functionality defined through data abstraction to other objects that access through that interface.

For example, an object-oriented programming that communicates between a smart card (or IC card) and a smart card (or IC card) terminal 135 is based on the ISO-7816. ) And other objects that need to transmit / receive between the smart card (or IC card) terminal 135 to perform a communication operation between the smart card (or IC card) and the smart card (or IC card) terminal 135. Perform. In this case, the object containing the object does not know how the included communication object works, and the object including the object defines a data type to be transmitted and received and transmits the data to the interface of the included communication object. ) And a transmission / reception operation between the smart card (or IC card) terminal 135.

The inheritance of object-oriented programming is to inherit the functionality of an abstracted object into that of another object, which is used just like that of an object that inherits that object. In other words, the inherited object is inherited by the function of the object that inherits the object, and the object that inherits the object can freely use the function of the inherited object as its own function. For example, an object-oriented programming that communicates between a smart card (or IC card) and a smart card (or IC card) terminal 135 is based on ISO-7816. Is inherited as an object for identifying a PIN (Personal Identification Number) between the smart card (or IC card) terminal 135 and generalized to be used as a function for transmitting and receiving a PIN.

Polymorphism in object-oriented programming combines the functionality of abstracted objects into completely different functions. Polymorphized objects combine two or more functions into new features. In other words, object polymorphism combines the functionality of an abstracted object with the functionality of one or more other objects to perform a new function that performs a new task of a completely different function. For example, an object-oriented programming that communicates between a smart card (or IC card) and a smart card (or IC card) terminal 135 is based on an ISO-7816 object. In combination, it performs the function of an object that provides a public key based cryptosystem.

That is, most open smart card (or IC card) platforms support object-oriented programming, and such object-oriented programming is assembled through generalized and abstracted objects, as assembled by encapsulation, inheritance, and polymorphism. It can be produced as an application for smart cards (or IC cards).

However, even when an application for a smart card (or IC card) is produced by the above method, a process of detailing generalized objects according to actual tasks and roles that the application for the smart card (or IC card) needs to perform is required. However, in the present invention, the smart card (or IC card) application production tool 105 is to perform the detailed process of the abstracted object.

The smart card (or IC card) attribute information of the application production information is stored by the application creation tool 105 for the smart card (or IC card) in the process of combining the application source code into the application source code. Information on the properties of the smart card (or IC card) on which the application is installed, and the physical and logical characteristics of the smart card (or IC card), shared information on the smart card (or IC card) application area, and the smart card (or IC card). IC card) smart card (or IC card) information such as an access code of the application area. In general, the smart card (or IC card) attribute information is extracted by the application creation tool 105 for the smart card (or IC card) through a wired or wireless communication network, and optionally from the smart card (or IC card) production client 125. Can also be obtained.

The smart card (or IC card) user information of the application production information is combined through the compilation process such as verification, conversion, and operation so that the application source code processed by combining the application source code is provided to the smart card (or IC card). As the personal information of a smart card (or IC card) user that applies to an application for that smart card (or IC card) before it is processed, the application creation tool 105 for the smart card (or IC card) is written to the application source code. Through the process of applying smart card (or IC card) user information, an application for the same smart card (or IC card) can be distributed to different smart card (or IC card) users.

According to the present invention, when an application for a smart card (or IC card) is operated with reference to the smart card (or IC card) user information pre-built in the smart card (or IC card) of the smart card (or IC card) user. The process of applying the smart card (or IC card) user information of the application production information may be omitted.

If the application for a smart card (or IC card) that performs a coupon function on a smart card (or IC card) with a credit card function is produced and post-issued, the application for the smart card (or IC card) with the credit card function is provided. Personal information may be omitted in the process of producing an application for a smart card (or IC card) since the personal information of the user may be shared. In this case, the process of receiving the smart card (or IC card) user information by the application manufacturing tool 105 for the client-side smart card (or IC card) may be omitted.

Alternatively, when a smart card (or IC card) application is manufactured and post-issued on an IC chip mounted in a wireless terminal, smart card (or IC card) user information may be obtained from subscriber information D / B of a mobile communication system. Can be. As described above, when the smart card (or IC card) user information necessary for personalization of the smart card (or IC card) application can be obtained from the D / B on the wired / wireless communication network, the client side smart card (or IC card) is used. It is not necessary for the application creation tool 105 to receive smart card (or IC card) user information in order to produce an application for a smart card (or IC card).

On the other hand, if the application for a specific gate access smart card (or IC card) is produced on a smart card (or IC card) with a membership function, and then issued, the smart card (or IC card) may be used for identification. Personalization is required during application creation. In the case described above, in order to produce an application for a smart card (or IC card), a smart card (or an IC card) application production tool 105 for receiving a smart card (or IC card) user information is produced. Or a personalized application for an IC card).

In the present invention, the relay server 115 receives the smart card (or IC card) application produced by the smart card (or IC card) application production client 125 from the web server 100 At least one application request client that stores the smart card (or IC card) application in a predetermined database by dividing and dividing it into directories such as a major classification, a middle classification, and a small classification, and requesting an application for the smart card (or IC card). Displaying and presenting at least one application for at least one smart card (or IC card) stored in the database, the smart card (or IC card) selected by the application requesting client 130 for the smart card (or IC card). Application for the smart card (or IC card) It performs the role of providing the requesting client 130 through a wired or wireless communication network. Here, the smart card (or IC card) for the smart card (or IC card) application request client 130 from the relay server 115 to provide a smart card (or IC card) application through a wired communication network for the smart card (or IC card) Provided via the terminal 135, and when using a wireless communication network is provided via the wireless communication device of the client.

Further, when the relay server 115 displays and presents at least one smart card (or IC card) application stored in the database, at least one or more application requests for requesting an application for the smart card (or IC card) are displayed. The application search window for the smart card (or IC card) is provided to the client 130, and the application request client 130 for the smart card (or IC card) is displayed in the application search window for the smart card (or IC card). Extract the application for the smart card (or IC card) previously stored in the predetermined database with reference to the entered search word and send the application request client 130 for the smart card (or the IC card) at least one or more smart cards (or the IC card). Displays and presents the application.

In addition, when the relay server 115 selects and requests the application for the displayed smart card (or IC card) from the application request client 130, the requested smart card (or IC) is requested. Card) application for payment, and after completing the payment for the requested smart card (or IC card) application, the application for the smart card (or IC card) for which the payment was made It also serves to distribute revenue to the application production client 125.

The smart card (or IC card) application D / B 120 of the relay server 115 is a D / B that stores the smart card (or IC card) application produced in the web server 100, The smart card (or IC) manufactured as the smart card (or IC card) of the application request client 130 for the smart card (or IC card) via the smart card (or IC card) terminal 135 or the wireless communication device. It is responsible for storing and managing applications for smart cards (or IC cards) until after issuing applications for cards) or until the effective institutions have passed.

The smart card (or IC card) terminal 135 has a host application 140 capable of writing or reading data to and from the smart card (or IC card) through a CAD (Card Acceptance Device), and outputting the process and the result. Onboard computing systems typically include a personal computer (PC), a credit authorization terminal (CAT), a point of sales terminal, a kiosk, and a cash machine on which the host application 140 and a CAD are mounted. It includes all kinds of IC chip-based computing systems such as Automatic Teller Machine (ATM), Cash Dispenser (CD), and IC card payphone.

Here, the host application 140 is a smart card (or IC card) terminal 135 application that communicates with the smart card (or IC card) application mounted on the smart card (or IC card) through the CAD. It is a smart card (or IC card) terminal 135 application that reads or writes data to an IC chip of a smart card (or IC card) via CAD through an APDU of a card (or IC card) standard. According to the smart card (or IC card) standard, the host application 140 is linked with an application for the smart card (or IC card) mounted on the smart card (or IC card), and is connected to the smart card (or IC card) through the APDU. It sends a command to the application for) and processes the response returned by the application for the smart card (or IC card) through the APDU.

In the present invention, the host application 140 is different from the general host application 140 that simply records and reads data with a smart card (or IC card). The card application is a host application 140 that post-issues an application for a card to a smart card (or an IC card) through an APDU. In general, the post-issuance host application 140 connects the smart card (or IC card) terminal 135 or the wireless communication device to the relay server 115 to request an application for a smart card (or IC card). The smart card (or IC card) terminal 135 is mounted.

A CAD (Card Acceptance Device) is a device that actually records or reads data on an IC chip of a smart card (or IC card). According to this embodiment, a smart card (or IC card) manufactured by the method of the present invention is provided. Application can also be post-issued to the application area of smart cards (or IC cards) through CAD.

2 illustrates a method of producing an application for the smart card (or IC card) in the web server 100 and relaying the produced application for the smart card (or IC card) from the relay server 115. Simple flow chart.

According to the present invention, the smart card (or IC card) application production location is in the web server 100, the method for relaying the produced smart card (or IC card) application in the relay server 115 Is connected to the web server 100 and the web server 100 providing application production information and a production tool 105 for a smart card (or IC card) and an application for a smart card (or IC card). Downloading the smart card (or IC card) application through the relay server 115 and the relay server 115 for storing and managing the client and the smart card (or IC card) application produced by the client It includes an application request client 130, the application production client 125 is connected to the web server 100 through a wired or wireless communication network First step (200) of producing an application for a smart card (or IC card) using the application production information and production tool 105 (tool) for the existing smart card (or IC card) from the web server 100 The second step of transmitting the produced smart card (or IC card) application to the relay server 115 via a wired / wireless communication network 210 and the web server 100 is transmitted from the relay server 115 A third step (220) of storing and managing one smart card (or IC card) application in a predetermined database; and at least one or more applications requesting the smart card (or IC card) application from the relay server 115; A fourth step (230) of displaying and presenting at least one smart card (or IC card) application stored in the database to the requesting client 130; When the application request client 130 selects and requests an application for the displayed smart card (or IC card), the requested smart card from the relay server 115 to the application request client 130 through a wired / wireless communication network. A fifth step 240 for providing an application for the (or IC card) and the smart card (or IC card) application provided by the relay server 115 from the application requesting client 130 to the smart card A sixth step 250 is performed.

In addition, the application production client 125 is connected to the web server 100 through a wired / wireless communication network to use the smart card (or IC card) application production information and production tool 105 (tool) In the first step of producing an application for a card (or IC card), when the client connects to the web server 100 through a wired / wireless communication network, the smart card (or IC card) from the web server 100 is used. Step 1-1 to present the application production condition information input window or the selection item for the smart card (or IC card) to the application production client 125 and the smart card (or the web server 100). The application for the smart card (or the IC card) by referring to the application production condition information input or selected from the application production client 125 for the IC card). Steps 1 and 2 for generating application production information for a smart card (or IC card) required at the time of operation; and application production tool 105 for the smart card (or IC card) in the web server 100 (tool) And step (203) of producing a smart card (or IC card) application with reference to the generated application information for the smart card (or IC card), wherein, Application condition information for the (or IC card) information includes the platform type of the smart card to be mounted in the smart card application to be produced, the type of smart card application to be produced, the functions to be included, the field of application, and the task to be performed. It comprises at least one, wherein the smart card (or IC card) application production client 125 is the smart card In order to further specify an application for an (or IC card), the smart card application includes at least one operation method, a processing sequence, and a file structure to be stored in an application area of the IC chip.

In addition, the application production information for the smart card (or IC card), the application source code for extracting the application source code designed to comply with the smart card (or IC card) standard for producing the application for the smart card (or IC card). Extraction information, application source code combination information for combining the application source code into an application source code, attribute information of a smart card (or IC card) on which the application for the smart card (or IC card) is to be mounted; It comprises at least one smart card (or IC card) user information used in the process of personalizing the application for the smart card (or IC card).

In addition, the smart card (or IC) is referred to the application manufacturing information for the smart card (or IC card) generated from the application manufacturing tool 105 (tool) for the smart card (or IC card) in the web server 100. Steps 1-3 of producing an application for a card) correspond to the application production information for the smart card (or IC card) generated from the application creation tool 105 for the smart card (or IC card). Steps 1-3-1 of generating an application raw code (Applet Raw Code) and the generated application source code (Applet Raw) from the application creation tool 105 (tool) for the smart card (or IC card) The combined application from steps 1-3-2 205 of automatically assembling the code into an application source code and an application creation tool 105 for the smart card (or IC card). Compiling the application source code (Applet Source Code) to produce a smart card (or IC card) application for the first step 1-3-3 (206).

In addition, in the second step of transmitting the produced smart card (or IC card) application from the web server 100 to the relay server 115 via a wired / wireless communication network, the web server 100 It is characterized in that the relay server 115 provides the personal information data of the application production client 125 with the application for the smart card (or IC card), from the relay server 115 to the web server 100 The third step of storing and managing the application for the smart card (or IC card) transmitted in the predetermined database, for the smart card (or IC card) provided by the web server 100 in the relay server 115 The application and the personal information data of the application production client 125 is characterized in that it is stored in a predetermined database.

In addition, the third step of storing and managing the smart card (or IC card) application transmitted from the web server 100 in the predetermined database in the relay server 115, the web in the relay server 115 The smart card (or IC card) application provided by the server 100 is divided into subjects and uses and stored in a predetermined database, or the smart card (or IC card) application provided by the web server 100 is largely classified. It is characterized in that divided into the directory, such as sub-classification, sub-classification, and stored in a predetermined database.

In addition, the relay server 115 displays at least one smart card (or IC card) application stored in the database to at least one or more application request clients 130 requesting the smart card (or IC card) application. In the fourth step of presenting, the application search window for the smart card (or IC card) to the at least one application request client 130 requesting the application for the smart card (or IC card) from the relay server 115 4-1 step 231 and the application request client 130 for the smart card (or IC card) from the relay server 115 to fill in the application search window for the smart card (or IC card) Smart card (or IC card) previously stored in the predetermined database with reference to search word And extracting the application for the smart card (or IC card) to the application requesting client 130 and displaying at least one smart card (or IC card) application and presenting step 4-2 (232). .

In addition, when the application request client 130 selects and requests an application for the displayed smart card (or IC card), the relay server 115 sends the application request client 130 to the application request client 130 via a wired / wireless communication network. In the fifth step of providing an application for the requested smart card (or IC card), when the application requesting client 130 selects and requests an application for the displayed smart card (or IC card), the relay server 115 may request the application. Step 5-1 and 241 requesting the application request client 130 for the requested application for the smart card (or IC card) from the relay server 115 and the application request client 130. Payment for the application for the requested smart card (or IC card) Thereafter, step 5-2 (242) for providing the application for the requested smart card (or IC card) from the relay server 115 to the application request client 130 through a wired / wireless communication network and the relay server ( In step 115, a third step (343) of distributing revenue to the application production client 125 that produced the payment-enabled smart card (or IC card) application is performed.

In addition, when the application request client 130 selects and requests the application for the displayed smart card (or IC card), the relay server 115 from the relay server 115 to the application request client 130 through a wired / wireless communication network. In the fifth step of providing the requested smart card (or IC card) application, the relay server 115 provides the application for the requested smart card (or IC card) application to the application requesting client 130 with a wired network communication network. By using the application request client 130 to the PC, or by using a wireless communication network to the application request client 130 owned wireless communication device, characterized in that, from the application request client 130 to the relay server The smart card provided by (115) (or In the sixth step of mounting the smart card (IC card) application on the smart card, the produced smart card (or IC card) application is mounted as the client-owned smart card through the smart card terminal 135, or wirelessly. Characterized in that it is mounted on the smart card mounted / detached to the client-owned wireless communication device through a communication network.

3 shows an application production location for a smart card (or IC card) in the application creation client 125 for the smart card (or IC card), and the application for the produced smart card (or IC card) is performed by the relay server ( It is a simple block diagram for the case of relaying in (115).

The client performs all of the roles shown in FIG. 1, and the subject and application for the smart card (or IC card) to produce the smart card (or IC card) application as the client described in FIG. 1. Includes the subject to download.

Here, the smart card (or IC card) application production client 125 of FIG. 1 accesses the web server 100 to produce a smart card (or IC card) application in the web server 100. On the other hand, the smart card (or IC card) application production client 125 of the smart card (or IC card) application download tool 105 for the smart card (or IC card) directly downloaded from the web server 100 directly Create an application for (or an IC card). In addition, the smart card (or IC card) application production client 125 is a smart card (or IC) to the relay server 115 described below when the production of the smart card (or IC card) application is completed Card) application.

In addition, the application production client 125 for smart card (or IC card) inputs the application production condition information input window for the smart card (or IC card) from the application creation tool 105 (tool) for the smart card (or IC card). Or, if the selection item is presented, input or selection is made in the input window or the selection item, and the application production condition for the smart card (or IC card) is performed by the application creation tool 105 for the smart card (or IC card). Provide information.

In the present invention, the web server 100 when the smart card (or IC card) application production client 125, which is the main agent for producing the application for the smart card (or IC card) is connected through a wired or wireless communication network. In addition, the smart card (or IC card) application production client 125 to the smart card (or IC card) application creation tool 105 (Smart Card Application Construction Tool) the client (PC) or the client owned wireless communication Installed on the device, the smart card (or IC card) application production client 125 using the smart card (or IC card) application creation tool 105 (Smart Card Application Construction Tool) the desired smart It supports the creation of applications for cards (or IC cards).

Herein, the smart card application production information and the production tool 105 are as described in FIG. 1, and the application creation tool 105 for the smart card (or IC card) is the smart card (or IC). The application production information input or selected from the application production client 125 for the card) to generate the application production information for the smart card (or the IC card) required when the application for the smart card (or the IC card) is produced. The application for smart card (or IC card) is manufactured by referring to the generated application information for the smart card (or IC card).

In the present invention, the relay server 115 is the same as described in FIG. 1, but only the smart card (or IC card) produced by the application production client 125 for the smart card (or IC card) in FIG. ) Is provided from the web server 100, while in FIG. 2, the smart card (or IC card) application produced by the smart card (or IC card) application production client 125 is generated. There is a difference provided from the application production client 125 for the IC card.

4 shows an application production location for the smart card (or IC card) in the application creation client 125 for the smart card (or IC card), and the relay server sends the produced smart card (or IC card) application to the relay server. This is a simple flow diagram for the method of relaying at 115.

According to the present invention, the smart card (or IC card) application production location is in the smart card (or IC card) application production client 125, the produced smart card (or IC card) application for the The relaying method in the relay server 115 includes a web server 100 that provides an application production tool 105 for a smart card (or IC card) and a smart card (or IC card) from the web server 100. A relay server for storing and managing an application for a smart card (or IC card) provided with an application manufacturing tool 105 (tool) for producing a smart card (or IC card) application; 115) and an application request client 130 for downloading the application for the smart card (or IC card) through the relay server 115. A first step (400) wherein the client is connected to the web server (100) through a wired / wireless communication network and receives an application production tool (105) for the smart card (or IC card). A second step of producing an application for a smart card (or an IC card) by using the application creation tool 105 (tool) for the smart card (or an IC card) from a client; The third step of transmitting the application for the (or IC card) to the relay server 115 through a wired / wireless communication network and for the smart card (or IC card) transmitted by the client from the relay server 115 At least one requesting an application for the smart card (or IC card) from the relay server 115 and the fourth step of storing and managing an application in a predetermined database (430) A fifth step of displaying and presenting an application for at least one smart card (or IC card) stored in the database to the application request client 130; and the smart card (or being displayed) by the application request client 130 is displayed. When the application for the IC card is selected and requested, the sixth step of providing the application for the requested smart card (or IC card) from the relay server 115 to the application requesting client 130 through a wired / wireless communication network ( 450) and a seventh step 460 of mounting the smart card (or IC card) application provided by the relay server 115 from the application request client 130 to the smart card.

Further, a second step of producing an application for a smart card (or IC card) using the application creation tool 105 for the smart card (or IC card) from the client may include the smart card (or IC card). The application production tool 105 for displaying the application production condition information input window or the selection item for the smart card (or IC card) is provided to the application creation client 125 for the smart card (or IC card). Step 2-1 and 411 the application production input or selected from the application creation client 125 for the smart card (or IC card) in the application production tool 105 (tool) for the smart card (or IC card) The smart card (or IC card) application required for the production of the smart card (or IC card) application with reference to the condition information. Step 2-2 of generating work information (412) and the application creation tool 105 for the smart card (or IC card) with reference to the generated application creation information for the smart card (or IC card). And a third step (413) of producing an application for a smart card (or IC card).

The smart card (or IC card) application production tool 105 (tool) generates an application for a smart card (or IC card) with reference to the generated application information for the smart card (or IC card). Steps 2-3 may include application source code corresponding to application creation information for the smart card (or IC card) generated from the application creation tool 105 for the smart card (or IC card). Step 2-3-1 of generating the application source code (Applet Raw Code) from the application creation tool 105 (tool) for the smart card (or IC card). The combined application source code (A) from step 2-3-2 (415) for automatic assembling into the Applet Source Code and the application creation tool (105) for the smart card (or IC card). pplet source code) is compiled to produce a smart card (or IC card) application for the second step 2-3-3 (416).

In addition, the characteristics of the application production condition information for the smart card (or IC card) and the application production condition information for the smart card (or IC card) are as described with reference to FIG. 2.

In addition, after the application production client 125 manufactures an application for a smart card (or IC card), the application production client 125 accesses the relay server 115 through a wired / wireless communication network to execute the application for the smart card (or IC card). In the third step of providing, the application for producing the smart card (or IC card) application from the application production client 125 to the relay server 115 through the smart card terminal 135, or the client And using the proprietary wireless communication device to the relay server 115 through a wireless communication network, wherein the application production client 125 is an individual of the application production client 125 to the relay server 115. The information data is provided together with the smart card (or IC card) application.

In addition, a fourth step of storing and managing an application for a smart card (or IC card) transmitted from the application production client 125 in a predetermined database in the relay server 115 may be performed by the relay server 115. The application for the smart card (or IC card) provided by the application production client 125 and the personal information data of the application production client 125 is stored in a predetermined database by linking processing, the relay server 115 ) Stores the application for the smart card (or IC card) provided by the application production client 125 in a predetermined database by dividing the application by subject and purpose, or provides the smart card (or IC) provided by the application production client 125. Cards) for each directory, such as Large, Medium, and Small. It is characterized in that the separation, classification and storing in a predetermined database.

In addition, the relay server 115 to the at least one application request client 130 for requesting the application for the smart card (or IC card) at least one application for the smart card (or IC card) stored in the database In the fifth step of displaying and presenting the application, the relay server 115 searches for an application for the smart card (or IC card) to at least one or more application request clients 130 requesting an application for the smart card (or IC card). Step 5-1 of providing a window 441 and the application request client 130 for the smart card (or IC card) from the relay server 115 fill in the application search window for the smart card (or IC card). Smart card (or IC card) previously stored in the predetermined database by referring to a search word Step 5-2 of extracting an application for a smart card (or IC card) and displaying and presenting at least one smart card (or IC card) application to the application requesting client 130 for the smart card (or IC card); Is done.

In addition, when the application request client 130 selects and requests an application for the displayed smart card (or IC card), the relay server 115 sends the application request client 130 to the application request client 130 via a wired / wireless communication network. In the sixth step of providing an application for the requested smart card (or IC card), when the application requesting client 130 selects and requests an application for the displayed smart card (or IC card), the relay server 115 may request the application. Step 6-1 and 451 of requesting payment to the application for the requested smart card (or IC card) to the application request client 130 from the relay server 115 and the application request client 130. Payment for the application for the requested smart card (or IC card) Thereafter, steps 6-2 and 452 of providing the application for the requested smart card (or IC card) to the application request client 130 from the relay server 115 through a wired / wireless communication network and the relay server ( In step 115, a 6-3 step 453 of allocating revenue to the application production client 125 that produced the payment-enabled smart card (or IC card) application is performed.

In addition, when the application request client 130 selects and requests an application for the displayed smart card (or IC card), the relay server 115 sends the application request client 130 to the application request client 130 via a wired / wireless communication network. In a sixth step of providing an application for the requested smart card (or IC card), the application server 130 uses the wired network communication network for the requested smart card (or IC card) application from the relay server 115. It is provided to the application request client 130 PC or to the wireless communication device owned by the application request client 130 by using a wireless communication network, and from the application request client 130 to the relay server ( The smart card (or I provided by 115) In the seventh step of mounting the C card) application on the smart card, the produced smart card (or IC card) application is mounted as the client-owned smart card through the smart card terminal 135, or wirelessly. Characterized in that the smart card is mounted / detached to the client-owned wireless communication device through a communication network.

FIG. 5 is a simplified view of a case where an application production location for a smart card (or IC card) is located in the web server 100, and the web server 100 relays the produced smart card (or IC card) application. It is a block diagram.

The client performs all of the roles shown in FIG. Contains the subject to be downloaded.

In the present invention, the web server 100 performs all the roles shown in FIG. 1, and the smart card (or IC card) application production client 125 for the smart card (or IC card) application Using the production information and the production tool 105 (Smart Card Application Construction Tool) supports to create an application for the smart card (or IC card) desired.

Here, the smart card application production information and the production tool 105 are as described with reference to FIG. 1.

In addition, the web server 100 performs all the roles performed by the relay server 115 in FIG. 1, and generates a smart card (or IC) produced by the application production client 125 for the smart card (or IC card). After storing the application for the card in a predetermined database, the application request client 130 for at least one smart card (or IC card) requesting the application for the smart card (or IC card) is stored in the database. Or IC card).

6 illustrates a method of producing an application for the smart card (or IC card) in the web server 100 and relaying the produced application for the smart card (or IC card) in the web server 100. Simple flow chart.

According to the present invention, the smart card (or IC card) application production location is in the web server 100, and the method for relaying the produced smart card (or IC card) application from the web server 100 is To the web server 100 and the web server 100 which provide application production information and a production tool 105 for a smart card (or IC card) and relay an application for a smart card (or IC card). And an application requesting client 130 which accesses and downloads the smart card (or IC card) application through the web server 100 and generates a smart card (or IC card) application. Application production client 125 connects to the web server 100 through a wired / wireless communication network to produce an application for the smart card (or IC card). First and step 600 of producing an application for a smart card (or IC card) using the beam and production tool 105 (tool), and for the produced smart card (or IC card) from the web server 100. A second step of storing and managing an application in a predetermined database (610) and at least one application request client 130 requesting an application for the smart card (or IC card) from the web server 100 to the database A third step of displaying and presenting at least one stored smart card (or IC card) application; and 620 when the application requesting client 130 selects and requests the displayed smart card (or IC card) application, The request from the web server 100 to the application request client 130 through a wired / wireless communication network The fourth step 630 of providing an application for a smart card (or IC card) and the application for the smart card (or IC card) provided by the web server 100 from the application requesting client 130 to the smart card. And a fifth step of mounting (640).

In addition, the application production client 125 is connected to the web server 100 through a wired / wireless communication network to use the smart card (or IC card) application production information and production tool 105 (tool) In the first step of producing an application for a card (or IC card), when the client accesses the web server 100 through a wired / wireless communication network, the smart card (or IC card) from the web server 100 is used. Step 1-1 and step 601 of presenting the application production condition information input window or selection item for the smart card (or IC card) to the application production client 125 for the smart card (or The application for the smart card (or the IC card) by referring to the application production condition information input or selected from the application production client 125 for the IC card). Steps 1-2 of generating application production information for a smart card (or IC card) required at the time of production and step 602. Application production tool 105 for the smart card (or IC card) in the web server 100 ( a first to third step (603) of producing an application for a smart card (or an IC card) by referring to the generated application information for the smart card (or an IC card) from the tool). Step 3 generates an application raw code corresponding to the generated application creation information for the smart card (or IC card) from the application creation tool 105 for the smart card (or IC card). Steps 1-3-1 to 604 and the application source code (Applet Raw Code) generated from the application creation tool 105 (tool) for the smart card (or IC card). Compiling the combined application source code (Applet Source Code) from step 1-3-2 (605) for automatic assembly into source code and the application creation tool (105) for the smart card (or IC card). Step 1-3-3 to create a smart card (or IC card) application (606).

In addition, the characteristics of the application production condition information for the smart card (or IC card) and the application production condition information for the smart card (or IC card) are as described with reference to FIG. 2.

In addition, the second step of storing and managing the produced smart card (or IC card) application from the web server 100 in a predetermined database, the produced smart card (or IC) in the web server 100 Card) application and the personal information data of the application production client 125 is stored in a predetermined database by linking and processing the produced smart card (or IC card) application for each subject and use The application may be stored in a predetermined database, or the application for the produced smart card (or IC card) may be divided and classified by a directory such as a large classification, a medium classification, a small classification, and stored in a predetermined database.

In addition, the web server 100 displays at least one smart card (or IC card) application stored in the database to at least one or more application request clients 130 requesting the smart card (or IC card) application. In the third step of presenting, the application search window for the smart card (or IC card) to the at least one application request client 130 requesting the application for the smart card (or IC card) from the web server 100 Step 3-1 621 of providing the application and the application request client 130 for the smart card (or IC card) from the web server 100 fill in the application search window for the smart card (or IC card). Smart card (or IC card) for the pre-stored in the predetermined database with reference to a search term It comprises the step 3-2 that extracts the application presented to the requesting client application 130 for the smart card (or IC card) display the application for at least one smart card (or IC card) 622.

In addition, when the application request client 130 selects and requests the application for the displayed smart card (or IC card), the web server 100 transmits the application request client 130 to the application request client 130 through a wired / wireless communication network. In the fourth step of providing an application for the requested smart card (or IC card), when the application request client 130 selects and requests the application for the displayed smart card (or IC card), the web server 100 Requesting payment for the requested application for the smart card (or IC card) to the application request client 130 from step 61-1 and the web server 100 and the application request client 130. After the payment for the application for the smart card (or IC card) requested above, Steps 4-2 and 632 of providing the application for the requested smart card (or IC card) to the application request client 130 from the web server 100 through a wired / wireless communication network, and at the web server 100. And a fourth to third step (633) of distributing revenue to the application production client 125 that produced the payment smart card (or IC card) application, and the web server 100 The application for the requested smart card (or IC card) is provided to the application request client 130 to the application request client 130 PC using a wired communication network, or the application request client 130 using a wireless communication network. It is characterized by providing a proprietary wireless communication device.

In addition, the fifth step of mounting the application for the smart card (or IC card) provided by the web server 100 from the application request client 130 to the smart card, the produced smart card (or IC card) The application is mounted on the client-owned smart card via the smart card terminal 135, or on the smart card mounted / detached to the client-owned wireless communication device through a wireless communication network.

7 shows an application production location for a smart card (or IC card) in the application creation client 125 for the smart card (or IC card), and the application for the produced smart card (or IC card) is stored in the web server ( It is a simple configuration diagram for the case of relaying in (100).

The client performs all of the roles shown in FIG. 1, and produces the smart card (or IC card) application and the smart card (or IC card) application as the client described in FIG. 1. Includes the subject to download.

Here, the smart card (or IC card) application production client 125 of FIG. 1 accesses the web server 100 to produce a smart card (or IC card) application in the web server 100. On the other hand, the smart card (or IC card) application production client 125 of the smart card (or IC card) application download tool 105 for the smart card (or IC card) directly downloaded from the web server 100 directly Create an application for (or an IC card). In addition, the smart card (or IC card) application production client 125 for the smart card (or IC card) for the produced smart card (or IC card) when the production of the smart card (or IC card) application is completed Provide the application.

In the present invention, the web server 100 when the smart card (or IC card) application production client 125, which is the main agent for producing the application for the smart card (or IC card) is connected through a wired or wireless communication network. In addition, the smart card (or IC card) application production client 125 to the smart card (or IC card) application creation tool 105 (Smart Card Application Construction Tool) the client (PC) or the client owned wireless communication Installed on the device, the smart card (or IC card) application production client 125 uses the smart card (or IC card) application creation tool 105 (Smart Card Application Construction Tool) as desired. It supports the creation of applications for smart cards (or IC cards).

Here, the smart card application production information and the production tool 105 are as described with reference to FIG. 1.

In addition, the web server 100 is a smart card (or IC card) application produced by the smart card (or IC card) application production client 125 for the smart card (or IC card) application production client ( The smart card stored in the database is transmitted to the application requesting client 130 for at least one smart card (or IC card), which is received from 125 and stored in a predetermined database and requests an application for the smart card (or IC card). Or IC card).

8 shows an application production location for a smart card (or IC card) in the application creation client 125 for the smart card (or IC card), and the application for the produced smart card (or IC card) to the web server ( A simple flow chart of how to relay in 100).

According to the present invention, a smart card (or IC card) application production location is in the smart card (or IC card) application production client 125, the produced smart card (or IC card) application for the web The relaying method in the server 100 includes a web server 100 which provides an application production tool 105 for a smart card (or IC card) and relays an application for a smart card (or IC card). A smart card (or IC card) application production tool 105 (tool) is provided from the web server 100 to produce a smart card (or IC card) application and the smart server through the web server 100 And an application request client 130 for downloading an application for a card (or an IC card), wherein the client transmits the information through a wired or wireless communication network. The first step of receiving the smart card (or IC card) application production tool 105 (tool) by accessing the web server 100 and the 800 production of the smart card (or IC card) application from the client A second step of producing an application for a smart card (or an IC card) using a tool 105 (810) and a wired / wireless communication network for the produced smart card (or IC card) application from the client A third step of transmitting to the web server 100 through the third step 820 and a fourth step of storing and managing an application for a smart card (or IC card) transmitted by the client from the web server 100 in a predetermined database; And 830, the web server 100 to at least one application request client 130 requesting an application for the smart card (or IC card) to the database. In step 840, the application request client 130 selects and displays the application for the displayed smart card (or IC card). A sixth step 850 of providing the application for the requested smart card (or IC card) from the web server 100 to the application request client 130 through a wired / wireless communication network and the application request client 130. And a seventh step 860 of mounting the smart card (or IC card) application provided by the web server 100 on the smart card.

Further, a second step of producing an application for a smart card (or IC card) using the application creation tool 105 for the smart card (or IC card) from the client may include the smart card (or IC card). The application production tool 105 for displaying the application production condition information input window or the selection item for the smart card (or IC card) is provided to the application creation client 125 for the smart card (or IC card). In step 2-1 and in step 811, the application production input or selected from the application creation client 125 for the smart card (or IC card) in the application creation tool 105 for the smart card (or IC card). The smart card (or IC card) application required for the production of the smart card (or IC card) application with reference to the condition information. Steps 2-2 of generating work information (812) and the application creation tool 105 for the smart card (or IC card) refer to the created application information for the smart card (or IC card). A second to third steps 813 of producing an application for a smart card (or an IC card), and the second to second steps include an application production tool 105 for the smart card (or an IC card) ( Step 2-3-1 of generating an application raw code corresponding to the generated application information for the smart card (or IC card) from the tool; and step 814, the smart card (or the IC card). Step 2-3-2 (815) and the smart card for automatically assembling the generated application source code (Applet Raw Code) from the application creation tool 105 (tool) for the application source code (Applet Source Code) Or IC card) A second step 3816 of compiling the combined application source code from the application creation tool 105 to a smart card (or IC card) application (step 816). .

In addition, the characteristics of the application production condition information for the smart card (or IC card) and the application production condition information for the smart card (or IC card) are as described with reference to FIG. 2.

In addition, after the application production client 125 produces an application for a smart card (or IC card), the application for the smart card (or IC card) is connected to the web server 100 through a wired / wireless communication network. In the third step of providing, the produced smart card (or IC card) application from the application production client 125 to the web server 100 via the smart card terminal 135, or And providing the web server 100 to the web server 100 through a wireless communication network using a client-owned wireless communication device, wherein the application production client 125 is the individual of the application production client 125 to the web server 100. Information data is provided together with the smart card (or IC card) application.

Also, the fourth step of storing and managing an application for a smart card (or IC card) transmitted from the application production client 125 in a predetermined database in the web server 100 may be performed by the web server 100. The smart card (or IC card) application provided by the application production client 125 and the personal information data of the application production client 125 is stored in a predetermined database by linking and processing, the application production client ( The smart card (or IC card) application provided by 125 may be classified into subjects and applications, and stored in a predetermined database, or the smart card (or IC card) application provided by the application production client 125 may be classified. By dividing and dividing by directory such as medium category and small category, It characterized in that stored in the databases.

In addition, at least one smart card (or IC card) application stored in the database to at least one or more application request clients 130 requesting the smart card (or IC card) application from the web server 100. In the fifth step of displaying and presenting the application, the smart card (or IC card) application is requested from the web server 100 to at least one or more application request clients 130 requesting an application for the smart card (or IC card). Step 5-1 of providing a search box 841 and the application request client 130 for the smart card (or IC card) from the web server 100 to the application search window for the smart card (or IC card) For smart card (or IC card) previously stored in the predetermined database with reference to the entered search word It comprises the step 5-2 that extracts the application presented to the requesting client application 130 for the smart card (or IC card) display the application for at least one smart card (or IC card) 842.

In addition, when the application request client 130 selects and requests the application for the displayed smart card (or IC card), the web server 100 transmits the application request client 130 to the application request client 130 through a wired / wireless communication network. In a sixth step of providing an application for the requested smart card (or IC card), when the application requesting client 130 selects and requests the application for the displayed smart card (or IC card), the web server 100 Step 6-1 of requesting payment for the requested application for the smart card (or IC card) from the application request client 130 to the web server 100 and the application request client 130 After the payment is completed for the requested smart card (or IC card) application, Steps 6-2 and 852 of providing the application for the requested smart card (or IC card) from the web server 100 to the application request client 130 through a wired / wireless communication network, and the web server 100 And a third step 353 (853) of distributing revenue to the application production client 125 that produced the payment smart card (or IC card) application, from the web server 100 The application for the requested smart card (or IC card) is provided to the application request client 130 to the application request client 130 PC using a wired communication network, or the application request client 130 using a wireless communication network. It is characterized in that it provides a proprietary wireless communication device.

In addition, the seventh step of loading the application for the smart card (or IC card) provided from the web server 100 from the application request client 130 to the smart card, the produced smart card (or IC card) The application is mounted on the client-owned smart card via the smart card terminal 135, or on the smart card mounted / detached to the client-owned wireless communication device through a wireless communication network.

9 shows an application creation tool 105 for a smart card (or IC card), an application creation tool 105-1 for a server-side smart card (or IC card), and an application for a client side smart card (or IC card). Each of the tools 105-2 is classified, and a smart card (or IC card) application production position is in the web server 100, and the produced smart card (or IC card) application is relayed to the server 115. This is a simple diagram for relaying in).

The client performs all of the roles shown in FIG. Contains the subject to be downloaded.

Here, the smart card (or IC card) application production client 125 of FIG. 1 accesses the web server 100 to produce a smart card (or IC card) application in the web server 100. On the other hand, the smart card (or IC card) application production client 125 is provided with a client-side smart card (or IC card) application production tool 105-2 from the web server 100, Using the client-side smart card (or IC card) application production tool 105-2 as an interface, the web server 100 provides application condition information for smart card (or IC card) to be produced.

In addition, the application production tool 105-2 for the client-side smart card (or IC card) may be loaded with the application for the smart card (or IC card) from the application creation client 125 for the smart card (or IC card). Smart card (or IC) required to extract application source code, such as platform type of smart card (or IC card), type of application for smart card (or IC card) to be produced, functions to be included, application areas, and tasks to be performed. Card) application production condition information and smart card (or IC card) user information and the like serves as an interface for providing to the web server (100).

In the present invention, the web server 100 when the smart card (or IC card) application production client 125, which is the main agent for producing the application for the smart card (or IC card) is connected through a wired or wireless communication network. And providing an application production tool 105-2 for the client side smart card (or IC card) to the application production client 125 for the smart card (or IC card), and producing the application for the smart card (or IC card). The client 125 receives application production condition information for the smart card (or IC card) provided by using the application creation tool 105-2 for the client side smart card (or IC card) as an interface, and receives the smart card ( Or generating the application production information for the smart card (or the IC card) as the condition information of the application for the IC card). Using a smart card (or IC card) and a server-side application information produced smart card application authoring tool for (or IC card) 105-1 for serves to create applications for the smart card (or IC card).

Here, the application production information for the smart card (or IC card) is as described in FIG.

In the present invention, the relay server 115 is the same as described in FIG.

10 shows an application creation tool 105 for a smart card (or IC card), an application creation tool 105-1 for a server-side smart card (or IC card), and an application creation tool for a client-side smart card (or IC card). Each is divided into 105-2, and an application production location for a smart card (or IC card) is in the web server 100, and the relay server 115 displays the produced application for the smart card (or IC card). A simple flow chart of how to relay from.

According to the present invention, an application creation tool 105 for a smart card (or IC card) is used for the application production tool 105-1 for a server side smart card (or IC card) and an application for a client side smart card (or IC card). Each with a tool (105-2), An application production location for a smart card (or IC card) is located in the web server 100, and the method for relaying the produced smart card (or IC card) application from the relay server 115 may include a smart card (or an IC card). Web providing application production information for an IC card) and an application production tool 105-1 for a server-side smart card (or IC card) and an application production tool 105-2 for a client-side smart card (or IC card). A relay server for accessing the server 100 and the web server 100 to produce a smart card (or IC card) application and a client for storing and managing the smart card (or IC card) application. 115) and the application request client 130 for downloading the application for the smart card (or IC card) through the relay server 115 is made, The application production client 125 accesses the web server 100 through a wired / wireless communication network to receive an application production tool 105-2 for the client-side smart card (or IC card). In step 1 and 1000, the application production client 125 uses the application production tool 105-2 for the client-side smart card (or IC card) as an interface to create the smart server 100. card (the IC card) application processing conditions for the application creation client 125 is provided a smart card (or IC card) from the second stage and 1010. the Web server 100 to provide application processing conditions information for Refer to the information above Generate application production information for a smart card (or IC card), and use the generated application production information for the smart card (or IC card) and the application production tool 105-1 for a server-side smart card (or IC card). So The third step of producing an application for a smart card (or IC card) (1020) and the relay server 115 from the web server 100 to the produced smart card (or IC card) application through a wired or wireless communication network And a fourth step of transmitting the smart card (or IC card) application transmitted by the client from the relay server 115 to a predetermined database and managing the same. The relay server 115 displays and presents at least one smart card (or IC card) application stored in the database to at least one or more application request clients 130 requesting the smart card (or IC card) application. Step 6 and step 1050, the application request client 130 displays the smart card (or IC card). When the application is selected and requested, a seventh step 1060 of providing the application for the requested smart card (or IC card) from the relay server 115 to the application requesting client 130 through a wired / wireless communication network and the And an eighth step 1070 of mounting the smart card (or IC card) application provided by the relay server 115 from the application request client 130 to the smart card.

In addition, the smart server (or IC card) application production condition information provided by the application production client 125 from the web server 100 with reference to the Generate application production information for a smart card (or IC card), and use the generated application production information for the smart card (or IC card) and the application production tool 105-1 for a server-side smart card (or IC card). The third step of producing an application for a smart card (or IC card) is the server side A third that generates an application raw code corresponding to the generated application creation information for the smart card (or IC card) from the application creation tool 105-1 (tool) for the smart card (or IC card); Step 1102 and the application source code generated by the application source code from the application creation tool 105-1 for the server-side smart card (or IC card). Compiling the combined application source code (Applet Source Code) from the 3-2 step (1022) and the server-side smart card (or IC card) application production tool 105-1 (tool) for automatic combination A third to third step (1023) of manufacturing a smart card (or IC card) application is made.

In addition, the characteristics of the application production condition information for the smart card (or IC card) and the application production condition information for the smart card (or IC card) are as described with reference to FIG. 2.

The fourth step of transmitting the produced smart card (or IC card) application from the web server 100 to the relay server 115 via a wired / wireless communication network, the web server 100 The relay server 115 may provide personal information data of the application production client 125 together with the smart card (or IC card) application.

In addition, a fifth step of storing and managing an application for a smart card (or IC card) transmitted from the relay server 115 by the web server 100 in a predetermined database is performed by the relay server 115. The smart card (or IC card) application provided by the web server 100 and the personal information data of the application production client 125 is stored in a predetermined database by processing the connection, characterized in that the web server 100 The smart card (or IC card) application provided by the user can be classified into subjects and applications and stored in a predetermined database, or the smart card (or IC card) application provided by the web server 100 is classified into large, medium, and small categories. It is characterized in that divided into the directory, such as to store in a predetermined database.

In addition, the relay server 115 displays at least one smart card (or IC card) application stored in the database to at least one or more application request clients 130 requesting the smart card (or IC card) application. In the sixth step of presenting, the application search window for the smart card (or IC card) to the at least one application request client 130 requesting the application for the smart card (or IC card) from the relay server 115 Step 6-1 of providing the first step and the application request client 130 for the smart card (or IC card) from the relay server 115 entered in the application search window for the smart card (or IC card) Smart card (or IC card) previously stored in the predetermined database by referring to the search word Step 6-2 of extracting an application for the smart card (or IC card) and displaying and presenting at least one smart card (or IC card) application to the application requesting client 130 for the smart card (or IC card); Is done.

In addition, when the application request client 130 selects and requests an application for the displayed smart card (or IC card), the relay server 115 sends the application request client 130 to the application request client 130 via a wired / wireless communication network. In the seventh step of providing an application for the requested smart card (or IC card), when the application requesting client 130 selects and requests an application for the displayed smart card (or IC card), the relay server 115 may request the application. Step 7-1 of requesting the payment request for the requested smart card (or IC card) application to the application request client 130 from the relay server 115 and the application request client 130. Payment for the application for the requested smart card (or IC card) Thereafter, steps 7-2 and 1062 of providing the application for the requested smart card (or IC card) from the relay server 115 to the application request client 130 through a wired / wireless communication network and the relay server ( And a third step (1063) of distributing revenue to the application production client 125 that produced the payment smart card (or IC card) application in step 115, and the relay server 115. The application for the requested smart card (or IC card) to the application requesting client 130 to the application requesting client 130 PC using a wired communication network, or using the wireless communication network using the application requesting client ( 130) characterized by providing a proprietary wireless communication device.

In addition, the eighth step of mounting the application for the smart card (or IC card) provided by the relay server 115 from the application request client 130 to the smart card, the produced smart card (or IC card) The application is mounted on the client-owned smart card via the smart card terminal 135, or on the smart card mounted / detached to the client-owned wireless communication device through a wireless communication network.

11 shows an application creation tool 105 for a smart card (or IC card), an application creation tool 105-1 for a server-side smart card (or IC card), and an application creation tool for a client-side smart card (or IC card). Each is divided into 105-2, and an application production location for a smart card (or IC card) is in the web server 100, and the web server 100 uses the produced smart card (or IC card) application. This is a simple diagram for relaying in.

The client performs all of the roles shown in FIG. Includes the subject to download.

Here, the smart card (or IC card) application production client 125 of FIG. 1 accesses the web server 100 to produce a smart card (or IC card) application in the web server 100. On the other hand, the smart card (or IC card) application production client 125 is provided with a client-side smart card (or IC card) application production tool 105-2 from the web server 100, Using the client-side smart card (or IC card) application production tool 105-2 as an interface, the web server 100 provides application condition information for smart card (or IC card) to be produced.

In the present invention, the web server 100 when the smart card (or IC card) application production client 125, which is the main agent for producing the application for the smart card (or IC card) is connected through a wired or wireless communication network. And providing an application production tool 105-2 for the client side smart card (or IC card) to the application production client 125 for the smart card (or IC card), and producing the application for the smart card (or IC card). The client 125 receives application production condition information for the smart card (or IC card) provided by using the application creation tool 105-2 for the client side smart card (or IC card) as an interface, and receives the smart card ( Or application production information for a smart card (or IC card) is generated from the condition information of the application for the IC card. Creates an application for a smart card (or IC card) using the created application information for the smart card (or IC card) and the application creation tool 105-1 for the server-side smart card (or IC card). do.

In addition, the web server 100 stores at least one smart card (or IC card) application for storing the produced smart card (or IC card) application in a predetermined database and requests at least one smart card (or IC card) application. Card) application request client 130 serves to provide an application for a smart card (or IC card) stored in the database.

Here, the application production information for the smart card (or IC card) is as described in FIG.

12 shows an application creation tool 105 for a smart card (or IC card), an application creation tool 105-1 for a server-side smart card (or IC card), and an application creation tool for a client-side smart card (or IC card). Each is divided into 105-2, and an application production location for a smart card (or IC card) is in the web server 100, and the web server 100 uses the produced smart card (or IC card) application. A simple flow chart of how to relay from.

According to the present invention, an application production tool 105 for a smart card (or IC card) is used for an application production tool 105-1 for a server-side smart card (or IC card) and an application for a client-side smart card (or IC card). Each with a tool (105-2), An application production location for a smart card (or IC card) is located in the web server 100, and the method for relaying the produced smart card (or IC card) application from the web server 100 may include a smart card (or Application production information for an IC card), an application production tool 105-1 for a server-side smart card (or IC card), and an application production tool 105-2 for a client-side smart card (or IC card). The web server 100 for relaying the smart card (or IC card) application and the client connected to the web server 100 to produce a smart card (or IC card) application and the web server 100 through the And an application request client 130 for downloading an application for a smart card (or IC card). The first step 1200 of accessing the web server 100 via a wireless communication network and receiving the application production tool 105-2 for the client-side smart card (or IC card) is performed. Using the client-side smart card (or IC card) application production tool 105-2 as an interface to provide application production condition information for the smart card (or IC card) to be produced by the web server 100; Step 2 and 1210, the application production information for the smart card (or IC card) by referring to the application production condition information for the smart card (or IC card) provided by the application production client 125 from the web server 100 Generating the application information for the generated smart card (or IC card) and the application for the server-side smart card (or IC card) The third step of producing an application for a smart card (or IC card) using the production tool 105-1 and a predetermined application for the produced smart card (or IC card) from the web server 100 are determined 1220. A fourth step (1230) of storing and managing the database in the database; and at least one stored in the database to at least one or more application request clients 130 requesting an application for the smart card (or IC card) from the web server 100. The fifth step (1240) of displaying and presenting the above smart card (or IC card) application and the application request client 130 selects and requests the displayed smart card (or IC card) application, the web The request from the server 100 to the application request client 130 via the wired or wireless communication network The sixth step 1250 of providing an application for a smart card (or IC card) and the application for the smart card (or IC card) provided by the web server 100 from the application requesting client 130 to the smart card And a seventh step of mounting (1260).

In addition, the application production information for the smart card (or IC card) is generated by referring to the application production condition information for the smart card (or IC card) provided by the application production client 125 from the web server 100, An application for producing a smart card (or IC card) application using the generated smart card (or IC card) application production information and a server-side smart card (or IC card) application production tool 105-1; In step 3, the application source code corresponding to the generated application information for the smart card (or the IC card) generated from the application production tool 105-1 for the server-side smart card (or the IC card) (Applet Raw) Code 3-1 step (1221) and the generated from the application production tool 105-1 (tool) for the server-side smart card (or IC card) Step 3-2 1222 of automatically combining application raw code into application source code and application creation tool 105-1 for the server-side smart card (or IC card) ( and a third step (1223) of compiling the combined application source code from the tool and producing it as an application for a smart card (or an IC card).

In addition, the characteristics of the application production condition information for the smart card (or IC card) and the application production condition information for the smart card (or IC card) are as described with reference to FIG. 2.

In addition, the fourth step of storing and managing the produced smart card (or IC card) application from the web server 100 in a predetermined database, the smart card (or IC card) in the web server 100 And the personal information data of the application production client 125 are stored in a predetermined database. The application for the smart card (or IC card) is divided into subjects and uses for a predetermined database. The smart card (or IC card) application may be stored in a predetermined database by dividing and dividing it into directories such as large, medium, and small categories.

In addition, the web server 100 displays at least one smart card (or IC card) application stored in the database to at least one or more application request clients 130 requesting the smart card (or IC card) application. In the fifth step of presenting, the application search window for the smart card (or IC card) to the at least one application request client 130 requesting the application for the smart card (or IC card) from the web server 100 Step 5-1 of providing 1242 and the application request client 130 for the smart card (or IC card) from the web server 100 entered in the application search window for the smart card (or IC card) Smart card (or IC card) for pre-stored in the predetermined database with reference to the search word It extracts the application comprises a smart card (or IC card) in Step 5-2 to present to a requesting client application 130 for a display application for one or more smart cards (or IC card) 1242.

In addition, when the application request client 130 selects and requests the application for the displayed smart card (or IC card), the web server 100 transmits the application request client 130 to the application request client 130 through a wired / wireless communication network. In the sixth step of providing an application for the requested smart card (or IC card), when the application request client 130 selects and requests an application for the displayed smart card (or IC card), the web server 100 Step 6-1 of requesting the payment for the requested application for the smart card (or IC card) to the application request client 130 from step 1125 and the web server 100 and the application request client 130. After payment for the application for the requested smart card (or IC card) between Step 6-2 of providing the application for the requested smart card (or IC card) to the application request client 130 from the web server 100 through a wired / wireless communication network (1252) and the web server 100 In step 653 (1253) of distributing revenue to the application production client 125 that produced the application for the smart card (or IC card) that has been paid for, the web server 100 The application for the requested smart card (or IC card) is provided to the application request client 130 to the application request client 130 PC using a wired communication network, or the application request client 130 using a wireless communication network. It is characterized by providing a proprietary wireless communication device.

13 shows an application production location for a smart card (or IC card) in the web server 100, and the application for producing the smart card (or IC card) application for the smart card (or IC card) ( 125 is a simple configuration diagram for mounting on a case.

The client performs data communication with the web server 100 through a wired communication network or a wireless communication network. When the client uses a wired communication network, the client uses the smart card terminal 135 as a medium to communicate with the web server 100. When the communication is performed, and the wireless communication network is used, the web server 100 communicates with the wireless communication device via the wireless communication network. When the wireless communication network is used, the smart card (or IC card) of the client is mounted or detached from the client-owned wireless communication device.

The smart card (or IC card) application production client 125 accesses the web server 100 and uses the smart card (or IC card) application production information and production tool provided by the web server 100. To produce a smart card (or IC card) application in the web server (100).

In addition, when the client is required to secure and authenticate the smart card (or IC card) application in the process of performing data communication with the web server 100 or the relay server 115 through a wired or wireless communication network Each client, the web server 100 and the relay server 115 perform data communication after receiving a certificate from a certification authority, and the client performs the web server 100 or a wired or wireless communication network. In the process of performing data communication with the relay server 115, the data transmitted and received can be specified by the encryption process.

In addition, the smart card (or IC card) application production client 125 is connected to the web server 100, the smart card (or IC card) application production tool for the smart card (or IC card) application The web server 100 provides application production condition information necessary to generate smart card application construction information for a smart card (or IC card) required during production.

Here, the application production condition information may include the platform type of the smart card (or IC card) to be mounted in the smart card (or IC card) application to be produced, the type of application for the smart card (or IC card) to be produced, Information on the conditions of application for all smart cards (or IC cards) required for application source code extraction, such as functions to be included, fields of use, and tasks to be performed. It can also provide the operating method, processing sequence, and file structure to be stored in the application area of the IC chip.

In the present invention, the web server 100 is connected to the smart card (or IC card) application production client 125 for producing the smart card (or IC card) application through a wired or wireless communication network At the time, the smart card (or IC card) to receive the application production condition information for all the smart card (or IC card) required for extracting the application source code from the application production client 125 for the smart card (or IC card) Presenting the application production condition information input window or selection item to the application production client 125 for the smart card (or IC card), and referring to the application production condition information input / or selected by the application production client 125 for the smart card (or IC card). Application creation information for smart cards (or smart cards) (Smart Card Applicat ion construction information), and the smart card application construction tool 105 for the smart card (or IC card) is provided to the application creation client 125 for the smart card (or IC card). The application creation client 125 for a smart card (or IC card) uses the application creation information and production tool 105 (Smart Card Application Construction Tool) for the smart card (or IC card) as desired by the smart card (or IC card). When the application for the smart card (or IC card) is completed, the smart card (or IC card) application is issued to the client.

Here, the smart card application production tool 105 and the application production information for the smart card (or IC card) are as shown in FIG. 1.

14 shows an application production location for a smart card (or IC card) in the web server 100, and the application for producing the smart card (or IC card) application for the smart card (or IC card) ( 125 is a simple flow chart of how to mount it.

According to the present invention, an application production location for a smart card (or IC card) is located in the web server 100, and the application for the smart card (or IC card) is produced using the produced smart card (or IC card) application. The method for mounting to the client 125 is connected to the web server 100 and the web server 100 that provide application production information and production tool 105 for a smart card (or IC card) and the smart card. And an application production client 125 for producing an application for an IC card, wherein the application production client 125 accesses the web server 100 through a wired / wireless communication network to the smart card (or A first step 1400 of producing an application for a smart card (or an IC card) using an application production information and a production tool 105 (tool) for an IC card; and And a second step 1410 of mounting the produced smart card (or IC card) application from the web server 100 to the client-owned smart card through the smart card terminal 135.

In addition, the application production client 125 is connected to the web server 100 through a wired / wireless communication network to use the smart card (or IC card) application production information and production tool 105 (tool) In the first step of producing an application for a card (or IC card), when the client accesses the web server 100 through a wired / wireless communication network, the smart card (or IC card) from the web server 100 is used. Step 1-1 of presenting an application production condition information input window or selection item for the smart card (or IC card) to the application production client 125 and the smart card (or the web server 100). Application for smart card (or IC card) by referring to the application production condition information input or selected from application production client 125 for IC card) Steps 1 and 2 for generating application production information for a smart card (or IC card) required at the time of production, and application creation tool 105 for the smart card (or IC card) in the web server 100 ( a first to third steps (1403) of producing an application for a smart card (or IC card) by referring to the generated application information for the smart card (or IC card) from the tool). Step 3 generates an application raw code corresponding to the generated application creation information for the smart card (or IC card) from the application creation tool 105 for the smart card (or IC card). Steps 1-3-1 to 1404 and the application source code A generated from the generated application source code from the application creation tool 105 for the smart card (or IC card). Step 1-3-2 (1405) for automatic assembly into pplet source code) and the application source code (Applet Source Code) combined from the application creation tool 105 (tool) for the smart card (or IC card). Comprising the step 1-3-3 (1406) to compile and produce a smart card (or IC card) application.

In addition, the characteristics of the application production condition information for the smart card (or IC card) and the application production condition information for the smart card (or IC card) are as described with reference to FIG. 2.

In addition, the second step of mounting the produced smart card (or IC card) application from the web server 100 to the client-owned smart card, the smart card (or IC card) application to the smart card The mobile terminal 135 may be mounted as the client-owned smart card, or mounted on the client-owned wireless communication device via a wireless communication network.

15 shows an application production location for a smart card (or IC card) in an application production client 125 for a smart card (or IC card), and the smart card (or IC card) application is created. It is a simple block diagram of the case where it is mounted to the application production client 125 for IC cards.

The client performs data communication with the web server 100 through a wired communication network or a wireless communication network. When the client uses a wired communication network, the client uses a smart card (or IC card) terminal 135 as a medium. The server 100 communicates with each other, and when using a wireless communication network, communicates with the web server 100 via a wireless communication network through a wireless communication device. When the wireless communication network is used, the smart card (or IC card) of the client is mounted or detached from the client-owned wireless communication device.

The smart card (or IC card) application production client 125 accesses the web server 100 and downloads the smart card (or IC card) application production tool for the smart card (or IC card). An application for smart card (or IC card) is produced on the client PC or wireless communication device using an application production tool.

In addition, the application production client 125 for smart card (or IC card) inputs the application production condition information input window for the smart card (or IC card) from the application creation tool 105 (tool) for the smart card (or IC card). Or, if the selection item is presented, input or selection is made in the input window or the selection item, and the application production condition for the smart card (or IC card) is performed by the application creation tool 105 for the smart card (or IC card). Provide information.

In the present invention, the web server 100 is connected to the smart card (or IC card) application production client 125, which is the subject for producing the application for the smart card (or IC card) through a wired or wireless communication network. The smart card (or IC card) application production client 125 provides a smart card (or IC card) application production tool 105 (Smart Card Application Construction Tool).

Here, the application production tool 105 for the smart card (or IC card) and the application production information for the smart card (or IC card) are as shown in FIG. 1.

16 shows an application production location for a smart card (or IC card) in the application creation client 125 for a smart card (or IC card), and the application for the produced smart card (or IC card) is stored in the smart card (or IC card). It is a simple flowchart showing how to mount the application production client 125 for an IC card).

According to the present invention, an application production location for a smart card (or IC card) is located in the application creation client 125 for a smart card (or IC card), and the smart card (or IC card) application is created using the smart card. (Or IC card) application production client 125 has a web server 100 that provides a smart card (or IC card) application production tool 105 (tool) and the web server 100 It comprises a client for receiving a smart card (or IC card) application production tool 105 (tool) from the application for producing a smart card (or IC card) application, the client via the wired / wireless communication network The first step (1600) and the client to access the web server 100 and receive the application production tool 105 (tool) for the smart card (or IC card) A second step 1610 of creating an application for a smart card (or an IC card) using an application creation tool 105 for the smart card (or an IC card) from a client and the produced smart card from the client And a third step 1620 of mounting the application for the (or IC card) to the client-owned smart card through the smart card terminal 135.

Further, a second step of producing an application for a smart card (or IC card) using the application creation tool 105 for the smart card (or IC card) from the client may include the smart card (or IC card). The application production tool 105 for displaying the application production condition information input window or the selection item for the smart card (or IC card) is provided to the application creation client 125 for the smart card (or IC card). Production of the application input or selected from the application creation client 125 for the smart card (or the IC card) in the application creation tool 105 for the smart card (or the IC card). Application for smart card (or IC card) required when producing the application for smart card (or IC card) with reference to the condition information Steps 2-2 of generating the work information (1612) and the application production tool 105 for the smart card (or the IC card) refer to the generated application creation information for the smart card (or the IC card). A second to third steps (1613) of producing an application for a smart card (or an IC card), and the second to second steps include an application production tool 105 for the smart card (or an IC card) ( step 2-3-1 of generating an application raw code corresponding to the generated application creation information for the smart card (or IC card) from the tool; and (1614) the smart card (or the IC card). Step 2-3-2 (1615) and the smart card for automatically combining the generated application source code (Applet Raw Code) from the application creation tool 105 (tool) for the application source code (Applet Source Code) Or IC card) And a second step 316 of 1616, which compiles the combined application source code from the application creation tool 105 and makes it into an application for a smart card (or IC card). .

In addition, the characteristics of the application production condition information for the smart card (or IC card) and the application production condition information for the smart card (or IC card) are as described with reference to FIG. 2.

In addition, the third step of mounting the produced smart card (or IC card) application from the client to the client-owned smart card via the smart card terminal 135, the produced smart card (or IC card) The application is mounted on the client-owned smart card via the smart card terminal 135, or on the smart card mounted / detached to the client-owned wireless communication device through a wireless communication network.

17 shows an application creation tool 105 for a smart card (or IC card), an application creation tool 105-1 for a server-side smart card (or IC card), and an application creation tool for a client-side smart card (or IC card). (105-2), respectively, An application production location for a smart card (or IC card) is in the web server 100, and the produced application for the smart card (or IC card) is sent to the application production client 125 for the smart card (or IC card). It is a simple block diagram of the case where it is mounted.

The application production client 125 for smart card (or IC card) is provided with an application production tool 105-2 for client side smart card (or IC card) from the web server 100, and the client side smart card ( Alternatively, using the application creation tool 105-2 for the IC card as an interface, the application production condition information for the smart card (or the IC card) to be produced by the web server 100 is provided.

In the present invention, the web server 100 is connected to the smart card (or IC card) application production client 125, the main agent for producing the application for the smart card (or IC card) through a wired or wireless communication network. When the smart card (or IC card) application production client 125 provides a client-side smart card (or IC card) application production tool 105-2, the smart card (or IC card) application The production client 125 receives application production condition information for the smart card (or IC card) provided by using the application production tool 105-2 for the client-side smart card (or IC card) as an interface, and receives the smart card. (Or IC card) generates application production information for smart card (or IC card) as the condition information of the application and generates Serves to produce an application for a smart card (or IC card) using the application production information for the smart card (or IC card) and the application creation tool 105-1 for the server-side smart card (or IC card). .

Here, the application production information for the smart card (or IC card) is as described in FIG.

Fig. 18 shows an application creation tool 105 for a smart card (or IC card) and an application creation tool 105-1 for a server-side smart card (or IC card) and an application for a client side smart card (or IC card). Each of the tools 105-2 is classified, and a smart card (or IC card) application production location is in the web server 100, and the smart card (or IC card) application is produced by the smart card ( Or an IC card) application production client 125.

According to the present invention, an application production tool 105 for a smart card (or IC card) is used for an application production tool 105-1 for a server-side smart card (or IC card) and an application for a client-side smart card (or IC card). Each of the production tools 105-2 is divided into applications. A smart card (or IC card) application production location is in the web server 100, and the produced smart card (or IC card) application is stored in the smart card ( Alternatively, the method for mounting the application creation client 125 for an IC card includes application production information for a smart card (or IC card), an application production tool 105-1 for a server-side smart card (or IC card), and a client side. Web server 100 providing an application creation tool 105-2 for smart card (or IC card) and an application for smart card (or IC card) by accessing the web server 100. The application production client 125 is connected to the web server 100 through a wired / wireless communication network, and the application production tool 105 for the client-side smart card (or IC card). -2) the first step (1800) and the application production client 125 using the application creation tool 105-2 for the client-side smart card (or IC card) as an interface to the web server 100 A second step of providing the application production condition information for the smart card (or the IC card) to be produced by the smart card (or the IC card) provided by the application production client 125 from the web server 100 (1810). The application production information for the smart card (or the IC card) is generated with reference to the application production condition information for A third step of producing an application for a smart card (or an IC card) using the application creation information for a smart card (or an IC card) and an application creation tool 105-1 for a server-side smart card (or an IC card); 1820) a method for providing the smart card (or IC card) application from the web server 100 to the application production client 125 through the wired / wireless communication network to provide the smart card (or IC card) application. A fourth step 1830 and a fifth step 1840 of mounting the application for the smart card (or IC card) provided by the web server 100 from the application production client 125 to the smart card are performed.

In addition, the application production information for the smart card (or IC card) is generated by referring to the application production condition information for the smart card (or IC card) provided by the application production client 125 from the web server 100, A third for producing an application for a smart card (or an IC card) by using the generated application creation information for the smart card (or an IC card) and an application production tool 105-1 for a server-side smart card (or an IC card). The application raw code corresponding to the application production information for the smart card (or IC card) generated from the application production tool 105-1 for the server-side smart card (or IC card) can be obtained. Step 3-1 of generating a server and an application creation tool 105-1 for the server-side smart card (or IC card). Step 3-2 (1822) of automatically combining application raw code into application source code and application creation tool 105-1 for the server-side smart card (or IC card) ( and a third step (1823) of compiling the combined application source code from the tool to produce a smart card (or IC card) application.

In addition, the characteristics of the application production condition information for the smart card (or IC card) and the application production condition information for the smart card (or IC card) are as described with reference to FIG. 2.

Further, the smart server (or IC card) application from the web server 100 to the application production client 125 to provide the smart card (or IC card) application through the wired or wireless communication network; In step 4, the application for the requested smart card (or IC card) from the web server 100 is provided to the application request client 130 to the application request client 130 PC using a wired network communication network, or It is characterized in that it provides a wireless communication device owned by the application request client 130 by using a wireless communication network, for the smart card (or IC card) provided by the web server 100 from the application production client 125 The fifth step of mounting the application on the smart card, the produced smart The card (or IC card) application is mounted on the client-owned smart card through the smart card terminal 135, or the smart card is mounted / detached on the client-owned wireless communication device through the wireless communication network. It is characterized by.

1 to 18, the client is connected to the application production web server 100 through a wired or wireless communication network to provide a smart card application construction tool 105 (Smart Card Application Construction Tool) for smart cards (or IC cards). The application production location for a smart card (or IC card) is 1-1) for a method for producing an application for a smart card (or IC card) using a receiving or using method and a method for relaying after producing an application for a smart card (or IC card). Client and 1-2) the web server 100 and 1-3) the client and the web server 100, and the like is divided into the description, and described for the smart card (or IC card) The relay position of the application is described by dividing it into 2-1) the case of relaying from the web server 100 and 2-2) the case of relaying a separate relay server 115.

According to the present invention, in the contents described in FIG. 1 to FIG. 18, the process of issuing a certificate by including a certification authority or in the case of data communication between each component, the process of encrypting the data is referred to for the sake of simplicity. However, the smart card (or IC card) application is required to be secured and authenticated while the client performs data communication with the web server 100 or the relay server 115 through a wired or wireless communication network. In this case, each of the client, the web server 100, the relay server 115 performs a data communication after receiving a certificate from the certification authority, the client is the web server 100 or through a wired or wireless communication network In the process of performing data communication with the relay server 115, the process of encrypting the transmitted and received data may be included. As described above, the security and authentication process as described above will be described in the embodiment according to the accompanying drawings and description.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. However, the following drawings and descriptions are for representative methods among various methods for properly describing the present invention, and the present invention is not limited only to the following drawings and descriptions.

An embodiment of the present invention is a smart card (or smart card on the wired or wireless communication network through the application creation tool 105 for smart card (or IC card) provided by the web server 100 for the smart card (or IC card) application production on the wired or wireless communication network The application manufacturing client 125 for an IC card creates an application for a smart card (or IC card), and the smart card (or IC card) on the wired / wireless communication network uses the application for the smart card (or IC card) produced as described above. System and method for post-issuing a smart card (or IC card) of at least one or more smart card (or IC card) users through the application relay server 115 for the smart card (or IC card) platform. Do not understand the internal structure, or smart card (or IC card) directly from the smart card (or IC card) issuing agency An application production client 125 for a smart card (or IC card) that has not been granted an access code of an application area also describes a process for easily producing an application for a smart card (or IC card).

In addition, an embodiment of the present invention is an embodiment of the case where the application for the smart card (or IC card) requires security and authentication, the application for the smart card (or IC card) produced from the client does not require special security and authentication If not, a process such as public key-based cryptosystem or certificate issue described below can be omitted.

19 shows an application relay server for a smart card (or IC card) on a wired or wireless network by producing an application for a smart card (or an IC card) through an application creation tool 105 for a smart card (or IC card) on a wired or wireless communication network. 115) is a simple block diagram for the post-issuance of a smart card (or IC card) using a public key based encryption system.

The system for producing an application for a smart card (or IC card) and post-issuing it as a smart card (or IC card) through the method proposed by the present invention is a smart card (or IC card) application production web server 100, smart Application production client 125 for smart card (or IC card), application relay server 115 for smart card (or smart card), and smart card (or smart card) terminal 135, application for smart card (or smart card) And the requesting client 130, and the smart card (or IC card) application requires security and authentication, the smart card (or IC card) production and relay system uses a public key based encryption system. In order to support the certificate issued by the certification authority (1900) is mounted.

The application creation tool 105 for a smart card (or IC card) on a wired / wireless communication network is an application creation tool 105-1 for a server side smart card (or IC card) and an application creation tool for a client side smart card (or IC card). It consists of 105-2. In FIG. 19, the server-side smart card (or IC card) application creation tool 105-1 is mounted on the web server 100 to manage a security code to be included in the smart card (or IC card) application. It extracts the application source code from the application production information generated through the application production condition information, processes it into application source code, personalizes it, and compiles it into an application for smart card (or IC card). The application creation tool 105-2 for a card (or IC card) provides the web server 100 with application production condition information input or selected from the application creation client 125 for a smart card (or IC card). It acts as an interface.

However, as described above, the application creation tool 105 for a smart card (or IC card) is not limited to the case of FIG. 19, but the application is made in accordance with the configuration of the application creation tool 105 for a smart card (or IC card). The application authoring tool for client-side smart cards (or IC cards) is responsible for extracting application source code from production information, processing it into application source code, and personalizing and compiling it into applications for smart cards (or IC cards). 2) may be in charge.

The web server 100 is a web server of a partner company or a smart card (or IC card) application service provider that receives an access code for a smart card (or IC card) application area from a smart card (or IC card) issuing organization ( 100), as well as a smart card (or IC card) issuing organization, as well as a manufacturing organization for IC chips mounted on smart cards (or IC cards), COS (Chip Operating System) and VM (Virtual Machine) mounted on IC chips Server system that has been granted access code for the production of post-issuance application and service for provisioning post-issuance application for the smart card (or IC card) and IC chip from the institution and host application provider in the smart card terminal 135 to be.

The web server 100 provides the smart card (or IC card) attribute information among the application production information to the manufacturing organization of the IC chip, the COS / VM provider, the smart card (or IC card) issuing agency, and the host application 140. It extracts from an organization or the like and serves as an application production tool 105 for a server-side smart card (or IC card), and a smart card (or generated by the application production tool 105 for a server-side smart card (or IC card). Smart card (or IC card) of the application request client for smart card (or IC card) through the smart card (or IC card) terminal 135 by transmitting the application for the IC card) to the relay server 115 on the wired / wireless communication network. As a method for mounting a smart card (or IC card) application produced through the method proposed by the present invention.

The application creation tool 105-1 for the server-side smart card (or IC card) includes a smart card (or IC card) access code and a smart card (or IC card) that can access the application area of the smart card (or IC card). The application code for the smart card (or the IC card) by managing the security code to be included in the application) and the application production condition information obtained from the application creation tool 105-2 for the client-side smart card (or the IC card). Generate a file, extract the application source code from the application source code D / B 110, and process it into application source code by referring to the generated application information for the smart card (or IC card); and processing the processed application source code Personalizes and compiles applications for smart cards (or IC cards).

In order to perform the above role, the application source code D / B 110 is mounted in the server-side smart card (or IC card) application production tool 105-1.

The application source code D / B 110 is an abstracted object that conforms to the smart card (or IC card) standard and can be combined into application source code according to the method of making an application for a smart card (or IC card) proposed by the present invention. That is, a database that stores application source code (Data Base, D / B), where the application source code is based on the COS and VM (Virtual Machine) mounted on the smart card (or IC card). It is a generalized code consisting of API functions provided by the IC chip mounted on the card).

The application source code D / B 110 has a tree-like hierarchical structure, such as the Microsoft Foundation Class (MFC) library of desktop applications, and satisfies the encapsulation, inheritance, and polymorphism of object-oriented programming. For example, an application source code that provides an encryption algorithm for a smart card (or IC card) includes an encryption object, a symmetric key-based encryption object and a public key-based encryption object that inherit the encryption object. In addition, an EMV (Europay, Master Card, VISA) encryption object and a SEED encryption object are inherited below the symmetric key-based encryption object, and an RSA that inherits the object is below the public key-based encryption object. (Rivest, Shamir, Adelman) cryptographic object and an Elliptic Curve Crypto (ECC) cryptographic object.

If the smart card (or IC card) application production client 125 includes a public key-based encryption scheme using RSA (Rivest, Shamir, Adelman) encryption algorithm in the smart card (or IC card) application, the host application 140 ), The application production client 125 for the smart card (or IC card) uses the RSA encryption object that inherits the public key based encryption object of the encryption object as the application source code extraction information of the application creation information. Selecting and encapsulating in the APDU (Application Protocol Data Unit) -based smart card (or IC card) communication object as the application source code combining information, through the process of selecting the encapsulation, the application creation tool for a smart card (or IC card) 105 Public key based RSA encryption in application native code D / B 110 Extract the source code and source code for APDU-based smart card (or IC card) communication, and encapsulate the extracted public key-based RSA encryption source code to be included as an object in the source code for APDU-based smart card (or IC card) communication. Can be.

In the same process as the programmer inputs and codes the code through a text editor, the application creation tool 105 for the smart card (or IC card) logically connects the text file in which the application source code is stored, This is done by including a header file associated with each source code file and inserting a string that declares the encapsulated object in the parent object. In other words, the process for the programmer to write the application source code 105 for the smart card (or IC card) to extract the application source code, and to edit or add the string on the extracted source code to the task that the programmer must code Allows you to process and generate application source code by automatically handling the tasks that you need to code.

The application creation tool 105-2 for the client-side smart card (or IC card) is a smart card (or IC card) application to be loaded from the application creation client 125 for smart card (or IC card). The web server includes the platform type of the IC card, the type of application for the smart card (or the IC card) to be produced, the function to be included, the field of application, and the application production condition information necessary for extracting the source code of the application such as a task to be performed. Serves as an interface provided by 100.

The application production tool 105-2 for the client-side smart card (or IC card) may optionally retrieve the smart card (or IC card) user information or the like from the application creation client 125 for the smart card (or IC card). It serves as an interface provided to the server (100).

The application source code extraction information of the application production information for the smart card (or IC card) is transferred to the application source code D / B 110 mounted in the application production tool 105-1 for the server side smart card (or IC card). The information input from the application creation client 125 for smart card (or IC card) and the input information generated to extract the application source code to be used for production of the application for smart card (or IC card) from the stored source code. As information corresponding to a query, the application creation client 125 for smart card (or IC card) is smart via an interface provided by the application creation tool 105-2 for client-side smart card (or IC card). Platform type of the smart card (or IC card) on which the application for the card (or IC card) will be installed The application source code D / B 110 is loaded by inputting information required to extract application source code such as the type of application for the smart card (or IC card) to be produced, the function to be included, the field of application, and the task to be performed. A query generated by the application creation tool 105-1 for a server-side smart card (or IC card) that is configured to actually extract the application source code from the application source code D / B 110 based on the input information. ).

For example, the application creation client 125 for a smart card (or IC card) is connected to the smart card (or IC card) via an interface provided by the application creation tool 105-2 for the client-side smart card (or IC card). ) Select the Java Card as the platform, the electronic money as the type of application to be produced, the payment function as the function to be included, the fast food restaurant as the application field, and the customer relationship management (CRM) information of the fast food restaurant as the task to be performed. Is selected or inputted, the application production tool 105-1 for server-side smart card (or IC card) on which the application source code D / B 110 is mounted is based on the input information. Create an application for the input smart card (or IC card) from the application source code designed through Java at 110. Determining the application source code, and generates a query to extract the application source code. At this time, the application source code extraction information is produced by the application creation tool 105 for a smart card (or IC card) to produce an application for a smart card (or IC card) that satisfies the input information in the application source code D / B 110. Corresponds to the query for extracting the application source code.

The application source code combining information of the application creation information for the smart card (or IC card) is an application for the smart card (or IC card) to combine the source code extracted from the application source code D / B 110 according to object-oriented programming. Information corresponding to the object combining rule derived from the information input from the production client 125 and the input information, input by the application production client 125 for smart card (or IC card) to generate the application source code extraction information Enter the operation method and processing order and file structure to be saved in the application area of IC chip based on the type of application for smart card (or IC card), the functions to be included, the field of application, and the tasks to be performed. To combine the extracted application native code File to be stored in the server-side smart card (or IC card) application manufacturing tool 105-1 for processing, the operation method and processing sequence of the input smart card (or IC card) application, and the application area of the IC chip. Information that corresponds to the rules for combining application source code extracted based on the structure into object-oriented programming and processing it into application source code.

For example, in an application for a smart card (or IC card) designed to acquire customer CRM information with an electronic money smart card (or IC card) used in a fast food restaurant, the purchase date of the customer's CRM file may be If it is stored in units of months, days, hours, and minutes, the application creation tool 105-1 for the server-side smart card (or IC card) is placed in a location that is responsible for storing the date of the file storage object in the extracted application source code. Create a rule so that objects that store the year, month, day, hour, and minute are declared. In this case, the application source code combining information includes a header file of the application source code extracted from the application source code D / B 110 by the application creation tool 105 for a smart card (or IC card), and the location where the object is to be declared. Corresponds to the location where the declared object is edited and its rules.

In addition, the application source code combination information may be input or selected by the application production tool 105-1 for the server-side smart card (or IC card) in the application production client 125 for the smart card (or IC card). The type of platform of the smart card (or IC card) to be mounted in the smart card (or IC card) application, the type of application for the smart card (or IC card) to be produced, the functions to be included, the field of application, and the task to be performed. Refer to the application conditions for the smart card (or IC card) required for extracting the same source code of the application, and follow the prescribed rules on how to operate and process the application for the smart card (or IC card), and the application area of the IC chip. Determine the file structure to be saved, etc. Bayida which stipulate that could create a combined information.

* Smart card (or IC card) user information is generated by the application creation tool 105-1 for server-side smart card (or IC card) processed through application source code extraction information and application source code combination information. As information used in the process of personalizing the information, it may be omitted depending on the type of application for the smart card (or IC card) to be produced, the functions to be included, the field of use, and the task to be performed.

If the application for a smart card (or IC card) that performs a coupon function on a smart card (or IC card) with a credit card function is produced and post-issued, the application for the smart card (or IC card) with the credit card function is provided. Personal information may be omitted in the process of producing an application for a smart card (or IC card) since the personal information of the user may be shared. In this case, the process of receiving the smart card (or IC card) user information by the application production tool 105-2 for the client-side smart card (or IC card) may be omitted.

Alternatively, if a smart card (or IC card) application is manufactured and post-issued on an IC chip mounted in the wireless terminal 135, the user of the smart card (or IC card) is requested from the subscriber information D / B of the mobile communication system. Information can be obtained. As described above, when the smart card (or IC card) user information necessary for personalization of the smart card (or IC card) application can be obtained from the D / B on the wired / wireless communication network, the client side smart card (or IC card) is used. It is not necessary for the application production tool 105-2 to receive smart card (or IC card) user information in order to produce an application for a smart card (or IC card).

* On the other hand, if the application for a specific gate access smart card (or IC card) is produced in a smart card (or IC card) with membership function and is issued later, the smart card (or IC card) is used for identification for gate entry. Personalization is required in the process of creating an application. In the case described above, in order to produce an application for a smart card (or an IC card), a smart application in which a client-side smart card (or IC card) application creation tool 105-2 receives and inputs smart card (or IC card) user information is produced. There is a need to personalize the application for the card (or IC card).

The relay server 115 smartizes the smart card (or IC card) application produced by the server-side smart card (or IC card) application production tool 105-1 mounted on the web server 100 through a wired or wireless communication network. The card (or IC card) serves as a post-issuance to the user's smart card (or IC card).

According to this embodiment, the smart card (or IC card) application produced by the server-side smart card (or IC card) application production tool 105-1 of the web server 100 is a smart of the relay server 115. It is delivered to and stored in the application D / B 120 for a card (or IC card).

In the present embodiment, the relay server 115 and the web server 100 are differently presented for convenience of description, but the role and function of the relay server 115 may be performed in the web server 100. It is stated.

The application D / B 120 for a smart card (or IC card) is a smart card (or IC card) manufactured by an application production tool 105-1 for a server side smart card (or IC card) of the web server 100. D / B storing the application for the smart card (or IC card) through the smart card (or IC card) terminal 135 to the smart card (or IC card) of the smart card (or IC card) user. It stores and manages applications for smart cards (or IC cards) until the application for cards) is post-issued or until the effective organization passes.

The smart card (or IC card) terminal 135 has a host application 140 capable of writing or reading data to and from the smart card (or IC card) through a CAD (Card Acceptance Device), and outputting the process and the result. Onboard computing systems typically include a personal computer (PC), a credit authorization terminal (CAT), a point of sales terminal, a kiosk, and a cash machine on which the host application 140 and a CAD are mounted. It includes all kinds of IC chip-based computing systems such as Automatic Teller Machine (ATM), Cash Dispenser (CD), and IC card payphone.

The host application 140 is a smart card (or IC card) terminal 135 application that communicates with a smart card (or IC card) application mounted on a smart card (or IC card) via a CAD. IC card) A smart card (or IC card) terminal 135 application for writing or reading data to an IC chip of a smart card (or IC card) via CAD through APDU of a standard. According to the smart card (or IC card) standard, the host application 140 is linked with an application for the smart card (or IC card) mounted on the smart card (or IC card), and is connected to the smart card (or IC card) through the APDU. It sends a command to the application for) and processes the response returned by the application for the smart card (or IC card) through the APDU.

According to FIG. 19, the smart card (or IC card) terminal 135 has a smart card for post-issuing a smart card (or IC card) application manufactured by the method of the present invention as a smart card (or IC card). (Or IC card) The post-issuance host application 140 is mounted.

The smart card (or IC card) post-issuance host application 140 (hereinafter referred to as post-issuance host application 140) is different from the general host application 140 that simply records and reads data with a smart card (or IC card). In addition, the host application 140 performs a role of post-issuing a smart card (or IC card) application manufactured through the method proposed by the present invention as a smart card (or IC card) through an APDU. In general, the post-issuance host application 140 connects the smart card (or IC card) terminal 135 to the relay server 115 to request an application for the smart card (or IC card). IC card) terminal 135 is mounted.

A CAD (Card Acceptance Device) is a device that actually records or reads data on an IC chip of a smart card (or IC card). According to this embodiment, a smart card (or IC card) manufactured by the method of the present invention is provided. Application can also be post-issued to the application area of smart cards (or IC cards) through CAD.

A certificate authority (1900) is an authority on a network that issues and manages security eligibility and public keys for encrypting and decrypting a message. In FIG. 19, all data transmitted through a wired / wireless communication network are processed based on a public key. do.

20 illustrates a process of collecting application production information by the application production tool 105-2 for the client-side smart card (or IC card) and the application production tool 105-1 for the server-side smart card (or IC card). Simple flow chart.

When the application production client 125 for a smart card (or IC card) accesses the web server 100 through various browsing tools such as a web browser and a peer-to-peer application (2000), the web server 100 Checks whether the application production tool 105-2 for the client-side smart card (or IC card) is mounted in the application production client 125 for the smart card (or IC card).

If the application production tool 105-2 for the client-side smart card (or IC card) is not installed in the application production client 125 for the smart card (or IC card) (2005), the web server 100 is smart. Application production tool 105-2 for client-side smart card (or IC card) that can interoperate with application production tool 105 for server-side smart card (or IC card) with application creation client 125 for card (or IC card) (2010). The application creation tool 105-2 for the client-side smart card (or IC card) is mounted on the application creation client 125 for the smart card (or IC card) in the form of standalone software, or optionally a smart card (or IC). Card) application production client 125 is mounted in the form of a plug-in (Plug-in) of the web browser running.

Application creation tool for client-side smart card (or IC card) in conjunction with application creation tool 105-1 for server-side smart card (or IC card) on application creation client 125 for smart card (or IC card) ( 105-2), the application-producing tool 105-2 for the client-side smart card (or IC card) receives a public key based certificate from the certification authority 1900 on the wired / wireless communication network (2015).

Through the above process, the application production tool 105-2 for the client-side smart card (or IC card) is mounted on the application creation client 125 for the smart card (or IC card), and the authentication authority 1900 is installed. When the certificate is loaded into the application creation tool 105-2 for the client-side smart card (or IC card) via the server, the application creation tool 105-1 for the server-side smart card (or IC card) is executed. The application production tool 105-2 for the IC card and the public key-based cryptosystem are changed to a secure communication mode (2020). After that, for the client-side smart card (or IC card) of the application production tool 105 for the server-side smart card (or IC card) of the web server 100 and the application production client 125 for the smart card (or IC card). All data communication in the application creation tool 105 is via public key-based encryption and electronic signatures, unless otherwise specified, and includes the confidentiality, authentication, Integrity and nonrepudiation are gained.

When the application creation tool 105-1 for server-side smart card (or IC card) and the application creation tool 105-2 for client-side smart card (or IC card) are operated in secure communication mode through public key encryption, The application creation tool 105-1 for the server-side smart card (or IC card) passes the latest application source code information to the application creation tool 105-2 for the client-side smart card (or IC card) via public key encryption. (2025).

According to the present invention, the application source code stored in the application source code D / B (110) of the web server 100 according to the development of smart card (or IC card) related technology and expansion of smart card (or IC card) service Continuously improved and added. Therefore, the application creation tool 105-2 for the client side smart card (or IC card) and the application creation tool 105-1 for the server side smart card (or IC card) are changed to the secure communication mode through public key encryption. The application production tool 105-1 for the server side smart card (or IC card) generates and provides the latest application source code information, thereby providing the application production tool 105-for the client side smart card (or IC card). 2) inputs application production condition information for producing an application for a smart card (or IC card) that supports the latest smart card (or IC card).

When the latest application source code information is transmitted to the application creation tool 105-2 for the client-side smart card (or IC card) through the above process, the application creation tool for the client-side smart card (or IC card) 105- 2) an application production client 125 for a smart card (or IC card) based on the information, the application source code extraction information, application source code combining information, smart card (or IC card) attribute information, etc. In operation 2030, a GUI (Graphical User Interface) screen for inputting application production condition information for generating production information is output. In general, the GUI is a screen interface that allows an application production client 125 for a smart card (or IC card) to intuitively understand the interface screen and receive application production condition information through a mouse click and simple letter and number input.

When the application production tool 105-2 for the client-side smart card (or IC card) outputs an interface for inputting application production condition information, the application production client 125 for smart card (or IC card) outputs the interface. And how each works based on the type of application for the smart card (or IC card), the features to be included, the application areas, and the tasks to be performed to generate application source code extraction information and application source code combination information. Application manufacturing condition information including a processing sequence and a file structure to be stored in the application region of the IC chip is selectively input (2035).

The application production tool 105-1 for server-side smart card (or IC card) is the smart card (or IC card) transmitted via the application production tool 105-2 for client-side smart card (or IC card). The application production client 125 generates the application source code extraction information by referring to the selected application production condition information (2040). The application source code extraction information is a smart card (or IC) among the source codes stored in the application source code D / B 110 mounted in the application production tool 105-1 for the server-side smart card (or IC card). Application production condition information input from the application creation client 125 for smart card (or IC card) and information corresponding to a query generated from the input information in order to extract application source code to be used for production of an application for a card) to be.

According to the present invention, application production condition information input by the application creation client 125 for a smart card (or IC card) through an interface provided by the application production tool 105-2 for a client-side smart card (or IC card). And application source code extraction information generated from the application production condition information depends on the application source code extraction information input interface.

For example, first select the type of smart card (or IC card) platform on which the smart card (or IC card) application will be installed, and then select the type, function, field of application of the smart card (or IC card) application to be produced, In addition, it is possible to select or input the tasks to be performed in a sequential order, such as smart card (or IC card) platform type, type of application for smart card (or IC card), function, You can also select or enter fields of use and tasks to be performed.

However, the application production condition information input as described above differs only in the input method, and is transferred to the server-side smart card (or IC card) application production tool 105-1, so that the server-side smart card (or IC card) application is made. After the application source code extraction information is generated from the production tool 105-1, it is processed into a query for extracting the application source code from the application source code D / B 110.

The application source code combining information may include the operation method and processing order of the application source code corresponding to the application source code extraction information described above to combine the source code extracted from the application source code D / B 110 according to object-oriented programming. Information corresponding to the object combining rule derived from the file structure information and the input information to be stored in the application area of the IC chip.

According to the present invention, the application source code combining information is dependent on a development language and a virtual machine (VM) supporting a smart card (or IC card) platform.

For example, the operation method and processing sequence of the application source code corresponding to the application source code extraction information described above, the file structure to be stored in the application area of the IC chip, and the like are supported by the Java supporting the smart card (or IC card) platform. The rules for combining application source code vary depending on the object-oriented programming characteristics of the development language, such as, MEL, or Visual Basic, and the characteristics of the COS and VM mounted on each smart card (or IC card).

Application production condition information for generating the application source code extraction information and the application source code combining information as described above through the application production condition information input interface in the application production tool 105-2 for the client-side smart card (or IC card). This process is repeated until all the information necessary for making an application for a smart card (or IC card) has been entered.

When generation of the application source code extraction information and the application source code combining information is completed through the application production condition information input interface provided by the application production tool 105-2 for the client-side smart card (or IC card) as described above (2045). ), The application production tool 105-1 for the server-side smart card (or IC card) analyzes the application source code extraction information and the application source code combining information from the application production client 125 for the smart card (or IC card). It is determined whether to receive smart card (or IC card) user information (2050).

* As described above, when an application for a smart card (or IC card) to be produced through the method of the present invention shares the smart card (or IC card) user information mounted on the smart card (or IC card). The application production tool 105-2 for the client-side smart card (or IC card) does not need to receive smart card (or IC card) user information. Of course, the application for smart card (or IC card) sharing the smart card (or IC card) user information preloaded on the smart card (or IC card) is a single smart card (or IC card) application. The smart card (or IC card) is characterized by being issued to the user.

On the other hand, when the application for a smart card (or IC card) to be produced through the method proposed by the present invention does not share smart card (or IC card) user information pre-loaded on the smart card (or IC card), the client side. The smart card (or IC card) user information needs to be input from the application creation tool 105 for the smart card (or IC card). Of course, the smart card (or IC card) application produced by receiving the smart card (or IC card) user information as described above is characterized in that it is post-issued only to the user of the smart card (or IC card).

If the application production tool 105-1 for the server-side smart card (or IC card) analyzes the application source code extraction information and the application source code combining information, the application production client 125 for the smart card (or IC card) is smart. If the card (or IC card) user information is input (2055), the application creation tool 105-2 for the client-side smart card (or IC card) receives the corresponding smart card (or IC card) through the application production condition information input interface. In step 2060, user information is input.

When the application production information such as application source code extraction information, application source code combining information, and smart card (or IC card) user information is completed through the above process, the application production information is encrypted using a public key cryptosystem (2065). ).

The server-side smart card (or IC card) application manufacturing tool 105-1 provides an IC chip manufacturing organization and a COS / CM on a wired / wireless communication network based on the smart card (or IC card) platform information included in the application production information. Smart card (or IC card) attribute information for which a smart card (or IC card) application is to be post-issued is extracted from an institution, a smart card (or IC card) issuing authority, or a host application 140 provider (2070). .

According to the present invention, when the application source code extraction information, application source code combining information, smart card (or IC card) user information, smart card (or IC card) attribute information, etc. are completed as described above, the method proposed by the present invention. Through the collection of application production information that can produce an application for a smart card (or IC card) is completed.

FIG. 21 is a simple flowchart of a process of processing an application source code into application source code by the application production tool 105-1 for a server-side smart card (or IC card) through application production information.

The application production tool 105-1 for the server-side smart card (or IC card) of the web server 100 performs application source code extraction information, application source code combining information, smart card (or IC card) attribute information, and smart card. (Or IC card) Upon completion of the step of collecting the application production information including the user information (2100), the application production tool 105-1 for the server-side smart card (or IC card) is a smart card ( Alternatively, the access code and the smart card (or IC card) security code of the smart card (or IC card) service application area provided from the smart card (or IC card) issuing authority are extracted based on the attribute information of the IC card (2105). ).

According to the present invention, the access code of the smart card (or IC card) service application area and the smart card (or IC card) security code, etc., the server-side smart card (or IC card) application production tool 105 for smart card (Or IC card) used in the process of producing an application, the client-side smart card (or IC card) application production client 125 for the smart card (or IC card) that is equipped with the application creation tool 105 is Of course, it does not leak to outside organizations that you do not have access to. That is, the smart card (or IC card) application production client 125 for producing a smart card (or IC card) application through the method proposed by the present invention is a smart card (or IC card) issuing authority from the smart card (or IC card) issuer. Alternatively, a smart card (or IC card) can be obtained through the application creation tool 105 for a smart card (or IC card) without receiving an access code and a smart card (or IC card) security code, etc. for the IC card service application area. ) Applications can be created.

When the access code of the smart card (or IC card) service application area and the smart card (or IC card) security code are extracted as described above, the server-side smart card (or IC card) application production tool 105 is executed. A query for extracting the application source code stored in the application source code D / B 110 is generated from the application source code extraction information of the production information (2110).

The query generated by the application production tool 105-1 for the server-side smart card (or IC card) from the application source code extraction information is generated according to the query response rule of the application source code D / B 110, and the server-side smart The application creation tool 105-1 for a card (or IC card) is an application source code consisting of a development language supported by the smart card (or IC card) platform from the application source code D / B 110 through the generated query. It is extracted (2115). The extracted application source code is composed of API functions that can be interpreted and processed by the VM mounted on the smart card (or IC card) platform.

When the application source code corresponding to the application source code extraction information is extracted from the application source code D / B 110 as described above, the application production tool 105-1 for the server-side smart card (or IC card) generates the application. An application source code combining rule for generating application source code from the application source code combining information of the information is generated (2120).

Application source code combining rules are based on the object-oriented programming characteristics supported by the development language supported by the smart card (or IC card) platform, and the application source according to the characteristics of the COS and VM that are mounted on each smart card (or IC card). The rules that combine code.

For example, the application source code, which is designed through the Java development language supporting the Java card platform and stored in the application source code D / B 110, is composed of a class. Classes consist of member variables and member functions that can access API functions that can be interpreted by the Java Virtual Machine (JVM). Each member variable and member function is characterized by encapsulation, inheritance, and polymorphism. To satisfy. A general coding rule of a class that supports object-oriented programming is a rule that declares a class to be inherited in a header file and a class to be declared as an object as a member, and accesses a member of the object of the class in a source file.

When the application source code for supporting the smart card (or IC card) platform is extracted from the application source code D / B 110 through the above process, and an application source code combining rule is generated to combine the application source code. , The application creation tool 105-1 for the server-side smart card (or IC card) includes the application source code extracted from the application source code D / B 110 to generate application source code for the smart card (or IC card). Generate main code to be combined (2125).

The main code is main code that is combined with the application source code extracted from the application source code D / B 110 and processed into application source code, and corresponds to the root of the application source code.

When the main code to be combined with the application source code is generated as described above, the application creation tool 105-1 for the server-side smart card (or IC card) applies the application source code combining rule to each application source code to apply the application source code. The process of processing the code is executed (2130).

In general, the process of combining application source code and processing it into application source code includes the header file of the main code and the header file of other application source code to be inherited or declared in each application source code header file, In the header file of the parent application source code, including the header file to be declared, insert the code that inherits the application source code to be inherited or declares the object of the application source code to be declared as an object, and the NULL value in each application source code Default parameters are automatically edited according to the purpose and application of the smart card (or IC card) application.

The application code creation tool 105-1 for the server-side smart card (or IC card) generates a header file of the application source code extracted from the application source code D / B 110 according to the application source code combining rule. The inclusion of a file of other application source code to be inherited or declared in the header file and each application source code header file, etc., creates a condition for interfacing each application source code as part of the main code according to the characteristics of object-oriented programming. will be.

The application authoring tool 105-1 for the server-side smart card (or IC card) is used to inherit the application source code to be inherited by the header file of the parent application source code, including the header file to be inherited or declared as an object according to the application source code combining rules. Injecting code that inherits or declares an object of application source code to be declared as an object inherits the functionality of each application source code by linking each application source code as part of the main code, depending on the nature of object-oriented programming. It can be extended or used as a member.

Application creation tool 105-1 for server-side smart card (or IC card) uses NULL or default parameters in application source code according to the application source code combining rule. Purpose and application of application for smart card (or IC card) Auto-editing is to characterize the abstracted objects to be applied to the purpose and application of the application.

According to the present invention, the application source code stored in the application source code D / B 110 is abstracted through a generalization process. For example, an application source code designed to provide a public key based cryptography scheme under the RSA encryption algorithm may be used for an electronic money smart card (or IC card), depending on the purpose and application of the application for the smart card (or IC card). It can be used for applications, and also for smart card (or IC card) application with smart card (or IC card) coupon function, and for smart card (or IC card) with smart card (or IC card) ticket purchase function Can also be used.

Therefore, the value of application source code abstracted through generalization process is applied with NULL value or default parameter instead of applying the value used for specific purpose or application field. In other words, the application creation tool 105-1 for the server-side smart card (or IC card) sets the NULL value or the default parameter on the application source code according to the application source code combining rule to the purpose of the application for the smart card (or IC card). Automatically editing according to the application is to edit the generalized application source code to meet the purpose and application of the smart application being created.

The process of the application creation tool 105-1 for the server-side smart card (or IC card) inheriting the application source code or declaring it as an object as described above according to the application source code combining rule, and automatically editing the application source code It is performed repeatedly until the application source code generation is completed.

If the application source code corresponding to the application production information is generated through the above process (2140), the application production tool 105-1 for the server-side smart card (or IC card) is combined according to the application source code combining rule. And before compiling the processed application source code into an application for a smart card (or IC card) to determine whether to personalize the application source code.

As described above, if an application for a smart card (or IC card) is made to share smart card (or IC card) user information mounted on the smart card (or IC card), there is no need to personalize the application source code. . On the other hand, if the application for a smart card (or IC card) includes independent personalization information (2145), the application creation tool 105-1 for the server-side smart card (or IC card) may have a smart card (or IC card) Personalize by applying user information.

The process of personalizing the application source code by the application creation tool 105-1 for the server-side smart card (or IC card) may include the smart card (or IC card) user information on the smart card (or IC card) on the application source code. Instead of the code, the smart card (or IC card) user information included in the application production information is directly inserted and inserted into the position where the code obtained from the preloaded smart card (or IC card) user information is inserted. (2150).

According to the present invention, optimizing the application source code is to lighten the application source code by deleting the code not used in the application for the smart card (or IC card) currently being produced from the abstracted application source code. In general, the process of creating a desktop application does not remove any abstracted objects, even if they are not used in the currently developing desktop application.

However, in a smart card (or IC card) with a small storage space and a memory in which an application for a smart card (or IC card) is mounted compared to a desktop computer, the application for the smart card (or IC card) must be made as light as possible. Therefore, the application production tool 105-1 for the server-side smart card (or IC card) combines the application source code to process the application source code, and then deletes the unused code from the application source code. Optimize (2155).

As described above, the personalized smart card (or IC card) application is smart through smart card (or IC card) user information independent of the smart card (or IC card) user information applied by the smart card (or IC card) issuing authority. There is a feature that can run the application for the card (or IC card).

22 shows that the application creation tool 105-1 for a server-side smart card (or IC card) is connected to the smart card (or IC card) through a series of source code compilation processes such as verifying, converting, and calculating application source code. Here is a simple flow chart for creating an application for a smart card (or IC card) that can be loaded.

When the application production tool 105-1 for the server-side smart card (or IC card) generates the application source code through the process as shown in FIG. 22 and optionally completes the personalization process, the server-side smart card (or the IC card) The application creation tool 105 checks the validity of the generated application source code in a debugging mode of a compiler supporting a development language supported by a smart card (or IC card) platform (2200).

Compiling the application source code in the debugging mode of the compiler does not support code that does not conform to the grammar of the development language supported by the smart card (or IC card) platform on the application source code, or is not supported by the smart card (or IC card) platform. It is to find the wrong code to perform the function and to validate the application source code.

If an error occurs during the compilation of the debugging mode as described above, the application creation tool 105 for the smart card (or IC card) extracts a debugging error message and an error recovery message generated by the compiler to extract the smart card (or IC card). The application production tool 105-2 for the client-side smart card (or IC card) of the application production client 125;

Application creation tool 105-2 for client-side smart card (or IC card) that receives debugging error message and error recovery message of application source code from application creation tool 105-1 for server-side smart card (or IC card). ) Receives the error removal information from the application creation client 125 for the smart card (or IC card) according to the error recovery message, and transmits the error removal information to the application creation tool 105-1 for the server-side smart card (or IC card) ( 2210). This process is repeated until the server-side smart card (or IC card) application creation tool 105-1 is validated in the debugging mode of the application source code.

On the other hand, if the application production tool 105-1 for the server-side smart card (or IC card) confirms the validity of the application source code in the debugging mode of the compiler through the above process, the application for the server-side smart card (or IC card) is produced. The tool 105-1 recompiles the application source code validated in the release mode of the compiler into a structure of an application for a smart card (or IC card) that can be operated on a smart card (or IC card). (2215)

The process of compiling the application source code in the release mode of the compiler is to create an application for the smart card (or IC card) in which the validated application source code is operated on the actual smart card (or IC card).

When the compiler compiles the application source code in release mode, the application creation tool 105-1 for the server side smart card (or IC card) loads the application for the compiled smart card (or IC card) into the smart card (or IC card). To a mountable file structure. In general, applications for smart cards (or IC cards) mounted on smart cards (or IC cards) have different structures depending on the type of smart card (or IC card) platform and the characteristics of the COS. Therefore, the server-side smart card (or IC card) application creation tool 105-1 is released as described above with reference to the attribute information of the smart card (or IC card) on which the smart card (or IC card) application is to be mounted. The application for the smart card (or IC card) generated in the mode is converted into a smart card (or IC card) file structure that can be stored in the smart card (or IC card) to be issued (2220).

The smart card (or IC card) application converted through the above process minimizes the file size through a compression operation. Generally, the storage space and memory of a smart card (or IC card) is about several kilobytes in size, and the file size of an application for a smart card (or IC card) that is post-issued to a smart card (or IC card) is compressed to a minimum size. Most smart cards (or IC cards) are equipped with a decompression solution that can decompress the compressed file as described above. Therefore, the application creation tool 105-1 for the server-side smart card (or IC card) uses the compression algorithm supported by the post-issued smart card (or IC card) to execute the application for the post-issued smart card (or IC card). Compress and process to minimum size (2225).

When the application source code is produced as an application for a smart card (or IC card) through the above verification, conversion, and calculation process, the application creation tool 105-1 for the server-side smart card (or IC card) is smart. The card (or IC card) simulator performs a final check whether the smart card (or IC card) application manufactured as described above operates normally on the smart card (or IC card) (2230).

If the smart card (or IC card) application manufactured as described above in the smart card (or IC card) simulator does not operate normally, the application creation tool 105-1 for the server-side smart card (or IC card) is executed. Repeat the process of compiling the source code in release mode.

On the other hand, if the smart card (or IC card) application is operating normally in the smart card (or IC card) simulator, the application creation tool 105-1 for the server-side smart card (or IC card) may execute the smart card (or IC card). ) Is processed into a smart application installation program that can be executed in each smart card (or IC card) terminal 135 (2235). The smart application installation program is executed in the smart card (or IC card) terminal 135, and the application for the smart card (or IC card) produced as described above through the CAD to the service application area of the smart card (or IC card). Software to install.

In addition, the application D / B 120 for the smart card (or IC card) is transmitted to the application relay server 115 for the smart card (or the IC card) on the wired / wireless communication network. ). Application for Smart Cards (or IC Cards) The application installer for Smart Cards (or IC Cards) stored in the D / B 120 is issued when the Smart Application is post-issued as a Smart Card (or IC Card) or an effective authority has passed. It is stored until (2240).

23 shows that the smart card (or IC card) terminal 135 transfers the application for the smart card (or IC card) to the smart card (or IC card) through the application relay server 115 for the smart card (or IC card). This is a simple flow chart of the issuance process.

When the smart card (or IC card) terminal 135 accesses the relay server 115 to request post-issuance of an application for the smart card (or IC card) (2300), the relay server 115 sends a smart card (or IC). Card) It is checked whether the post-issuance host application 140 is mounted on the terminal 135 (2305).

If the post-issuance host application 140 is not mounted on the smart card (or IC card) terminal 135, the relay server 115 may use the post-issuance host application 140 as the smart card (or IC card) terminal 135. ) And install it online (2310). The post-issuance host application 140 performs a role of post-issuing a smart card (or IC card) application produced through the method of the present invention to a smart card (or IC card) through an APDU. )to be.

When the post-issuance host application 140 is mounted in the smart card (or IC card) application through the above method, the relay server 115 and the smart card (or IC card) terminal 135 implement the public key cryptosystem. The method changes to the secure communication mode (2315). After that, all data communication between the relay server 115 and the smart card (or IC card) terminal 135 is performed through public key-based encryption and electronic signature, unless otherwise specified, and the application for the smart card (or IC card). Confidentiality, authentication, integrity, and nonrepudiation of the post-issuance process are secured.

The post-issuance host application 140 mounted on the smart card (or IC card) terminal 135 checks whether there is a smart card (or IC card) in the CAD to which the smart card (or IC card) application is to be post-issued ( 2320).

If there is no smart card (or IC card) for which the smart card (or IC card) application will be post-issued in the CAD, the post-issue host application 140 inserts the smart card (or IC card) to be post-issued in the CAD. A message is output (2325).

On the other hand, if there is a smart card (or IC card) in which the application for the smart card (or IC card) will be post-issued in the CAD, the post-issuance host application 140 will be connected with the platform information of the smart card (or IC card) through CAD. Extract the smart card (or IC card) user information applied to the smart card (or IC card) to validate that the smart card (or IC card) can be post-issued for the smart card (or IC card) application. Check (2330).

For example, a smart card (or IC card) inserted into a CAD is for a smart card (or IC card) stored in the application D / B 120 for a smart card (or IC card) of the relay server 115. If the application supports a smart card (or IC card) platform that can operate, and there is a storage failure in the smart card (or IC card) service application area, the application for the smart card (or IC card) can be post-issued, The smart card (or IC card) satisfies the validity that the application for the smart card (or IC card) can be issued later. In addition, the smart card (or IC card) application stored in the smart card (or IC card) application D / B 120 of the relay server 115 is personalized, the smart card (or IC card) If the applied smart card (or IC card) user information includes the same user information as the personalized smart card (or IC card) application, the smart card (or IC card) is a smart card (or IC card). ) Satisfies the validity that the application can be post-issued.

If the application post-issuance validity of the smart card (or IC card) of the smart card (or IC card) is not confirmed, the post-issuance host application 140 uses the smart card (or IC card) as a smart card (or IC card). This completes the process of post-issuing the application.

On the other hand, if the validity of the application for the smart card (or IC card) issuance of the smart card (or IC card) is confirmed, the post-issuance host application 140 is the smart card (or IC card to be post-issued to the relay server 115) Requesting the transmission of the application for the smart card (2335), and the relay server 115 selects from the installation program of the application for the smart card (or IC card) to be post-issued from the application D / B 120 for the smart card (or the IC card). The application installation program for the smart card (or IC card) that can be driven by the smart card (or IC card) terminal 135 on which the post-issuance host application 140 is mounted is extracted (2340).

As described above, when the application installation program for the smart card (or IC card) that can be driven by the smart card (or IC card) terminal 135 is extracted from the relay server 115, the relay server 115 may perform the public key encryption. The application installation program for the smart card (or IC card) is transmitted to the smart card (or IC card) terminal 135 (2345).

The post-issuance host application 140 of the smart card (or IC card) terminal 135 to which the application installation program for the smart card (or IC card) has been transmitted is driven by driving the application installation program for the smart card (or IC card). The application for the smart card (or IC card) produced through the method proposed by the present invention is post-issued as a smart card (or IC card) (2350). At this time, the process of post-issuing an application for a smart card (or IC card) by the application installation program for a smart card (or IC card) follows the smart card (or IC card) standard.

Hereinafter, the present invention relates to a method for producing and relaying an application for a smart card (or IC card) using an application framework for a smart card (or IC card).

In this embodiment, the smart card (or IC card) application is a host mounted on the smart card (or IC card) application that is post-issued as a smart card and the smart card terminal corresponding to the smart card (or IC card) application. An application production web server, wherein the application production client 125 for a smart card (or IC card) is developed by an application development system 2400 for a smart card (or IC card). The application framework for the smart card (or IC card) registered at (100) is produced through the process of detailing and personalizing.

In the present embodiment, the application framework for smart card (or IC card) is provided through the application creation tool 105 for smart card (or IC card) mounted in the application production web server 100 for smart card (or IC card). Application creation interface for smart card (or IC card) receives the application detailed information necessary for the production of smart card (or IC card) application from the client 125, the interface characterized in that the application is produced for smart card (or IC card) An application framework for smart card services that provides.

In this embodiment, the host application framework is a smart card of a smart card service principal corresponding to an application for smart card (or IC card) produced by the method proposed by this embodiment among the application frameworks for smart card (or IC card). An application framework produced by the host application mounted on the terminal.Internal application variables are not defined by application specification information and are initialized to default values or null values, and specific functions of functions are not defined and default parameters or null parameters are not defined. Since it is initialized with a variable or the like, an application frame for a smart card terminal having only a framework that cannot perform a function of a real host application until the functions of the internal variables and functions are defined. It is greater.

In order for the host application framework to be mounted on the smart card terminal of the smart card service entity as a host application, 1) an application production tool 105 for a smart card (or IC card) mounted in an application production server for a smart card (or IC card) Receiving application specification information from the application creation client 125 for the smart card (or IC card) through a) and defining the functions of variables and functions in the application; and 2) mounting them on the smart card terminal of the smart card service principal. It is necessary to extend host application functions by receiving host application extension information from the smart card terminal.

In this embodiment, the application framework for a smart card (or IC card) is produced as an application for a smart card (or IC card) that is post-issued as a smart card of a smart card service object among the application frameworks for a smart card (or IC card). As application framework, application internal variables are not defined by application detailing information and are initialized to default value or null value, and specific functions of functions are not defined and default parameters are defined. Since it is initialized with a null parameter or a null parameter, it is composed of only a framework that cannot perform a function of an actual smart card (or IC card) application until the functions of the internal variables and functions are defined. Application card for smart card post-issuance A framework.

In order for the application framework for the smart card (or IC card) to be post-issued to the smart card of the smart card service object as an application for the smart card (or IC card) 1) an application production web server for a smart card (or IC card) ( Functions of variables and functions in the application by receiving application detailed information from the application creation client 125 for a smart card (or IC card) through the application creation tool 105 for a smart card (or IC card) mounted in 100). And 2) the smart card (or IC card) application by receiving the personal information of the smart card user from the smart card (or IC card) application client before being issued to the smart card of the smart card service object. The process of personalizing is necessary.

In this embodiment, the application development system 2400 for a smart card (or IC card) develops an application framework for a smart card (or IC card) on a wired / wireless communication network to produce an application for a smart card (or IC card). As a system for registering to 100, a smart card (or an IC card) application development tool 2405 that supports a development language such as JAVA or Visual Basic. Or smart card issuers, host application authoring agencies, smart card service providers, third-party development organizations, and personal smart card developers who can develop application frameworks for IC cards. Corresponds to the application development system 2400 for.

The application development system 2400 for a smart card (or IC card) is different from the existing application development system 2400 for a smart card (or IC card). 1) Instead of producing an application for a smart card (or IC card), The present invention develops an application framework for smart cards (or IC cards), and 2) the application framework for smart cards (or IC cards) is an application production web server 100 for smart cards (or IC cards). The application creation tool 105 for the smart card (or IC card) of the smart card (or IC card) through the process of applying the application specification information for the smart card (or IC card) comprising a feature will be.

In order to satisfy the above conditions, a smart card (or IC card) application development tool 2405 mounted on the application development system 2400 for a smart card (or IC card) includes a compiler supporting a development language. In addition to the Widow debugger, the application framework for smart cards (or IC cards) may be added to the application creation tools 105 for smart cards (or IC cards) of the application production web server 100 for smart cards (or IC cards). It includes an application framework for smart card (or IC card) and application simulator for smart card (or IC card) that provides application creation interworking function for smart card (or IC card).

In the present embodiment, the smart card (or IC card) application production web server 100 is connected to the smart card (or IC card) application production client 125 through the process of inputting the application detailed information smart card (or IC card) A server on a wired / wireless communication network capable of producing an application for an IC card, and a smart card (or IC card) application production client 125 on a wired or wireless communication network connects to an application creation tool for a smart card (or IC card). When the application specification information is input through 105, the application creation tool 105 for the smart card (or IC card) is developed by the smart card (or IC) developed by the application development system 2400 for smart card (or IC card). The application detailed information is applied to the application framework for the card) The application production client 125 for an IC card creates an application for a smart card (or IC card) desired.

In the present embodiment, the application production client 125 for smart card (or IC card) is configured to produce an application for smart card (or IC card) through the application production web server 100 for smart card (or IC card). As a client on a wireless communication network, the application production web server 100 for a smart card (or IC card) is connected to the application detailed information through an interface provided by the application creation tool 105 for a smart card (or IC card). After creating an application for a smart card (or IC card), and storing the produced application for the smart card (or IC card) as an application relay server 115 for a smart card (or IC card) on a wired / wireless communication network, Among the applications for the smart card (or IC card), the host application is mounted on the smart card terminal. In addition, the application for the smart card (or IC card) is post-issued to the smart card of the application request client 130 for the smart card (or IC card).

In this embodiment, the application relay server 115 for a smart card (or IC card) is an application for a smart card (or IC card) through application specification information input by the application creation client 125 for a smart card (or IC card). Stores an application for the smart card (or IC card) produced by the production web server 100, and among the applications for the smart card (or IC card) produced by the application production client 125 for the smart card (or IC card) The host application is mounted on the smart card terminal of the smart card service principal, and the application for the smart card (or IC card) is post-issued to the smart card of the application request client 130 for the smart card (or IC card), which is a smart card service object. It plays a role of relay.

According to the present embodiment, the application relay server 115 for a smart card (or IC card) has a smart card (or IC card) configured as an application production client 125 for a plurality of smart cards (or IC cards) on a wired / wireless communication network due to a server function. Application creation for the server acts as a directory server and search engine that provides a database search and download function for the smart card (or IC card) application created and stored through the web server 100, or multiple server role It acts as a relay server 115 which relays the application for smart card (or IC card) produced by the application production client 125 for smart card (or IC card) of the smart card (or IC card) to the application client for smart card (or IC card). do.

According to this embodiment, the host application of the smart card (or IC card) application is mounted in the host application of the smart card service principal, and the smart card (or IC card) application of the smart card (or IC card) application is smart. It is post-issued to the application area of the smart card of the application client for a smart card (or IC card) which is a card service object.

In the present embodiment, the application request client 130 for a smart card (or IC card) is a card acceptance device (CAD) capable of post-issuing an application for a smart card (or IC card) among applications for a smart card (or IC card). Is a system consisting of a smart card terminal equipped with a smart card terminal and an open smart card capable of post-issuing an application for a smart card (or IC card) from the smart card terminal. Application for Smart Cards (or IC Cards) Applications for Smart Cards (or IC Cards) that are produced through the Web Server 100 and stored in the Application Relay Server 115 for Smart Cards (or IC Cards) are smart cards (or IC Cards). Or smart card application area of the application requesting client 130 for It is issued.

Hereinafter, the features of the present embodiment will be described in detail with reference to the accompanying drawings. However, the following drawings and descriptions are representative of various methods for properly describing the present embodiment, and the present embodiment is not limited to the following drawings and descriptions only.

24 shows a smart card (or IC card) for which an application production client 125 for a smart card (or IC card) on a wired / wireless communication network is registered in the application production web server 100 for a smart card (or IC card). A simple block diagram of a system for creating applications for smart cards (or IC cards) through the application framework.

The application development system 2400 for a smart card (or IC card) on a wired / wireless communication network is equipped with an application development tool 2405 for a smart card (or IC card) that can originally produce an application for a smart card (or IC card). The system includes all systems capable of developing applications for smart cards (or IC cards) through compilers and debuggers included in the application development tool 2405 for smart cards (or IC cards).

However, in this embodiment, the application development system 2400 for a smart card (or IC card) is not a complete form of application for a smart card (or IC card) but a default value or a null value for which an internal variable cannot operate normally. It is an application framework for smart cards (or IC cards) that is either initialized with a default function or with no specific function defined and initialized with default parameters or null parameters.

Application for smart card (or IC card) mounted in the application development system 2400 for smart card (or IC card) in order to satisfy the conditions of the application development system 2400 for smart card (or IC card) as described above. In addition to the basic compiler and debugger, the development tool 2405 may include an application framework for a smart card (or IC card), a software development kit (SDK) and an application simulator for a smart card (or IC card).

In general, an application development tool 2405 for a smart card (or IC card) includes an application programming interface (API) function for accessing an operating system of a smart card terminal provided by an application development tool maker 2405, and an open smart card. Software Development Kit (SDK) including API functions for accessing a VM (Virtual Machine), etc. is included. The application development tool 2405 for a smart card (or IC card) presented in this embodiment includes a smart card (or Application Framework SDK (Software Development Kit) for Smart Cards (or IC Cards) consisting of calling functions that interoperate with the Application Creation Tool 105 for Smart Cards (or IC Cards) of the Application Creation Server for IC Cards. Can be.

Application Framework for Smart Cards (or IC Cards) The Software Development Kit (SDK) is an SDK distributed by the Application Development Server for Smart Cards (or IC Cards) to the Application Development System 2400 for each Smart Card (or IC Card). As a (Software Development Kit), a smart card (or IC card) is incorporated into an application framework for a smart card (or IC card) developed by the application development system 2400 for a smart card (or IC card) through the method proposed by this embodiment. Application Development Kit (SDK) consisting of a call function that connects the application creation tool 105 for a smart card (or IC card) of the web server 100 to be produced as an application for a smart card (or IC card). )to be.

Application simulator for smart card (or IC card) is a smart card application framework for smart card (or IC card) developed by the application development system 2400 for smart card (or IC card) through the method presented in this embodiment. (Or IC card) application creation The smart card (or IC card) application creation tool 105 of the smart card (or IC card) to check whether it can be produced as an application for a smart card (or IC card), smart card Only application frameworks for smart cards (or IC cards) that have been validated through application simulators for (or IC cards) for smart cards (or IC cards) in the application authoring web server 100 for smart cards (or IC cards). Stored in the application framework D / B 2410.

The application framework for smart card (or IC card) developed by the application development system 2400 for smart card (or IC card) is mounted in the application production web server 100 for smart card (or IC card) as described above. The application creation information for the smart card (or the IC card) from the application creation client 125 for the smart card (or the IC card) through the application creation tool 105 for the smart card (or the IC card) An application framework that provides an interface characterized by being manufactured as an application for a smart card (or IC card), wherein most of the information necessary for operating an application for a smart card (or IC card) is initialized to a default value or a null value. Therefore, the smart card (or IC car) proposed in this embodiment ) Prior to applying the application detailed information via an application authoring tool 105 does not mount to an actual smart card terminal or issued it operates normally even after the smart card.

The smart card (or IC card) application framework developed in the smart card (or IC card) application development system 2400 as described above is a smart card of the smart card (or IC card) application production web server 100 (Or IC card) for application framework D / B 2410.

Application production web server 100 for smart card (or IC card) through the application creation tool 105 for smart card (or IC card) application production client 125 for smart card (or IC card) on the wired or wireless communication network Receives application specification information from the application framework for smart card (or IC card) stored in the application framework D / B 2410 for smart card (or IC card), and extracts the smart card (or IC card). It is a server for producing an application for a smart card (or IC card) by applying the application specification information input from the application creation client for 125.

Application for Smart Card (or IC Card) Application Framework D / B 2410 for Smart Card (or IC Card) of Web Server 100 is developed by Application Development System 2400 for Smart Card (or IC Card). Application frameworks for various types of smart cards (or IC cards) are classified and stored according to application types and functions for smart cards (or IC cards), and each application framework for smart cards (or IC cards) The application creation tool 105 for a smart card (or IC card) includes an interface to which application specification information received from the application creation client 125 for a smart card (or IC card) can be applied.

Application Creation Tool for Smart Card (or IC Card) The Application Creation Tool 105 for Smart Card (or IC Card) of the Web Server 100 is stored in the Application Framework D / B 2410 for Smart Card (or IC Card). Smart card (or IC card) on a wired or wireless network by extracting an application framework for a smart card (or IC card) that has been installed, and through an application specification information input interface included in the extracted application framework for a smart card (or IC card). After receiving the application specification information of the application framework for the smart card (or IC card) from the application creation client 125, the application framework for the smart card (or IC card) extracted the input application specification information Application for smart card (or IC card) It serves to produce a calibration.

In the above process, the application creation tool 105 for smart card (or IC card) applies the application specification information received from the application creation client 125 for smart card (or IC card) is a smart card (or IC card). The application detailed information received from the application creation client 125 for smart card (or IC card) is processed from the default variable and null variable, and the default parameter and null parameter of each function that are initialized in the application framework. To substitute.

According to the present embodiment, the interface for applying the application specification information included in the application framework for the smart card (or the IC card) is that the application development system 2400 for the smart card (or the IC card) is the smart card (or the IC card). Application creation tool (105) for smart cards (or IC cards) in the default and null variables for which application specification information is to be assigned through the Application Framework Software Development Kit (SDK). As the call function of the smart card (or IC card), the application creation tool 105 receives the application specification information from the application creation client 125 for the smart card (or IC card) and receives the smart card (or IC card). And parameters within the Application Framework for Linux To be assigned to

As described above, the application creation tool 105 for a smart card (or IC card) is input from the application creation client 125 for a smart card (or IC card) via the application creation tool 105 for a smart card (or IC card). When the application for smart card (or IC card) is produced by applying the received application specification information, the produced smart card (or IC card) application is a smart card of the application relay server 115 for smart card (or IC card). (Or IC card) is stored in the application D / B (120).

The application relay server 115 for a smart card (or IC card) is composed of an application D / B 120 for a smart card (or IC card) and an application relay tool 2415 for a smart card (or IC card). The details of the application relay server 115 for the smart card (or the IC card) will be described with reference to FIGS. 26 and 27.

25 shows a smart card (or IC card) for which an application production client 125 for a smart card (or IC card) on a wired / wireless communication network is registered in the application production web server 100 for a smart card (or IC card). This is a simple example of creating an application for a smart card (or IC card) through the application framework.

According to this embodiment, the application development system 2400 for a smart card (or IC card) is for a smart card (or IC card) through an application development tool 2405 for a smart card (or IC card) such as Java or Visual Basic. An application development system 2400 for a plurality of smart cards (or IC cards) for the application production web server 100 for a specific smart card (or IC card) on the wired / wireless communication network including all systems capable of developing an application. This exists.

In addition, an application production client for smart card (or IC card) on a wired / wireless communication network capable of connecting to the application production web server 100 for smart card (or IC card) to produce an application for smart card (or IC card). 125 includes all clients connected to the wired / wireless communication network, and in general, the application production client 125 for a smart card (or IC card) is an application for a smart card (or IC card) through the method proposed in this embodiment. Includes all smart card service providers and providers who want to produce smart card-related services by creating a service.

Before the application production client 125 for smart card (or IC card) connects to the application production web server 100 for smart card (or IC card), the application production web server 100 for smart card (or IC card) In the application framework D / B 2410 for smart cards (or IC cards), a smart card (or IC card) in which an application development system 2400 for smart cards (or IC cards) is mounted in the smart production web server 100. Application Framework for Smart Cards (or IC Cards) developed in compliance with the interface specification for the Application Creation Tool 105 to receive application specification information from the Application Creation Client 125 for Smart Cards (or IC Cards). Is stored.

According to this embodiment, the application framework for smart card (or IC card) is paired with a host application targeting a smart card service subject and an application for smart card (or IC card) targeting a smart card service object. As such, the application specification information received from the application creation client 125 for the smart card (or IC card) is the application framework for the smart card (or IC card), that is, the host application framework and the smart card (or IC card). This applies to all application frameworks.

Application creation for smart card (or IC card) on wired / wireless communication network When the client 125 connects to the application production web server 100 for smart card (or IC card), the application for smart card (or IC card) is produced. The tool 105 is an application for a smart card (or IC card) stored in the application framework D / B 2410 for a smart card (or IC card) through an interface such as (a) and (b) of FIG. 25. Determine which smart card (or IC card) application framework to extract from the framework.

25A illustrates various smart cards (or ICs) stored in the application framework D / B 2410 for smart cards (or IC cards) of the application production web server 100 for smart cards (or IC cards). It is an example of inputting application-related information to be used for producing a smart card (or IC card) application among application frameworks for cards).

When the application production client 125 for a smart card (or IC card) connects to the application production web server 100 for a smart card (or IC card) and requests production of an application for a smart card (or IC card), the smart card ( Or the application creation tool 105 for the smart card (or IC card) of the application creation server for the IC card is configured to host the application for the smart card (or IC card) from the application creation client 125 for the smart card (or IC card). Select the type of smart card terminal on which the application will be mounted and the smart card platform on which the application for the smart card (or IC card) will be issued.

In general, a smart card terminal to be loaded with a host application of an application for a smart card (or IC card) is a smart card terminal device that is held by the application creation client 125 for smart card (or IC card) to provide a smart card service. In Fig. 25A, a computer equipped with a CAD (Card Acceptance Device) capable of providing a smart service in a wired / wireless communication network was selected. However, the smart card terminal that can be selected in FIG. 25A is not limited to selecting a computer equipped with CAD based on the Windows operating system.

The smart card terminal in which the host application of the smart card (or IC card) application presented in the present embodiment can be mounted is selected on the wired / wireless communication network and online / offline by selecting the smart card terminal type, the terminal manufacturer, and the terminal model name. All sorts of credit authorization terminals, point of sales terminals, automatic teller machines (ATMs), cash dispensers (CDs), and kiosks Smart card terminal.

In addition, the smart card platform to be loaded with the smart card (or IC card) application of the smart card (or IC card) application is a platform mounted on the open platform smart card possessed by the smart card user. In FIG. 25 (a), Java cards are selected from open smart card platforms such as Java cards, Mondex cards, and SCFW cards.

However, the smart card platform that can be selected in FIG. 25A is not limited to a Java card, a Mondex card, and an SCFW card.

The smart card platform on which the smart card (or IC card) application of the smart card (or IC card) application presented in this embodiment may be mounted may include a smart card (including the Java card, the Mondex card, and the SCFW card). Or any type of open smart card platform that applications for IC cards can be post-issued.

As described above, when the smart card terminal and the smart card platform on which the smart card (or IC card) application is to be operated are selected, the application creation tool 105 for the smart card (or IC card) is displayed as shown in FIG. Select the smart card type and the application type for the smart card (or IC card) that specifically satisfy the conditions.

The smart card type is a smart card that satisfies the smart card platform on which the smart card (or IC card) application is to be loaded. Specifically, the smart card (or IC card) application is applied to a smart card. Is to choose whether to issue a new one.

In general, an access code for accessing a smart card application area exists in a smart card, and the access code is managed by a smart card issuing authority.

Therefore, in general, an application development system 2400 for a smart card (or an IC card) or an application creation client 125 for a smart card (or an IC card), which has not been granted an access code by a smart card issuing authority, may be placed in the smart card application area. You may not create or use applications for post-issued smart cards (or IC cards).

According to the present embodiment, the access code for the smart card application area is generated by the application production web server 100 for the smart card (or IC card) from the respective smart card issuing agencies, and the application for the smart card (or IC card) is produced. The tool 105 manages collectively.

Therefore, an application development system 2400 for a smart card (or an IC card) and an application production web server 100 for a smart card (or an IC card) that have not been directly granted an access code for a smart card application area by a smart card issuing agency are also provided. Application Creation for Smart Cards (or IC Cards) See Smart Card Application Area Access Codes for Each Smart Card Managed by Application Creation Tool 105 for Smart Cards (or IC Cards) in Web Server 100 Therefore, a smart card (or IC card) application for a smart card issued from the smart card issuing institutions can be produced and post-issued.

Therefore, the application creation tool 105 for the smart card (or IC card) of the application production web server 100 for the smart card (or IC card) is selected by the application creation client 125 for the smart card (or IC card). Among the smart cards corresponding to the card platform, the smart card (or IC card) application production web server 100 outputs a list of all kinds of smart cards corresponding to the smart card application area access code managed by the web server 100, and the smart card list This allows the application for a smart card (or IC card) to select the type of smart card that will actually be issued.

In FIG. 25 (a), a general smart card is selected from smart cards supporting the Java card platform, and a combi card supporting both contact and contactless types is selected from the general smart cards, and a smart card operated through a contactless method is used. We chose to build an application for the card (or IC card).

In the present embodiment, a general smart card is a smart card that can be used universally except for smart cards issued by financial institutions such as banks or credit card companies, and stores and moves smart cards (or IC cards) such as floppy disks. A smart card issued for the purpose of issuing a new application, and a special purpose smart is a smart card issued for a specific institution or a special purpose such as an identification card or a membership card.

As described above, when the smart card terminal, smart card platform, and smart card type on which the smart card (or IC card) application is to be selected are selected, the application creation tool 105 for the smart card (or IC card) is executed. IC card) application framework D / B 2410 extracts and outputs the type of application for smart card (or IC card) that satisfies the input condition.

25 (a) is a type of application for a smart card (or IC card) that supports free ticket reservation and release among smart card ticket advance and release applications, and first-come first-served basis among the types of applications for smart card (or IC card). Was selected.

Through the above process, the application creation tool 105 for a smart card (or IC card) is required to produce an application for a smart card (or IC card) from the application creation client 125 for a smart card (or IC card). We received a card terminal, a smart card platform, a smart card type, and an application type for a smart card (or IC card) to be produced.

25B shows various smart cards (or ICs) stored in the application framework D / B 2410 for smart cards (or IC cards) of the application production web server 100 for smart cards (or IC cards). The application framework for smart cards (or IC cards) to be used for production of applications for smart cards (or IC cards) is extracted from the application framework for cards).

The application creation tool 105 for a smart card (or IC card) is an application frame for a smart card (or IC card) from the application creation client 125 for a smart card (or IC card) through the example of FIG. From the application framework for smart cards (or IC cards) stored in the work D / B 2410, information for extracting an application framework for free ticket smart cards (or IC cards) supporting first-come-first-served entry was input.

However, the application framework for smart card (or IC card) is made from the application framework for smart card (or IC card) stored in the application framework D / B 2410 for smart card (or IC card) only with the above information. The client 125 cannot extract the desired application framework for the smart card (or IC card).

Accordingly, the application creation tool 105 for a smart card (or IC card) is a smart card (or IC) to be extracted from the application framework D / B 2410 for a smart card (or IC card) as shown in FIG. 25 (B). In order to determine an application framework for a card), more specific information is input from the application creation client 125 for a smart card (or IC card).

The application creation tool 105 for a smart card (or IC card) is a smart card (or IC card) among applications for free ticket smart card (or IC card) input by the application creation client 125 for smart card (or IC card). The application framework D / B 2410 outputs a list of application framework types for the free ticket smart card (or IC card).

Referring to (b) of FIG. 25, the types of free tickets that can be provided by the application framework D / B 2410 for a smart card (or IC card) include a free preview, a free viewing ticket, and a free invitation ticket. The free invitation was chosen from the tickets.

If a free invitation ticket is selected as the type of free ticket to be produced as described above, the application creation tool 105 for a smart card (or IC card) is executed by the application framework D / B 2410 for a smart card (or IC card). Depending on the function and application of the free invitation card, the application framework for the smart card (or IC card) to be extracted actually is selected.

* In (b) of FIG. 25, an application framework for smart cards (or IC cards) supporting business strategy seminars was selected among seminar invitation tickets.

According to the present embodiment, even if the application framework for the smart card (or IC card) determined through the above process, only one application framework for the smart card (or IC card) exists, but exists on the wired / wireless communication network. There may be a plurality of application frameworks for smart cards (or IC cards) according to the application development system 2400 for smart cards (or IC cards).

25 (b), there are three application development systems 2400 for smart cards (or IC cards) corresponding to applications for the business strategy seminar free invitation smart card (or IC card). Alternatively, the application creation client 125 for an IC card may be a smart card (or IC card) developed by the application development system 2400 for a specific smart card (or IC card) from the application development system 2400 for a smart card (or IC card). Or an application framework for an IC card).

Through the above process, the application creation client 125 for smart card (or IC card) is extracted from the application framework for smart card (or IC card) through the application creation tool 105 for smart card (or IC card). Once the application framework for the smart card (or IC card) to select is selected, the application creation tool 105 for the smart card (or IC card) is applied to the application framework D / B 2410 for the smart card (or IC card). Extract the application framework for smart cards (or IC cards).

25 shows an application framework for smart cards (or IC cards) included in the application framework for smart cards (or IC cards) produced by the application development system 2400 for smart cards (or IC cards). An example diagram of determining information and format to be included in an information file to be stored in an application area of a smart card.

Referring to (c) of FIG. 25, the information file that the smart development system 2400 stores in the smart card application area through the smart card (or IC card) application of the smart card (or IC card) application includes a seminar information file and the like. There is a guestbook information file.

The seminar information file is an information file that stores the location, date, and time of the business strategy seminar. The smart card holder can check the seminar schedule by referring to the seminar information file, and the smart card terminal refers to the information file. You can check whether the cardholder is invited to the business seminar.

For example, if two or more business strategy seminars are held on the same date at the place where the business seminar is held, and the smart card holder is invited to one of the business strategy seminars, the seminar date check function and the seminar time date check function In the step where the smart card holder enters the seminar, the smart card terminal checks the seminar date and time stored on the smart card and the seminar date and time stored on the smart card terminal to determine whether the appropriate smart card holder is the invitation to the seminar. You can check it.

Table 1 logically expresses the format of the file stored in the smart card application area corresponding to the seminar information file of FIG.

Table 1

Referring to (c) of FIG. 25, information stored in a seminar information file includes a seminar location, a date, and a time, and optionally includes a function for checking a seminar date and time.

According to Table 1, the seminar information file is a smart card information file having a total size of 128 bytes. The seminar place of the seminar information file is stored in the form of a string and is expressed in a total size of 100 bytes. It is stored as a total of 8 bytes, and the seminar time is stored in the order of hours, minutes and seconds, and expressed as a total of 6 bytes.

In addition, whether or not to add the seminar date check function and the seminar time check function is expressed as a Boolean variable of 1 byte each, and zero (0) is when the check function is excluded and a value other than zero (1). Is the case where the confirmation function is added.

The guestbook information file is an information file that is stored in a smart card to automatically generate guestbook information for seminar visitors invited to a business strategy seminar. The smart card holder can be automatically registered for a seminar prize automatic event or the like through the guestbook information file. The smart card terminal may accumulate information on a seminar visitor and the like through the information file.

Table 2 logically expresses the format of the file stored in the smart card application area corresponding to the guestbook information file of FIG. 25 (C).

Table 2

Referring to (c) of FIG. 25, the information stored in the guestbook information file includes the visitor's name, personal information, such as the visitor's name, job, title, gender, age, social security number, phone number, mobile phone number, and e-mail address. Include your job, job title, social security number, phone number, cell phone number, and e-mail address.

According to Table 2, the guestbook information file is a smart card information file having a total size of 128 bytes, and the visitor name of the guestbook information file is stored in the form of a string and is expressed in 8-byte Korean characters. Is stored in the form of a string and is expressed in 16-byte size with 16 letters of English or 8 characters in Korean. The title is stored in the form of a string, and is expressed in size of 4 bytes with 2 letters of Korean. The social security number is a hyphen (-). Including 14 bytes, the phone number and the mobile phone number are represented by 13 bytes each, and the e-mail address is represented by 32 bytes including '@'.

According to (a) of FIG. 25, a smart card for which an application for a business strategy seminar free invitation smart card (or IC card) is post-issued provides a contactless interface of a combi card, and a smart card holder enters a seminar while entering a smart card terminal. The smart card terminal provides the function of checking whether the smart card holder is an appropriate seminar visitor through the seminar information file and the guestbook information file by simply proximitying the smart card to the seminar visitor. It can provide a function to automatically accumulate guestbook information.

Of course, the smart card terminal includes a host application that is produced together in the step of producing an application for the smart card (or IC card) in response to the seminar information file and the guestbook information file of the application for the smart card (or IC card). It is mounted.

FIG. 25D designates the properties of the smart card (or IC card) application, that is, the smart card (or IC card) application and the host application through the application creation tool 105 for the smart card (or IC card). This is an example diagram.

Referring to (d) of FIG. 25, the attributes of the smart card (or IC card) application and the host application that the smart development system 2400 can assign to the smart card (or IC card) application include the number of seminar invitations and the number of times of use. Validity period of invitation to seminar.

The number of seminar invitations is used to specify the number of times the application for smart cards (or IC cards) and host applications is created for business strategy seminars.

For example, if the business strategy seminar is a one-time seminar, the host application of the application for smart card (or IC card) that is produced to be mounted on the smart card terminal through the method proposed in this embodiment may have the smart card access to the smart card terminal. A function for providing a smart card service specified in the step and deleting an application for a smart card (or IC card) that is post-issued to the smart card is added.

Or, if the business strategy seminar is held regularly, the host application mounted on the smart card terminal is added with a function of deleting the application for the smart card (or IC card) that has passed the effective authority, and visits the business power seminar. If you specify the number of times, the host application mounted on the smart card terminal adds the number of visits each time the smart card holder visits the seminar, and deletes the application for the smart card (or IC card) at the stage exceeding the specified number of visits. Function is added.

The validity period of the seminar invitation ticket specifies the expiration date of the application for smart card (or IC card) produced through the method presented in this embodiment, and the application for the smart card (or IC card) whose expiration date has passed is It is automatically deleted.

According to the present embodiment, the smart card (or IC card) application of all the smart card (or IC card) applications that are post-issued to the smart card through the method proposed by the present embodiment includes an expiration date. The host application of all the smart card (or IC card) applications mounted on the smart card terminal is added with a function of deleting the application for the smart card (or IC card) whose expiration date has passed.

Therefore, the smart card (or IC card) application for the business strategy seminar post-issued to the smart card through the method proposed by the present embodiment can be used for other types of smart card services after the expiration date even when the seminar is not visited. By the method proposed by the present embodiment for automatic deletion by another type of host application mounted on the smart card terminal.

26 shows a host application of an application for a smart card (or IC card) produced through the application creation tool 105 for a smart card (or IC card) of the application production web server 100 for a smart card (or IC card). It is a simple block diagram of a system that is mounted as a smart card terminal of a smart card service principal through an application relay server 115 for a smart card (or IC card).

According to this embodiment, in most cases, a smart card terminal equipped with a host application of an application for a smart card (or IC card) and a smart card terminal for issuing a smart card (or IC card) application as a smart card are mostly matched. FIG. 26 illustrates a case where the host application is mounted on the smart card terminal of the smart card service subject.

The application relay server 115 for smart card (or IC card) is a wired / wireless network content provider that downloads and mounts a host application of a smart card (or IC card) application to a smart card terminal of a smart card service principal. ) Acts as a directory server or relay server 115 that provides database services for applications for smart cards (or IC cards) on a wired or wireless network, or an application service provider (ASP) on an existing communication network. As a smart card application service provider (SCASP) for the smart card (or IC card) that acts as a host application loading service on the wired or wireless communication network.

The application relay server 115 for a smart card (or IC card) includes a smart card (or IC) manufactured through an application creation tool 105 for a smart card (or IC card) of an application production server for a smart card (or IC card). A smart card (or IC card) provided with a host application provided by an application D / B 120 for a smart card (or IC card) storing the host application of the card application and a smart card terminal of a smart card service principal. ) And an application relay tool 2415.

The application D / B 120 for the smart card (or IC card) of the application relay server 115 for the smart card (or IC card) stores the host application of the application for the smart card (or IC card). As the host application, the application creation tool 105 for the smart card (or the IC card) of the web server 100 creates the application for the smart card (or the IC card). It is produced as an application targeting the smart card terminal of the smart card service principal.

In general, a host application is mounted on a smart card terminal of a smart card service subject, and in some cases, various extension functions are added in addition to the basic smart card service function by application extension information while the host application is mounted on the smart card.

Referring to the example of FIG. 25, the application specification information input by the application creation client 125 for a smart card (or IC card) through the application creation tool 105 for a smart card (or IC card) may be determined by the host application. Only basic information to provide is applied.

On the other hand, the host application may need a process of exchanging information with various external processes and servers on a wired / wireless communication network in a smart card service process.

In the present embodiment, the application extension information is applied to the host application in the process of mounting the host application from the application relay server 115 for the smart card (or IC card) to the smart card terminal of the smart card service principal. In addition to the smart card service function applied in the stage where the host application of the application for the (or IC card) is manufactured, various additional functions can be processed.

The application relay tool 2415 for the smart card (or IC card) of the application relay server 115 for the smart card (or IC card) is stored in the application D / B 120 for the smart card (or IC card). It plays a role of mounting a host application of a card (or IC card) application as a smart card terminal of a smart card service entity, and extends a function of a host application through application extension information.

In particular, the application relay tool 2415 for the smart card (or IC card) of the application relay server 115 for the smart card (or IC card) downloads and mounts the host application to the smart card terminal of the smart card service entity. Extending the function of the host application through the application extension information is to interconnect information about the smart card service with another application or database mounted on the smart card terminal or a server or database management system on a wired / wireless communication network. Exchange, or add functionality to work with financial settlement systems or loyalty systems.

According to the present embodiment, the application relay tool 2415 for a smart card (or IC card) is configured to mount a host application on a smart card terminal of a smart card service entity, such as a smart card terminal and a client on a wired / wireless network. It provides an interface to receive application extension information from the service principal, and adds an extension function to the corresponding host application based on the application extension information input by the smart card service principal.

For example, when the host application is mounted on a personal computer connected to a wired / wireless network, that is, a smart terminal of a smart card service principal, an application obtained through the application relay tool 2415 for a smart card (or IC card). The extended information is processed in the form of a registry (* .reg) file or in the form of an initialization file (* .ini) to be mounted on the smart card terminal together with the corresponding host application, and when the host application is executed from the smart card terminal. Each time the host application performs the added extension function.

According to the present embodiment, a smart card terminal of a smart card service principal that downloads and mounts a host application of a smart card (or IC card) application is a personal computer or smart card slot in which a CAD is mounted to serve as a smart card terminal. Personal Communication System (PCS), Global System for Mobile communications (GSM), Personal Digital Cellular (PDC), Personal Handyphone System (PHS), Personal Digital Assistant (PDA) with Smart Chip All wireless terminals including smart phones, a credit authorization terminal (CAT) that provides credit card payment in the form of a smart card, and a point-of-sale device that manages merchandise sales information through a CAD; POS) and CAD-information guidance system (KIOSK), including all kinds of CAD interlocking devices.

27 shows that the application relay tool 2415 for the smart card (or IC card) of the application relay server 115 for the smart card (or the IC card) adds an extension function to the host application of the application for the smart card (or the IC card). Is a simple example of mounting on a smart card terminal of the smart card service subject.

The application relay tool 2415 for the smart card (or IC card) of the application relay server 115 for the smart card (or the IC card) performs functions of the application before mounting the host application as a smart card terminal of the smart card service principal. Can be extended by addition.

Referring to the example of FIG. 27, a function of connecting to an internal D / B to a host application mounted as a smart card terminal of a smart card service entity, an function of interworking with an external DBMS (Database Management System) on a wired / wireless communication network, and SMS (Short) The ability to send a Message Service and the ability to send e-mail have been added as extensions.

The function of connecting the host application with the D / B inside the smart card terminal is to store the information generated in the process of providing the smart card service as a database application data file pre-loaded on the smart card terminal.

For example, if the smart card terminal is a personal computer equipped with the Windows operating system, and the smart card terminal is equipped with a database application such as Microsoft's Access or Excel, the host application may be a smart card service according to the example of FIG. 25. The guestbook information of the seminar visitor generated in the process of providing the information may be stored as a data file of the database application.

The function of interfacing the host application with an external DBMS on the wired / wireless communication network is to store and manage information generated in the process of providing the smart card service in the DBMS on the wired / wireless communication network.

For example, if a smart card terminal is connected to a wired / wireless communication network, and there is a DBMS that integrates and manages customer relationship management (CRM) information on the wired / wireless communication network, the host application is illustrated in FIG. 25. According to this, the guest book information of the seminar visitors generated in the process of providing the smart card service can be delivered to the DBMS on the wired / wireless communication network for integrated management.

Adding the SMS sending function to the host application is to provide the smart card service object with various information about the smart card service in real time before, during, and after the smart card service through the host application.

For example, if the smart card terminal is equipped with a function for sending an SMS through the mobile communication system, the host application may be executed before or during the smart card service with the mobile phone of the smart card service object obtained according to the example of FIG. SMS can be sent to the client, and after implementation.

Adding the ability to send e-mail to the host application is to provide the smart card service object with detailed information about the smart card service through the host application.

For example, if the smart card terminal is connected to a wired / wireless communication network, the host application may send an e-mail to an e-mail address of the smart card service object obtained according to the example of FIG. 25.

According to the present embodiment, the extension function added to the host application by the application extension information is 1) a function included in the process of developing the host application framework by the application development system 2400 for smart card (or IC card), 2) the application creation tool 105 for the smart card (or IC card) is a function included in the process of producing the host application, or 3) the application relay tool 2415 for the smart card (or IC card) is the smart card terminal. It is a function that can be included by itself before mounting.

Hereinafter, the location where the extension function of the host application is added through the internal D / B connection function among the host application extension functions illustrated in FIG. 27 will be described.

The extension included in the application development system 2400 for smart card (or IC card) in the process of developing the host application framework is a function that the host application can execute internally.

For example, Microsoft's Integrated Development Environment provides API functions or software development kits (SDKs) that provide direct access to database applications such as Microsoft's Access or Excel, and smart cards. (Or IC card) application development system 2400 may be configured to generate a smart card service result in a host application through an API function or SDK (Software Development Kit). You can include the ability to save data files.

Application creation for smart card (or IC card) The extension function included in the process of creating a host application by the application creation tool 105 for smart card (or IC card) of the web server 100 may be implemented through a simple script or the like. It is a function that can.

For example, database applications such as Microsoft's Access or Excel provide Visual Basic for Application (VBA) functionality through Visual Basic Script (VBS), and application creation tools for smart cards (or IC cards). In step 105, the host application recognizes the smart card service result information generated by the host application in the process of producing the host application, and the data of the database application such as access or Excel, which is pre-loaded on the smart card service result, in the smart card terminal. You can include the ability to save to a file.

The application relay tool 2415 for the smart card (or IC card) of the application relay server 115 for the smart card (or IC card) included in the process of relaying the host application is for the smart card (or IC card). It is a function that can be implemented through a simple script such as the application creation tool 105.

For example, as described above, a database application such as Microsoft's Access or Excel provides a VBA function through VBS, and an application relay tool 2415 for a smart card (or IC card) is used to relay a host application. The smart card service result information of the host application may be recognized, or the smart card service result information may be recognized in the process of obtaining application extension information from the smart card service entity. Therefore, the application relay tool 2415 for a smart card (or IC card) may include a function of storing the result of the smart card service as a data file of a database application such as access or excel, which is pre-loaded on the smart card terminal. have.

According to the present embodiment, the location where the extension function added to the host application by the application extension information is realized is 1) realized internally by the host application, or 2) by another application inside the smart card terminal that is requested by the host application. Or 3) a server on a wired / wireless communication network that is linked to a host application.

Hereinafter, the position where the extension function of the host application is realized through the e-mail sending function among the host application extension functions illustrated in FIG. 27 will be described.

When the extension of the host application is realized internally, an application extension for a smart card (or IC card) is included in the host application, and application extension information is applied to execute the extension.

For example, if the host application includes a function for sending an e-mail, and the application extension information applied in the application relay tool 2415 for a smart card (or IC card) is set to execute the function, the host application may According to the application extension information, the mail input through the application extension information may be sent to the e-mail of the smart card service object obtained through the example of FIG. 25.

When the extension function of the host application is realized by another application inside the smart card terminal that is requested by the host application, it may be connected with the host application and another application inside the smart card terminal, and the application extension information may be extended by another application. If it is applied to run.

For example, if the host application is connected to the mail sending application inside the smart card terminal, and the application extension information applied in the application relay tool 2415 for the smart card (or IC card) is set to execute the function, the host application May send the mail input through the application extension information to the e-mail of the smart card service object obtained through the example of FIG. 25 according to the application extension information.

When the extension function of the host application is realized in a server that is linked through a wired / wireless network, the extension of the host application is linked to a server on the host application and a wired / wireless communication network, and the application extension information is extended by a server on the wired / wireless communication network. This is the case when it is applied to execute.

For example, if the host application is linked with a mail sending application on a wired or wireless network, and the application extension information applied in the application relay tool 2415 for a smart card (or IC card) is set to execute the function, the host application is configured to execute the function. According to the application extension information, the mail input through the application extension information may be sent to the e-mail of the smart card service object obtained through the example of FIG. 25.

28 shows an application for a smart card (or IC card) produced by the application creation tool 105 for a smart card (or IC card) of the application production web server 100 for a smart card (or IC card). Or a system that is post-issued to the smart card application area of the smart card (or IC card) application request client 130 through the application relay server 115 for the IC card.

According to this embodiment, in most cases, the smart card terminal on which the host application as shown in FIG. 26 is mounted and the smart card terminal of the application request client 130 for smart card (or IC card) do not coincide with each other. The terminal is for the case of post-issuing an application for a smart card (or IC card) with a smart card through the smart card terminal of the smart card service object.

The application relay server 115 for a smart card (or IC card) is configured to use a smart card service object, that is, a smart card terminal of the application request client 130 for a smart card (or IC card). A directory server or relay server 115 that provides a database service for an application for a smart card (or IC card) on a wired / wireless communication network as a content provider that is post-issued to an application area of a smart card through a smart card application. An application for a smart card (or IC card) that performs a role of or acts as a post-issuance of an application for a smart card (or IC card) on a wired / wireless communication network such as an application service provider (ASP) on an existing communication network. Role of Smart Card Application Service Provider (SCASP) To do.

The application relay server 115 for a smart card (or IC card) includes a smart produced through the application creation tool 105 for a smart card (or IC card) of the application production web server 100 for a smart card (or IC card). The application D / B 120 for the smart card (or IC card) that stores the application for the card (or IC card) and the smart card (or IC card) application are post-issued by the smart card of the smart card service object. And an application relay tool 2415 for a smart card (or IC card).

Application for Smart Card (or IC Card) Application D / B 120 for Smart Card (or IC Card) of Relay Server 115 is for Smart Card (or IC Card) Application for Smart Card (or IC Card) The smart card (or IC card) application is an application creation tool 105 for a smart card (or IC card) of the smart card (or IC card) application production web server 100. In the step of creating an application for a smart card (or IC card), it is post-issued to the open smart card application area of the smart card service object, that is, the application requesting client 130 for the card (or IC card), and in most cases, the smart card ( The application for the smart card (or IC card) is a personalization process while the application for the IC card is post-issued to the smart card. Undergo.

In the present embodiment, the personalization process of the application for smart card (or IC card) is the application detail input from the application creation client 125 for smart card (or IC card) at the stage in which the application for smart card (or IC card) is produced. In addition to the information, the application for the smart card (or IC card) is applied to the open smart card user's personal information at the stage of post-issuance in the open smart card application area.

In the example of FIG. 25, in the step of post-issuing an application for a smart card (or IC card) as a smart card of a smart card service object, the personal information of the smart card user is applied to the application for the smart card (or IC card). The applied smart card user information is stored in the smart card application area in the form of a guestbook information file.

The application relay tool 2415 for the smart card (or IC card) of the application relay server 115 for the smart card (or the IC card) requests an application for the smart card (or the IC card) for the smart card (or the IC card). It performs post-issuance of the open smart card application area of the client 130.

In particular, the application relay tool 2415 for the smart card (or IC card) of the application relay server 115 for the smart card (or IC card) uses the application for the smart card (or IC card) for the smart card (or IC card). In the process of post-issuance to the open smart card application area of the application request client 130, personalizing an application for a smart card (or IC card) through smart card user personal information may be possible. 130, the personal information of the smart card user is input and the personal information of the smart card user is applied to the smart card (or IC card) application.

According to this embodiment, the application relay tool 2415 for a smart card (or IC card) is configured to open an application for a smart card (or IC card) to an open smart card of the application request client 130 for a smart card (or IC card). Provides an interface for inputting the personal information of the smart card user in the post-issuance of the application area, based on the smart card user's personal information input by the application request client 130 for smart card (or IC card) Personalize applications for smart cards (or IC cards).

For example, in the smart card (or IC card) application as in the case of FIG. 25, the smart card user's personal information is processed in the form of an information file of the smart card application area and stored in the application area of the open smart card.

That is, the smart card (or IC card) is stored in the smart card in the form of a smart card information file recorded in the application area of the open smart card in the step of issuing the smart card.

Therefore, in order for the application for the smart card (or IC card) to be post-issued to the application area of the open smart card, guest book information to be stored in the information file is required, and the process of inputting the guest book information is the smart card (or IC). To personalize the application for the card).

According to the present embodiment, the application relay server 115 for the smart card (or IC card) and the application relay tool 2415 for the smart card (or IC card) are connected to a directory server or a search engine on a wired or wireless network as described above. Plays the role of.

That is, the application production client 125 for various smart cards (or IC cards) on the wired / wireless communication network to the application D / B 120 for smart cards (or IC cards) is an application framework for smart cards (or IC cards). A smart card (or IC card) is intended for an open smart card user who wants to post-issue an application for a smart card (or IC card) to a smart card. It acts as a directory server and search engine that provides search and post-issuance services for applications.

For example, a smart card user accesses an application relay server 115 for a smart card (or IC card) performed by a search engine, and provides a smart card discount voucher among supermarkets, convenience stores, and discount stores in the region where the user lives. An application for a smart card (or IC card) can be searched, and a part of the found application for the smart card (or IC card) can be downloaded and post-issued to its own open smart card.

According to this embodiment, the application relay server 115 for a smart card (or IC card) and the application relay tool 2415 for a smart card (or IC card) provide an application service (ASP) over a wired or wireless communication network. It serves as a smart card application service provider (SCASP) for a smart card (or IC card).

SCASP acts as a substitute for the application post-issuance service for smart card (or IC card) to a specific website such as ASP on wired / wireless communication network, and the application relay server 115 for smart card (or IC card) and The process of the application relay tool 2415 for the smart card (or IC card) to perform the SCASP role is described in detail in FIG. 29.

The application request client 130 for smart card (or IC card) is a smart card service object for the produced smart card (or IC card) application through the method proposed in this embodiment, and is a wired / wireless communication network and a dedicated network. All types of smart card terminals that can download applications for smart cards (or IC cards) and post-issuance as open smart cards, and all types of open types that applications for smart cards (or IC cards) can be post-issued It consists of a smart card.

According to the present embodiment, the smart card terminal of the smart card (or IC card) application request client 130 for the smart card (or IC card) that can post-issue an application for the smart card (or IC card) is loaded with a smart card. Personal computer acting as a terminal, personal communication system (PCS) equipped with smart card slot or integrated circuit chip (GPS), global system for mobile communications (GSM), personal digital cellular (PDC), and personal handyphone (PHS) All wireless terminals, including systems (PDAs), personal digital assistants (PDAs), and smart phones, credit authorization terminals (CAD) that provide credit card payment in the form of smart cards, and product sales information through CAD Point of sales (POS) to manage the business, and information guidance system (KIOSK) equipped with CAD, etc. The interlock device includes a CAD.

In addition, the smart card of the application request client 130 for a smart card (or IC card) for which the smart card (or IC card) application is post-issued is any kind that supports post-issuance such as a Java card, a Mondex card, and an SCFW card. It includes an open smart card.

The smart card may exist in a form in which an IC chip is mounted on a plastic card of a credit card size, or may exist in a form of a single chip and a dual chip in a wireless terminal. In all cases, however, smart cards with post-issue applications for smart cards (or IC cards) support an open platform.

29 shows a specific website after the application relay tool 2415 for the smart card (or IC card) of the application relay server 115 for the smart card (or the IC card) personalizes the application for the smart card (or the IC card). It is a simple example of acting on behalf of the application post-issuance service for smart card (or IC card).

29 illustrates a smart card using an application relay server 115 for a smart card (or IC card) on a wired / wireless communication network as an SCASP. It is for the case of post-issuance.

According to this embodiment, web servers including a content provider on a wired / wireless communication network produce an application for a smart card (or IC card) and relay an application for the smart card (or IC card) through the method proposed in this embodiment. The server 115 can be used as an SCASP to post-issue an application for a smart card (or IC card) to a smart card of a site visitor through their website.

At this time, the web server on the wired / wireless communication network serves as an application production client 125 for the smart card (or IC card) from the standpoint of the web server 100 for the smart card (or IC card) application production. From the standpoint of the application relay server 115 for (or IC card), it serves as an application relay gateway for a smart card (or IC card).

Application relay gateway for a smart card (or IC card) What is an application relay server 115 for a smart card (or IC card) for the smart card (or IC card) application for the smart card (or IC card) Connect the application relay server for smart card (or IC card) and the application client for smart card (or IC card) in the process of post-issuing the smart card of the application client for the smart card (or IC card) through the terminal. It is to play a role.

According to FIG. 29, a web server on a wired / wireless communication network using an application relay server 115 for a smart card (or an IC card) as an SCASP, that is, an application relay gateway for a smart card (or an IC card) may be connected to a web server visitor. In order to post-issue an application for a card (or an IC card), an application relay tool 2415 for a smart card (or an IC card) of an application relay server 115 for a smart card (or an IC card) is shown at the bottom right of the website. In the example of 25, the site address created to post-issue the smart card (or IC card) application was linked.

That is, in FIG. 29, the grayed out portion is a portion where the content of the corresponding web server is output, and the lower right side is an application relay for the smart card (or IC card) of the smart card (or IC card) application relay server 115. The tool 2415 links an interface for personalizing an application for a smart card (or IC card) in order to post-issue an application for a smart card (or IC card).

For example, a CAD is mounted on a wired / wireless communication network so that a personal computer (= an application client for a smart card (or IC card)) connects to a web server, and an application for a smart card (or IC card) as shown in FIG. 29. After inputting the information required for personalization of the personal computer and clicking the issuing button, the application personalization information for the smart card (or IC card) and the application client information for the smart card (or IC card) are entered for the smart card (or IC card) application. It is delivered to the application relay tool 2415 for the smart card (or IC card) of the relay server 115.

The application relay tool 2415 for the smart card (or IC card) of the application relay server 115 for the smart card (or IC card) applies application personalization information for the smart card (or IC card) input as described above. The personalized smart card (or IC card) application is post-issued to the smart card of the smart card (or IC card) application request client 130 through a personal computer mounted CAD on the wired / wireless communication network.

Table 3 logically represents the format of the guestbook information file stored in the smart card application area of the application request client 130 for smart card (or IC card) through the example of FIG.

Table 3

Referring to (c) of FIG. 25, the application production client 125 for a smart card (or IC card) may be configured as an application creation tool for a smart card (or IC card) of the application production web server 100 for a smart card (or IC card). Information stored in the guestbook information file selected through 105 is a visitor's name, work, job title, social security number, phone number, mobile phone number, e-mail address, etc. Referring to FIG. 27, an application for a smart card (or IC card) The application relay tool 2415 for the smart card (or IC card) of the relay server 115 is a smart card (or an application detailed information inputted by the application detailing information input by the application creation client 125 for the smart card (or IC card). Visitor's name, work, title, social security number, phone number, mobile phone number, and phone number to personalize the application It provides an interface that generates the input to the postal address.

According to Table 3, application personalization information for a smart card (or IC card) input through the example of FIG. 29 is stored in a smart card information file having a total size of 128 bytes as shown in Table 2.

The visitor name of the guestbook information file was 3 Korean characters 6 bytes out of 8 bytes, the workplace was 6 Korean characters 12 bytes out of 16 bytes, and the job title was 2 Korean characters 4 bytes out of 4 bytes. The social security number includes 14 numeric characters including 13 numeric characters and hyphens ('-'), and the telephone number includes 10 numeric characters and horizontal characters (')' and hyphens among 13 bytes. 12 bytes were used, and 13 bytes were used, including 11 numeric characters and 2 hyphens, and 24 bytes including 21 alphabets and 3 special characters ('@', '.'). It became.

Table 4 logically expresses the file structure of the guestbook information file stored in the real smart card application area according to the format of the guestbook information file as shown in Table 3 above.

Table 4

* The example in Table 4 assumes that the memory address of the smart card application area where the guestbook information file is stored is a 128-byte area from 0X10000 to 0X10070 in hexadecimal.

In general, as described above, the memory address for the smart card application area may vary depending on the type of the smart card, the issuing organization and the manufacturer, and the operating system or platform installed in the smart card.

According to Table 4, the location where the guestbook name of the guestbook information file is stored is 8 bytes of 0X10000 ~ 0X10007, the location where the job is stored is 16 bytes of 0X10008 ~ 0X10015, and the location where the position is stored is 4 bytes of 0X10016 ~ 0X10019 The location where the Social Security Number is stored is 14 bytes from 0X1001A to 0X10027, the location where the phone number is stored is 13 bytes from 0X10028 to 0X10034, and the location where the mobile number is stored is 13 bytes from 0X10035 to 0X10041, and the e-mail address The location where is stored is 32 bytes of 0X10042 ~ 0X10062, and the currently unused and reserved space is 28 bytes of 0X10063 ~ 0X1007F.

The features of this embodiment are described below with the aid of a simplified flowchart.

However, all data communication and information exchange between the client side and server side is performed through a public key infrastructure (PKI) unless otherwise specified in the following flowchart.

In addition, in the following flowchart, each step may be changed in some order due to the characteristics of the flowchart.

30 shows an application development system 2400 for a smart card (or IC card) on a wired / wireless network for producing a smart card (or IC card) application framework for a smart card (or IC card) on a wired / wireless network. It is a simple flowchart of registering with the application production web server 100.

In general, the application development system 2400 for a smart card (or IC card) uses a development tool supporting a development language such as Java or Visual Basic to develop a host application and an application for a smart card (or IC card) as described above. It is a system to develop.

Therefore, the application development system 2400 for a smart card (or IC card) of the present embodiment also develops an application for a smart card (or IC card) consisting of a host application and an application for a smart card (or IC card) as described above. Through the method proposed in this embodiment, the application for the smart card (or IC card) is modified into an application framework for the smart card (or IC card), or by using a previously developed application for the smart card (or IC card). Modify with the application framework for smart cards (or IC cards).

As described above, when the application development tool 2405 for smart card (or IC card) develops an application for smart card (or IC card) consisting of a host application and an application for smart card (or IC card) (3000), the smart The application development tool 2405 for a card (or IC card) is replaced with a default value and a null value in an application for a smart card (or IC card) consisting of the produced host application and an application for a smart card (or IC card). In operation 3005, variables and functions, that is, framework setting information, for generating an application framework for a smart card (or IC card) presented in the embodiment are determined.

The framework setting information is a smart card that is replaced by a different value for each stage in which an application creation tool 105 for a smart card (or IC card) applies application specification information in a normal application for a smart card (or IC card). (Or IC card) means variables and functions on the application.

When the framework setting information is determined as described above, the application development system 2400 for a smart card (or IC card) stores the framework setting information with a default value through an application development tool 2405 for a smart card (or IC card). Initialize to a null value (3010).

Here, the default value is a value that the functions and variables basically have, and in most cases, the smart card (or IC card) is set even if it is not specified because it is set to a special value at the stage where the application for the smart card (or IC card) is operated. Is the default value of the function and variable that is set up so that the operation of the application is easy. The null value is to set the value to be set to the function or variable to '0' or 'Nothing'.

According to the present embodiment, the framework setting information is included in an internal and header of the application framework for smart card (or IC card) produced by the method presented in this embodiment, or the application framework for the smart card (or IC card). It is created in the form of external script file or configuration information file composed of and package.

The application development tool 2405 for smart card (or IC card) of the application development system 2400 for smart card (or IC card) determines the framework setting information, and defaults the variables and functions of the framework setting information. And a null value, the application development tool 2405 for the smart card (or IC card) sends the framework setting information to the smart card (or via the application framework software development kit (SDK) for the smart card (or IC card). An application creation tool 105 for a smart card (or IC card) of the application production server for the IC card) generates a framework interface (3015).

The framework interface is an application creation tool 105 for a smart card (or IC card), the application production client 125 for a smart card (or IC card) as shown in Figure 25, the application frame for the smart card (or IC card) Creates an interface for entering application specification information into framework configuration information of a framework. In the framework interface, certain variables and functions of an application for a smart card (or IC card) are set as framework configuration information. And function can have any type of value and can be used by the application authoring tool 105 for smart cards (or IC cards) to enter application specific information into the variables and functions. Interface controls are included.

For example, a variable that determines whether to enable the ability to check the seminar date of an application for a smart card (or IC card) is set in the framework setting information, and the type of the variable can be a Boolean value. And if the GUI control that the application creation tool 105 for the smart card (or IC card) can use to enter application specification information into the corresponding variable is Check Box, the application creation for the smart card (or IC card). The tool 105 generates an interface for setting the seminar date confirmation function of FIG. 25C through the framework interface, and outputs the interface to the application production client 125 for a smart card (or IC card).

According to the present embodiment, the framework interface is included in the header and inside of the application framework for smart card (or IC card) produced by the method presented in this embodiment, or the application framework for the smart card (or IC card) It is created in the form of external script file or configuration information file.

When the framework interface is generated in the application for the smart card (or IC card) in the application development system 2400 for the smart card (or IC card) as described above, the application development tool 2405 for the smart card (or IC card). ) Generates a host application extension interface that the application relay tool 2415 for the smart card (or IC card) of the application relay server 115 for the smart card (or IC card) can recognize (3020).

The application extension interface is an application extension interface for generating an interface for the application relay tool 2415 for a smart card (or IC card) to input application extension information to a host application mounted as a smart card terminal as shown in FIG. 27. The smart card terminal in which the host application operates can provide the smart terminal property information that must be satisfied in order to provide the extension function, the D / B connection and interworking function supported according to the smart card device property information, and various additional services. The type of the extension is set, and the application relay tool 2415 for the smart card (or the IC card) includes information such as a GUI control to be used to input application extension information to the extension.

For example, a GUI control that allows a smart card terminal to be equipped with a host application to satisfy a property connected to a wired / wireless communication network, to send mail through a mail server on the wired / wireless communication network, and to set a mail sending time. If this is a radio button and an edit box which is a GUI control for inputting mail contents, the application relay tool 2415 for a smart card (or an IC card) can be accessed through the application extension interface. Create an interface for setting up an e-mail sending as shown in 27 and output it to the client of the application service principal for the smart card (or IC card).

According to the present embodiment, the application extension interface is included in the header and inside the application framework for the smart card (or the IC card) produced by the method proposed by the present embodiment, or is associated with the application framework for the smart card (or the IC card). It is created in the form of external script file or configuration information file.

If the application extension interface is generated in the application for the smart card (or IC card) in the application development system 2400 for smart card (or IC card) through the above process, the application development for the smart card (or IC card) The tool 2405 personalizes an application for a smart card (or IC card) that the application relay tool 2415 for a smart card (or IC card) of the application relay server 115 for a smart card (or IC card) can recognize. Create an interface (3025).

The personalization interface of an application for a smart card (or IC card) means that the application relay tool 2415 for a smart card (or IC card) is an open type of the application request client 130 for a smart card (or IC card) as shown in FIG. Creates an interface that allows you to enter smart card user information into an application for a smart card (or IC card) that is later issued as a smart card.A smart card (or IC card) is included in the application personalization interface for a smart card (or IC card). Type of personalization information to be included in the application user information, and the type and format of the variable in which the information is stored in the smart card application area are set, and for the smart card (or IC card) The application relay tool 2415 depends on the variable type and format of the personalization information. The information about the smart card (or IC card) GUI control used to input application information for personalization is included.

For example, the visitor name is set as the personalization information of the application personalization interface for the smart card (or IC card), the type of the variable that stores the visitor name is a string, and the format is 4 Korean characters and 8 English characters. If the edit box is a GUI control that allows input and personalization information to be entered into the variable, the application relay tool 2415 for a smart card (or IC card) is connected via an application personalization interface for the smart card (or IC card). A visitor name as shown in FIG. 29 is generated and output to an application client for a smart card (or IC card).

According to this embodiment, the application personalization interface for a smart card (or IC card) is included in the header and inside the application framework for the smart card (or IC card) produced by the method presented in this embodiment, or the smart card (or It is generated in the form of an external script file or configuration information file composed of an application framework and a package for IC card).

In addition, according to FIG. 30, the order in which the application development tool 2405 for a smart card (or IC card) generates the framework interface, the application extension interface, and the application personalization interface for the smart card (or IC card) may be used. (Or IC card) may be changed according to the policy of the application development system 2400.

When the framework interface, the application extension interface, and the application personalization interface for the smart card (or the IC card) are generated in the application development system 2400 for the smart card (or the IC card) as described above, the smart card (or the IC card) is generated. Application development tool 2405 checks the validity of the application framework for the smart card (or IC card) (3030).

Validation of the application framework for a smart card (or IC card) means that the generated framework setting information is correctly inputted through the framework interface in the application creation tool 105 for the smart card (or IC card). Whether the application extension information can be correctly input from the application relay tool 2415 for the smart card (or IC card) through the application extension interface of the host application, and the application for the smart card (or IC card). The application relay tool 2415 for the smart card (or IC card) checks whether the personal information of the smart card user can be correctly input through the personalization interface.

If the validity of the application framework for the smart card (or IC card) is not checked in the application framework validation process for the smart card (or IC card) (3035), the application for the smart card (or IC card) The development tool 2405 repeats a process of generating a framework interface, an application extension interface, and an application personalization interface for a smart card (or IC card).

On the other hand, if the validity of the application framework for the smart card (or IC card) is verified (3040) in the above process, the application development tool 2405 for the smart card (or IC card) is the smart card (or IC card). The application framework for the smart card (or IC card) on the wired / wireless network to the application framework D / B 2410 for the smart card (or IC card) of the application production server for the smart card (or IC card). The application framework D / B 2410 is a smart card (or IC card) application framework for the smart card terminal type on which a host application is to be mounted, and an open smart card on which a smart card (or IC card) application is to be mounted. Depending on the platform and the type and function of the application for the smart card (or IC card) to perform It will be stored in the smart card where the application framework, the D / phase B to be stored for (or IC card) (3045).

31 shows an application for a smart card (or IC card) registered in the application production web server 100 for a smart card (or IC card) in an application production client 125 for a smart card (or IC card) on a wired / wireless communication network. A flowchart for creating an application for a smart card (or an IC card) through the framework and storing it in the application relay server 115 for a smart card (or an IC card) on a wired or wireless communication network.

The application creation client 125 for a smart card (or IC card) connects to the application production web server 100 for a smart card (or IC card) on a wired / wireless communication network to create an application creation tool for a smart card (or IC card) ( In step 3100, a smart card terminal type of a smart card service subject to be loaded with the host application of the smart card (or IC card) application is loaded.

Smart card terminal types include personal computers (CADs) that act as smart card terminals, personal communication systems (PCS) equipped with smart card slots or integrated circuit chips (GPS), global systems for mobile communications (GSM), CAT (Credit Authorization) that provides credit card payment in the form of smart cards and all wireless terminals, including Personal Digital Cellular (PDC), Personal Handyphone System (PHS), Personal Digital Assistant (PDA), and Smart Phones Terminal), Point of Sales (POS) for managing merchandise sales information through the CAD, and all kinds of CAD interlocking devices such as information guide system (KIOSK) equipped with CAD.

When the smart card type to be mounted as the host application is selected as described above, the application creation client 125 for the smart card (or the IC card) is connected to the smart card (or the application creation tool 105 for the smart card (or the IC card). The application for the IC card selects an open smart card platform to be issued later (3105).

Representative open smart card platforms that support this embodiment support post-issuance of open platforms such as Javacard, MULTOS, Smart Card For Windows (SCFW), and SmartTEC OS such as Javacard, Mondex card, and SCFW card. That includes all kinds of open smart cards.

The smart card terminal and smart card (or IC card) to which the host application is to be mounted by the application creation client 125 for smart card (or IC card) through the application creation tool 105 for smart card (or IC card) as described above. When selecting an open smart card platform on which an application for a smart card is to be mounted, the application creation client 125 for a smart card (or IC card) is connected to the smart card (or IC card) through the application creation tool 105 for the smart card (or IC card). The application for the smart card (or IC card) selects the type and function of the application for the smart card (or IC card) (3110).

According to (a) and (b) of FIG. 25, the smart card (or IC card) application must provide a type and a function, and provide a free ticket among the smart card (or IC card) application of the ticket reservation function. An application for smart cards (or IC cards) was selected that corresponds to the invitation to a business strategy seminar on a first-come, first-served basis.

According to this embodiment, the smart card (or IC card) application production client 125 through the smart card (or IC card) application creation tool 105 as described above smart card terminal type, open smart card platform, The process of selecting the type and function of the smart card (or IC card) application may be changed according to the interface provision policy of the application creation tool 105 for the smart card (or IC card).

If the above process determines the application framework selection information for the smart card (or IC card) such as the smart card terminal type, open smart card platform, and the type of application for the smart card (or IC card), the smart card The application creation tool 105 for the (or IC card) stores the application framework for the smart card (or IC card) that satisfies the selection information in the application framework D / B 2410 for the smart card (or IC card). Check if it can be produced by the current application for smart card (or IC card).

If the smart card (or IC card) corresponding to the application framework selection information for the smart card (or IC card) such as the smart card terminal type, open smart card platform, and the type of application for the smart card (or IC card). If the application framework for the smart card (or IC card) does not exist in the application framework D / B 2410, or if it is not currently possible to produce an application for the smart card (or IC card) (3115), then the smart card (or The application creation tool 105 for the IC card allows the application creation client 125 for the smart card (or IC card) to change the application framework selection information for the smart card (or IC card).

According to this embodiment, the application framework for smart card (or IC card) is not collectively developed and provided by the application development system 2400 for a specific smart card (or IC card), but various smart devices on the wired / wireless communication network are provided. From the application development system 2400 for the card (or IC card) through the application creation tool 105 for the smart card (or IC card) mounted in the application production web server 100 for the smart card (or IC card). Through an application development system 2400 for a plurality of smart cards (or IC cards) developing an application framework for a smart card (or IC card) that satisfies an interface that can be produced as an application for a smart card (or IC card). Is developed.

At this time, most application development systems 2400 for smart cards (or IC cards) conventionally apply their own application framework for smart cards (or IC cards) to other functions rather than to specific tasks. Make it as general as possible.

For example, as shown in (a) and (b) of FIG. 25, a free ticket is provided in an application for a smart card (or IC card) with a ticket reservation function, and corresponds to an invitation to a business strategy seminar that allows first-come, first-served entry. The application for smart card (or IC card) may be applied to the application for smart card (or IC card) for the attendance check of the university class in some cases.

If the application production client 125 for smart card (or IC card) agrees to change the application framework selection information for the smart card (or IC card) in the above process (3120), the application for smart card (or IC card) The authoring client 125 uses the application authoring tool 105 for smart card (or IC card) to create a smart card (or a smart card terminal type, an open smart card platform, and a type of application for a smart card (or IC card). Changing the application framework selection information for the IC card) is repeated to select the appropriate application framework selection information for the smart card (or IC card).

On the other hand, if the application production client 125 for smart card (or IC card) refuses to change the application framework selection information for the smart card (or IC card) (3125), the smart card (or The process of producing an application for IC card) is terminated.

Smart card such as smart card terminal type, open smart card platform, and smart card (or IC card) application type in the application framework D / B 2410 for smart card (or IC card) through the above process Application framework for smart card (or IC card) corresponding to application framework selection information for (or IC card) exists, and the application framework for the smart card (or IC card) is currently a smart card (or IC card). Application creation tool 105 for a smart card (or IC card), the application for that smart card (or IC card) from the application framework D / B 2410 for the smart card (or IC card). The framework is extracted (3130).

According to this embodiment, the application creation tool 105 for a smart card (or IC card) is adapted to apply the application framework D / for the smart card (or IC card) according to the application framework selection information for the smart card (or IC card). The application framework for smart cards (or IC cards) extracted by B 2410 is extracted by the application frameworks for a plurality of smart cards (or IC cards) according to the application development system 2400 for smart cards (or IC cards). Can be.

Thus, if the application creation tool 105 for smart card (or IC card) extracts the application framework for smart card (or IC card) from the application framework D / B 2410 for smart card (or IC card), The application creation client 125 for the smart card (or IC card) is actually a smart card (or IC card) among the application frameworks for the smart card (or IC card) extracted through the application creation tool 105 for the smart card (or IC card). An application framework for a smart card (or IC card) to be used for making an application for the IC card is selected (3135).

When the application creation client 125 for smart card (or IC card) selects an application framework for smart card (or IC card) to be used for production of an application for smart card (or IC card) through the above process, the smart card The application creation tool 105 for the (or IC card) extracts a framework interface from which the application detailed information can be input from the application framework for the smart card (or the IC card) (3140). ) To the application production client 125.

When the application creation tool 105 for a smart card (or IC card) outputs an interface for receiving application detailed information to the application creation client 125 for a smart card (or IC card) through the extracted framework interface, The application production client 125 for smart card (or IC card) inputs application detailed information as shown in FIG. 25 (C) and (D) through the interface (3145).

When the application creation client 125 for a smart card (or IC card) inputs application specification information through a framework interface as described above, the application creation tool 105 for a smart card (or IC card) specifies the input application. The information is applied to the extracted application framework for the smart card (or IC card) (3150).

In this embodiment, applying the application specification information to the application framework for the smart card (or IC card) is based on the framework setting information initialized to the default value or null value in the application framework for the smart card (or IC card). The value entered from the application specification information is substituted.

For example, as shown in (c) of FIG. 25, a variable for selecting an item type to be included in the guestbook information file is an integer of 2 bytes as shown in Table 5, and the initial value of the variable is hexadecimal '0X0000'. It is initialized. The items stored in the guestbook information file are the visitor's name, workplace, job title, gender, age, social security number, telephone number, mobile phone number, and e-mail address.The setting value of each item is hexadecimal '0X0000' ~ '0X0100 It is set while shifting by 1 bit.

Table 5

If the smart card (or IC card) application production client 125, as shown in Fig. 25 (c), the visitor's name, workplace, job title, social security number, telephone number, mobile phone number, and e-mail address among the guestbook information file items. And the like, the application creation tool 105 for the smart card (or IC card) sets the setting value of each item to the detailed value of the hexadecimal '0X01E7' through an OR operation.

Thereafter, '0X01E7' indicates that the types of items to be included in the guestbook information file include the visitor's name, work, job title, gender, age, social security number, telephone number, mobile phone number, e-mail address, etc., excluding the visitor's gender and age. Is to set

When the application specification information is applied to the application framework for the smart card (or IC card) through the above process, the application creation tool 105 for the smart card (or IC card) is the application for the smart card (or IC card). It is checked whether the smart card terminal and the open smart card platform are operating normally (3155).

If the validity of the application for the smart card (or IC card) is confirmed (3160), the application creation tool 105 for the smart card (or IC card) may execute the produced application for the smart card (or IC card). Application relay server for smart card (or IC card) by separating the host application mounted on the smart card and the application for smart card (or IC card) that is post-issued to the open smart card of the application client for smart card (or IC card). In operation 3165, the application D / B 120 for the smart card (or IC card) is stored.

On the other hand, if the validity of the produced application for the smart card (or IC card) is not verified (3170), the application creation tool 105 for the smart card (or IC card) is connected to the smart card (or IC card) through the framework interface. The application detailed information about the application framework for the application is input and the process of applying the application detailed information input to the application framework for the smart card (or IC card) is repeated.

According to the present embodiment, the method for mounting the host application as the smart card terminal of the smart card service principal by the application relay server 115 for the smart card (or IC card) includes an application relay server for the smart card (or IC card) ( 115) to install the host application online to the smart card terminal on the wired / wireless communication network and network, and the smart card terminal is connected to the application relay server 115 for smart card (or IC card) to download and install the host application How to do it.

32 is a flowchart in which the application relay server 115 for a smart card (or IC card) mounts a host application online to a smart card terminal.

Various clients existing on the wired / wireless communication network may access the application relay server 115 for the smart card (or IC card) on the wired / wireless communication network regardless of whether the client provides the actual smart card service (3200). .

For example, if the application relay server 115 for a smart card (or IC card) serves as an application search engine for a smart card (or IC card) on a wired or wireless network, the client may search through the wired or wireless network. The application relay server 115 for a smart card (or IC card) can be accessed as if the engine is being accessed, and if it is acting as the SCASP proposed in this embodiment, the client can access the smart card through a link of a general website. (Or IC card) application relay server 115 can be accessed.

When the client on the wired / wireless communication network connects to the application relay server 115 for smart card (or IC card) through the above process, the client is via the application relay tool 2415 for smart card (or IC card). The type of smart card terminal to be mounted with the host application is selected (3205).

When the client selects the smart card terminal type on which the smart card (or IC card) application is to be mounted as described above, the application relay tool 2415 for the smart card (or IC card) is connected to the wired / wireless communication network. Attribute information for the smart card terminal is extracted from the information providers (3210).

When the application relay tool 2415 for the smart card (or IC card) extracts the smart card terminal attribute information as described above, the client uses the application relay tool 2415 for the smart card (or IC card) as the smart card service principal. The host application to be mounted on the smart card terminal is selected (3215).

When the client selects a host application via the application relay tool 2415 for a smart card (or IC card), the application relay tool 2415 for a smart card (or IC card) is the application D / The host application is extracted from the B 120 (3220), and it is checked whether an extension interface exists in the extracted host application.

If an application extension interface exists in the extracted host application (3225), the application relay tool 2415 for the smart card (or IC card) extracts an application extension interface from the host application (3230).

Of course, if there is no application extension interface in the extracted host application (3235), the application extension interface extraction process is omitted.

According to the present embodiment, the smart card terminal attribute information extraction process and the host application extraction process may be changed in accordance with the policy of the application relay tool 2415 for smart card (or IC card).

When the information on the host application and the smart card terminal on which the host application is to be extracted is extracted through the above process, the application relay tool 2415 for the smart card (or IC card) is mounted on the smart card terminal and the host on which the host application is to be mounted. Check whether the application can provide the extension function of the host application (3240).

If there is an application extension interface in the host application, and the smart card terminal supports the host application extension function provided by the application extension interface (3245), the application relay tool 2415 for the smart card (or IC card) The application interface information is applied to the host application to be mounted on the smart card terminal through the extension interface to expand the function of the corresponding host application (3250).

On the other hand, if the host application and the smart card terminal does not provide an application extension function (3255), the process of applying the extension function to the host application as described above is omitted.

When the application relay tool 2415 for the smart card (or IC card) extracts the host application as described above and applies the extension function, the application relay server 115 for the smart card (or IC card) is connected to the wired / wireless communication network. The host application produced through the method of the present embodiment is mounted online to the smart card terminal of the smart card service entity through a network such as a financial computer network or a value added network (VAN) (3255).

33 is a flowchart in which a smart card terminal connects to an application relay server 115 for a smart card (or IC card) to download and mount a host application.

The smart card terminal of the smart card service entity existing on the wired / wireless communication network may access the application relay server 115 for the smart card (or IC card) on the wired / wireless communication network through the wired / wireless communication network (3300). .

For example, if the application relay server 115 for a smart card (or IC card) serves as an application search engine for a smart card (or IC card) on a wired / wireless communication network, the smart card terminal may establish a wired / wireless communication network. The application relay server 115 for a smart card (or IC card) may be accessed as if accessing a search engine through the smart card terminal. The link may access an application relay server 115 for a smart card (or IC card).

When the smart card terminal on the wired / wireless communication network is connected to the application relay server 115 for smart card (or IC card) through the above process, the smart card terminal is an application relay tool for smart card (or IC card) ( In operation 2415, the host application to be mounted in the smart card terminal is selected.

When the smart card terminal selects a host application to be mounted via the application relay tool 2415 for the smart card (or IC card), the application relay tool 2415 for the smart card (or IC card) is executed. The host application is extracted from the application D / B 120, and it is checked whether an extension interface exists in the extracted host application.

If there is an application extension interface in the extracted host application (3310), the application relay tool 2415 for the smart card (or IC card) extracts an application extension interface from the host application (3315).

Of course, if the application extension interface does not exist in the extracted host application (3320), the process of extracting the application extension interface and inputting and applying the application extension information is omitted.

When the host application is extracted through the above process, the smart card terminal inputs application extension information through the extracted application extension interface (3325), and the application relay tool 2415 for the smart card (or IC card) is the host application. The smart card terminal to be mounted checks whether the host application can provide an extension function of the host application (3330).

According to the present embodiment, the smart card terminal attribute information extraction process is automatically performed through the wired / wireless communication network protocol in the process of accessing the smart card (or IC card) application relay server 115 for the smart card terminal.

If there is an application extension interface in the host application, and the smart card terminal supports the host application extension function provided by the application extension interface (3335), the application relay tool 2415 for the smart card (or IC card). As shown in the example of FIG. 27, the function of the host application is extended by receiving and applying the application extension information from the smart card terminal to the host application to be mounted on the smart card terminal (3340).

On the other hand, if the host application and the smart card terminal does not provide an application extension function (3345), the process of applying the extension function to the host application as described above is omitted.

When the application relay tool 2415 for the smart card (or IC card) extracts the host application as described above, and applies the extension function, the smart card terminal is a smart of the application relay server 115 for the smart card (or IC card). The host application is downloaded through the application relay tool 2415 for the card (or the IC card) (3350).

The host application downloaded to the smart card terminal as described above is installed in the smart card terminal through the method suggested by this embodiment in the smart card standard such as ISO-7816 (3355).

34 is a flowchart in which an application request client 130 for a smart card (or IC card) post-issues an application for a smart card (or IC card) from the application relay server 115 for a smart card (or IC card) to a smart card. to be.

The application request client 130 for smart card service object and smart card (or IC card) existing on the wired / wireless communication network is an application relay server for a smart card (or IC card) on the wired / wireless communication network through the wired / wireless communication network. 115 may be accessed 3400.

For example, if the application relay server 115 for a smart card (or IC card) serves as an application search engine for a smart card (or IC card) on a wired / wireless communication network, the application for the smart card (or IC card). The requesting client 130 may access the application relay server 115 for smart card (or IC card) as if accessing a search engine through a wired / wireless communication network, and performs the role of SCASP presented in this embodiment. If so, the application request client 130 for the smart card (or IC card) may access the application relay server 115 for the smart card (or IC card) via a link on the general website.

When the application request client 130 for the smart card (or IC card) approaches the application relay server 115 for the smart card (or IC card), the smart application (or IC card) uses the application relay tool 2415 for the smart card (or IC card). A smart card type to be post-issued is selected as an open smart card of the application request client 130 for a card (or IC card) (3405).

Application Request Client for Smart Card (or IC Card) 130 selects an application for a smart card (or IC card) that will be post-issued to an open smart card through the application relay tool 2415 for smart card (or IC card). Application relay tool 2415 for smart card (or IC card) extracts the application for the smart card (or IC card) from the application D / B 120 for smart card (or IC card), and extracts the extracted smart card Check that the application personalization interface for the smart card (or IC card) exists in the application for the (or IC card).

If there is an application personalization interface for the smart card (or IC card) in the extracted application for the smart card (or IC card) (3410), the application relay tool 2415 for the smart card (or IC card) is the smart card. The application personalization interface for the smart card (or IC card) is extracted from the application for the (or IC card) (3415).

Of course, if the application personalization interface for the smart card (or IC card) does not exist in the extracted application for the smart card (or IC card) (3420), the application personalization interface for the smart card (or IC card) is extracted and the smart card (or The process of inputting and personalizing the smart card user's personal information into the IC card application is omitted.

If the application for the smart card (or IC card) is extracted through the above process, and the personalization interface exists in the extracted application for the smart card (or IC card), the application relay tool 2415 for the smart card (or IC card). ) Receives the smart card user personal information of the application request client 130 for the smart card (or the IC card) through the application personalization interface for the smart card (or the IC card) as shown in FIG. 29 (3425).

When the smart card user personal information is input from the application request client 130 for smart card (or IC card) via the application personalization interface for smart card (or IC card), the application relay tool 2415 for smart card (or IC card). ) Applies the input personalization information for the smart card (or IC card) to the extracted smart card (or IC card) application (3430) to generate an application for the personalized smart card (or IC card).

When the application relay tool 2415 for a smart card (or IC card) creates an application for a personalized smart card (or IC card) as described above, the application request client 130 for the smart card (or IC card) is a smart card. The personalized smart card (or IC card) application is downloaded from the application relay server 115 for the (or IC card) to the smart card terminal of the smart card client (3435).

When the application for personalized smart card (or IC card) is downloaded to the smart terminal of the application client for smart card (or IC card), the application request client 130 for smart card (or IC card) is personalized to the smart card terminal. In operation 3440, a smart card capable of post-issuing the smart card (or IC card) application is issued.

If the smart card terminal does not have an open smart card capable of post-issuing a personalized smart card (or IC card) application, or the personal information and personalized smart card preloaded on the open smart card ( If the personal information applied to the application for the IC card does not match (3445), the application request client 130 for the smart card (or the IC card) may have an application for the smart card (or the IC card) personalized to the smart card terminal. It requests to interwork with the open smart card that can be issued (3450), and repeats the validation process of the open smart card.

On the other hand, if there is an open smart card in which the personalized smart card (or IC card) application can be post-issued to the smart card terminal of the application request client 130 for smart card (or IC card) (3455), The card terminal post-issues the application for the smart card (or IC card) personalized through the smart card standard such as ISO-7816 to the application area of the corresponding open smart card (3460).

According to the present invention, a client accesses an application production web server through a wired / wireless communication network and receives or uses a smart card application construction tool 105 (Smart Card Application Construction Tool) for a smart card (or IC card). A method for manufacturing an application for an IC card, a method for mounting the produced application for a smart card (or IC card) to a client, and an application for the produced smart card (or IC card) to the smart card (or IC). Card) application to the at least one client in addition to the client, and at least one or more clients supplied with the smart card (or IC card) application to search for the smart card (or IC card) application desired by the user Let's download, the smart By providing an application relay method for a smart card (or IC card) for distributing profits generated from demand and supply of an application for a card (or IC card) to the smart card (or IC card) application production client 125. It enables clients to develop their own applications for smart card (or IC card) through relatively easy to develop and general development tools, thereby allowing the smart card (or IC card) users to It greatly reduces accessibility and development of applications for IC cards, allowing smart card (or IC card) users to create or trade their own applications. Application trading for the smart card (or IC card) industry It has the effect of creating an opportunity to create a new service industry.

Claims (3)

Storing an application for a smart card (or an IC card) by a server in a predetermined database by dividing the application for each subject, application, or directory; Providing an application search window for the smart card (or IC card) to the application request client when the server accesses at least one or more application request clients requesting an application for the smart card (or IC card); The server requests an application for a smart card (or IC card) corresponding to a search word entered by the application request client for the smart card (or IC card) in the application search window for the smart card (or IC card) in association with the database. Confirming and displaying the confirmed application information for the smart card (or IC card) to the application request client for the smart card (or IC card); When the application requesting client selects and requests any one or more of application information for the displayed smart card (or IC card), the application requesting client for the requested smart card (or IC card) through a wired / wireless communication network. Post Issuance application relay method of an Open Platform smart card (or IC card), characterized in that it comprises a step of providing an application. The method of claim 1, After the open platform smart card (or IC card) characterized in that the server further comprises the step of requesting the payment request for the application for the requested smart card (or IC card) to the application request client. Post Issuance Application Relay Method. The method of claim 1, After the server identifies the application production client that produced the application for the smart card (or IC card) provided to the application requesting client, the server generates the revenue generated by providing the application for the smart card (or IC card) to the application production client. Post Issuance application relay method of an Open Platform smart card (or IC card) characterized in that it further comprises the step of allocating a portion.

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