JP2005128672A - Information processor for supporting integrated management of account service information, integrated management method for account service information, program, and recording medium - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To improve the degree of freedom of a provision range of user information from a provider that a distributor can obtain by reducing user's registering operation for his or her account information. <P>SOLUTION: The information processor is equipped with a user information gathering means 10 of gathering user information from an account service providing server, a unique code setting means 11 of extracting or generating unique codes by users and defining the relation between the unique codes and account information in a table, a unique code extracting means 12 of collating account information with the table to extract the unique code, an other-account-information extracting means 13 of extracting other account information other than the account information related to the unique code, a service information gathering means 14 of gathering account service information from respective corresponding account service providing servers according to the account information and other account information, an information integrating means 15 of integrating a plurality of pieces of account service information by users, and an integrated information output means 16 of outputting the account service information integrated by the users. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  The present invention relates to an information processing apparatus that supports integrated management of account service information, an integrated management method for account service information, a program, and a recording medium.

  Today, various online information services are provided in communication networks such as the Internet. Among them, there are many services that can be used by performing account registration, that is, setting user IDs and passwords (hereinafter referred to as account registration services). For example, various account registration services for personal users such as news distribution, shopping, travel reservations, and Web sites where financial transactions can be performed are operated.

  A large number of users who are registered in such an account registration service need to acquire a large number of user IDs and passwords (hereinafter, self-account information), and have problems with account management. For example, because of security concerns, self-account information, especially passwords, should be composed of seemingly random characters that are difficult for others to understand and should be different for each service, but store all such passwords. That is difficult.

  On the other hand, if it is described in a notebook or text file and referred to each time when logging in, the notebook or the like may be seen by another person and stolen. Also, if you open and view the notebook one by one, the log-in work becomes very complicated.

  In addition, for example, if you have an account at a bank, securities company, or credit card company and want to know your asset / liability status from the services on the Internet, you will need to log in as described above. You have to organize the information such as the account balance etc. yourself.

  Therefore, an information service called an account aggregation (account integration) service is known as a technique for solving the problems such as the complicated account management described above. In the account aggregation service, service content information of various account registration services registered by the user is periodically collected by a predetermined server, and this is sorted by user, that is, integrated (aggregated) to the user. Distribution (distribution) to the side. In particular, a financial account aggregation service that provides information to users by integrating various online account service information provided by financial institutions is widely known.

  The information that is directly aggregated (distributed) to the user is usually a so-called portal site or a website of a financial institution (hereinafter, the entity operating these sites is called a distributor). ). On the other hand, it is a trader (aggregator) called an aggregation service provider that provides the aggregated information to the portal site or the like. The aggregator manages and manages a server having an aggregation function, periodically collects information on each user, integrates the information, and transmits the information to the portal site or the website of a financial institution. The information that this aggregator collects (provides) is a website of a financial institution (hereinafter referred to as a provider) that provides services such as online deposit account services and online securities transactions. Distributors and aggregators are sometimes played by the same organization.

  For example, a system for delivering personal information from at least one information provider to at least one end user, comprising: (a) a user store that stores end user data associated with each of the end users; and (b) the information. A provider store that stores information provider data associated with each of the providers; (c) a personal information store that stores personal information associated with each of the end users; and (d) the user store, the provider store, and the A processor in communication with the personal information store, the processor comprising: (i) connecting to at least one information provider; and (ii) with respect to the selected end user, an end user associated with the selected end user. Information providers associated with data and one or more connected information providers Retrieving personal information for the selected end user from the connected at least one information provider based on the data; and (iii) storing the retrieved personal information in the personal information store. A system (see Patent Document 1) is proposed.

  Also, link destination information registration means for registering link destination information, authentication information storage means for storing user authentication information at the registered link destination, and an authentication processing sample prepared for each link destination. When the template script storage means for storing the script and the link destination where the user's authentication information is registered are selected by the user, the link destination information corresponding from the link destination information registration means And reading out the authentication information at the link destination of the user from the authentication information storage means, and reading out the corresponding template script from the template script storage means to create an authentication processing script, An authentication agent processing means for transferring the link destination information and the authentication processing script to the information browsing means of the user. Substitutional apparatus (see Patent Document 2) it is proposed.

Further, a service method comprising a network, a financial asset management device of a plurality of financial asset transaction management organizations, and a server connected to each of the financial asset management devices via the network, the different financial asset transaction management organizations Acquiring asset information or financial product transaction information of each account of the client from the financial asset transaction management organization via the network based on a service request made via the network from a client terminal having an account Categorizing and organizing the acquired asset information or financial product transaction information of each account, and transmitting the classified and organized asset information or financial product transaction information to the client terminal that requested the service via a network And an asset management service method characterized by including (Patent Document 3) Irradiation), and the like have been proposed.
Japanese Patent Laid-Open No. 2001-147892 JP 2002-149605 A JP 2002-175418 A

  However, various problems remain in the conventional method as described above. For example, when a user first uses an account aggregation service, the account aggregation service provider (e.g., distributor) continues to use its own account information such as user ID and password for each service such as net banking (for each provider) as usual. Must be registered one by one. That is, the first registration work is unavoidable, and the user is forced to perform complicated work. Also, if the user ID and password registered in this way are changed later, this user must re-register their user ID and password with the service provider of the account aggregation, Complicated work is further forced.

  On the other hand, the distributor may use the collected user information for marketing or the like. However, the collected user information obtained by the distributor is limited to what the provider provides on the Internet.

  For example, suppose that a bank, securities company, life insurance company, non-life insurance company, credit card company, etc. are managed under a holding company to pursue synergies as a financial group. In this case, assuming that the distributor and the provider are companies of the same financial group, sharing as much information as possible and optimizing it as a financial group limits the information that can be shared in the conventional method. In addition, as a distributor who collects user information, when it is actually used for marketing, it is necessary to associate that information with its own customer information database.

  Therefore, the present invention has been made in view of the above problems, and can reduce the registration work of the user's own account information, and can improve the degree of freedom of the provision range of user information from the provider from which the distributor can be obtained. It is a main object of the present invention to provide an information processing apparatus that supports integrated information management, an account service information integrated management method, a program, and a recording medium.

  An information processing apparatus of the present invention that solves the above problem is an information processing apparatus that supports integrated management of account service information provided in response to account registration, and registers user information for each user and registers the user information. A user information collecting unit that collects user information from an account service providing server that provides account service information based on the account information generated according to the user information, and a user information that is unique for each user based on the user information collected by the user information collecting unit. The code is extracted or generated, and the unique code setting means for defining the association between the unique code and the account information of the corresponding user in the table, and the account information of the predetermined user received through the account service providing server in the table Verify and extract the unique code Neak code extraction means, other account information other than the account information associated with the unique code, and other account information extraction means for extracting in the table, each corresponding information based on the account information and other account information Service information collection means for collecting account service information from an account service providing server, information integration means for integrating a plurality of account service information collected by the service information collection means for each user, and for each user by the information integration means And integrated information output means for outputting the account service information integrated into the output interface.

  Also, a method of performing integrated management of account service information provided in response to account registration by an information processing apparatus, wherein user information is registered for each user, and an account is generated based on account information generated in response to registration of the user information. User information is collected from an account service providing server that provides service information, and a unique code is extracted or generated for each user based on the user information, and the association between the unique code and account information of the corresponding user is stored in a table. The account information of the predetermined user received through the account service providing server is collated with the table to extract the unique code, and the account information other than the account information associated with the unique code is extracted. , Extracted in the table And collecting account service information from each corresponding account service providing server based on the account information and other account information, integrating the plurality of account service information for each user, and integrating the account service for each user. The present invention relates to an integrated management method for account service information characterized by outputting information to an output interface.

  Also, a program for causing an information processing apparatus to perform integrated management of account service information provided in response to account registration, wherein the user information is registered for each user, and the account information generated according to the registration of the user information Collecting user information from the account service providing server that provides the account service information based on the user information, extracting or generating a unique code for each user based on the user information, and the unique code and account information of the corresponding user; A step of defining the association in the table, a step of extracting the unique code by collating the account information of the predetermined user received through the account service providing server with the table, and being associated with the unique code, Account information Extracting other account information outside the table, collecting account service information from each corresponding account service providing server based on the account information and other account information, and the plurality of account service information. An account service information integrated management program comprising: integrating for each user; and outputting the account service information integrated for each user to an output interface. This program is composed of codes for performing the operation of each step.

  Furthermore, the present invention relates to a computer-readable recording medium on which an account service information integrated management program is recorded.

  In addition, the problems disclosed by the present application and the solutions thereof will be clarified by the embodiments of the present invention and the drawings.

  ADVANTAGE OF THE INVENTION According to this invention, the registration operation | work of a user's self account information can be reduced, and the freedom degree of the provision range of the user information from the provider from which a distributor can be obtained can be improved.

  First, the financial aggregation service will be described. The information that is directly aggregated (distributed) to the user is usually a so-called portal site or a website of a financial institution (hereinafter, the entity that operates these sites is called a distributor). On the other hand, it is a trader (aggregator) called an aggregation service provider that provides the aggregated information to the portal site or the like. The aggregator manages and manages a server having an aggregation function, periodically collects information on each user, integrates the information, and transmits the information to the portal site or the website of a financial institution. The information that this aggregator collects (provides) is a website of a financial institution (hereinafter referred to as a provider) that provides services such as online deposit account services and online securities transactions. Also, the distributor and the aggregator may play the role of the same organization.

  Based on the above definition, embodiments of the present invention will be described in detail with reference to the drawings. FIG. 1 is a network configuration diagram including an information processing apparatus according to the present embodiment. Here, it is assumed that both A bank and B securities provide users with services on the Internet (deposit account balance information display service, securities account balance information display service, etc.).

  At this time, bank A has a self-account information table (A1) 205 (hereinafter referred to as A1) that stores self-account information of each user for Internet banking, and a user that stores user information corresponding to each user. A server 204 that holds an information table (A2) 206 (hereinafter referred to as A2) is provided. In addition, a person-in-charge terminal 203 is also provided as a terminal for each person in charge of the bank A to use the information in A1 and A2.

  Similarly, in the B securities, a self account information table 208 (hereinafter referred to as B1) that stores each user's own account information for performing Internet securities transactions, and user information that stores user information corresponding to each user. There is a server 207 provided with a table 209 (hereinafter referred to as B2). In addition, a person-in-charge terminal 210 is also provided as a terminal for each person in charge of the B securities to use the information in B1 and B2.

  Furthermore, in order to realize the present invention, an information processing apparatus 100 including an integrated user code table 110 (hereinafter referred to as C1) is arranged in C Holdings, which is a holding company of the A bank and the B securities. . The servers 204 and 210 are connected to a user terminal 160 via a network 150. The user terminal 160 is provided for an end user who enjoys an account aggregation service.

  The information processing apparatus 100 according to the present embodiment stores a program 106 that realizes the functions of the information processing apparatus of the present invention in a memory 107, and reads and executes the program by a CPU 108 that is an arithmetic device. In addition, the information processing apparatus 100 includes an input / output interface 109 that connects to an external apparatus (server 204, 210, or user terminal 160) via an appropriate network to perform data exchange or input / output data. Yes.

  It should be noted that the program 106 includes at least each function unit described below to execute the account service information integrated management method of the present invention. For example, a user information collection unit that collects user information from the servers 204 and 210 that provide user account information on the basis of account information that is registered for each user and that is generated in response to the registration of the user information. 10, based on the user information collected by the user information collection unit, a unique code is extracted or generated for each user, and the association between the unique code and account information of the corresponding user is performed in the (integrated user code) table 110. And a unique code setting unit 11 to be defined. Further, the account information of the predetermined user received via the servers 204 and 210 is collated with the table 110, and the unique code extraction unit 12 for extracting the corresponding unique code, and the account information other than the account information associated with the unique code The other account information extraction unit 13 that extracts other account information in the table 110 is provided. Further, based on the account information and other account information, a service information collection unit 14 that collects account service information from the corresponding servers 204 and 210, and a plurality of account service information collected by the service information collection unit 14 And an information integration unit 15 that integrates each user. Furthermore, an integrated information output unit 16 is provided that outputs account service information integrated for each user by the information integration unit 15 to an output interface.

  Next, the data structure of the self account information table and the user information table will be described. FIG. 2 is a diagram showing (a) a content example of a self account information table in bank A and (b) a content example of a user information table.

  The self account information table 205 in FIG. 2A is a collection of records of self account information of each user for Internet banking possessed by A bank. Each record here is associated with the user ID and password information necessary for using each user's Internet banking service with the user code set by the A bank as a key.

  In addition, the user information table 206 in FIG. 6B is a collection of user information records corresponding to each user, which the A bank has. Each record here is associated with information such as each user's name, gender, date of birth, postal code, address, account number, savings account balance, etc., using the user code set by the A bank as a key. Become.

  Similarly, as shown in FIG. 3, the B securities server 207 also has a self account information table 208 and a user information table 209, respectively.

  The self-account information table 208 in FIG. 3A is a collection of records of self-account information of each user for carrying out Internet securities transactions possessed by B securities. Each record in this case is associated with a user ID and a password necessary for using each user's Internet transaction service, with the user code set by the B securities as a key.

Also, the user information table 209 in FIG. 6B is a collection of user information records corresponding to each user possessed by B securities. Each record here associates information such as the name, sex, date of birth, postal code, address, account number, and securities account balance of each user with the user code set by the B securities as a key.
Here, the user code in A bank and the user code in B securities are unique numbers assigned to each user in A bank and B bank.

  FIG. 4 is a diagram illustrating an example of the contents of the integrated user code table. In the present invention, it is an integrated user that extracts or generates a unique code for each user based on the user information collected by the user information collection unit 10 and defines the association between the unique code and the self account information of the corresponding user. The code table 110 is obtained.

  The table 110 is provided in the information processing apparatus 100 provided in C Holdings, which is a holding company for the A bank and B securities. The integrated user code here is a unique number assigned to each user across A bank and B securities as C Holdings, not A bank and B bank.

  The records in the table 110 are, for example, whether or not the information of the corresponding user can be viewed from the A bank (server 204) to the B securities (server 207) using the integrated user code as a key. The authority information that determines (processability) and the authority information that determines whether or not the information of the corresponding user can be viewed (processability) are related from B securities (server 207) to bank A (server 204). Usually, the initial values of these browsing authorities are set to none (0) (changed by an instruction from the user).

  Note that the information processing apparatus 100 can be assumed to have an example in which the servers 203, 207 and the like are used via the network 150, and the information processing apparatus 100 includes a single device or a combination of several terminals. In this case, the information processing apparatus 100 has the functions of the servers 204 and 207 together. Further, the tables 110, 205, 206, 208, 209, etc. are not only arranged in separate devices on the network 150, for example, and used in the information processing device 100, but also in a single storage device. It is also possible to envisage an example that is provided integrally.

  Furthermore, regarding the network 150 that connects the information processing apparatus 100, the servers 204 and 207, and the user terminal 160, in addition to a LAN and the Internet, a dedicated line, a WAN (Wide Area Network), a power line network, a wireless network, and a public line network Various networks such as mobile phone networks can also be adopted. Further, if a virtual private network technology such as VPN is used, communication with improved security is established when the Internet is adopted.

   The actual procedure of the account service information integrated management method of the present invention will be described below. Note that various operations corresponding to the account service information integrated management method described below are realized by a program 106 provided in the memory 107 of the information processing apparatus 100. And this program 106 is comprised from the code | cord | chord for performing the various operation | movement demonstrated below.

  FIG. 5 is a flowchart showing an example of an integrated user code allocation procedure. First, the initial allocation method of the integrated user code will be shown. The information processing apparatus 100 that has received the creation instruction of the table 110 from the interface 109 copies the information (user information) of the B securities user code, name, sex, date of birth, and zip code from the table 209 (B2). A unique integrated user code is allocated to the user (701). The user information of the securities B to which the integrated user code is allocated is stored in an appropriate work table (having the same structure as the table 110) in the memory 107 or the like (702).

  Next, the information stored in the work table is matched with the information on the name, sex, date of birth, and zip code of each user of the bank A obtained from the table 206 (A2) in an arbitrary order. (703). As a result, if the user information has the same name, gender, date of birth, and zip code (704: YES), the A bank user code is entered in the A bank user code column of the user information in the work table. Write (710).

  On the other hand, if the user information does not have the same name, gender, and date of birth (704: NO), a new unique number is assigned to the integrated user code and the same matching is performed (705). A bank A user code is written in the field (709).

  Also, for example, for users who have the same name, gender, date of birth but only the zip code is different, collation based on other user information 706 is executed (707), and it is determined whether or not they are the same user (708). . If it is determined that they are the same user (708: YES), the bank A user code is written in the column A bank user code of the user information in the work table (710). On the other hand, if it is determined that they are not the same user (708: NO), a new unique number is assigned to the integrated user code, and the A bank user code is written in the A bank user code column (709). Such an operation is performed to cope with a case where it is clearly determined that the user is the same user from other user information 706 or the like although no notification such as an address change is performed.

As described above, the integrated user code information obtained by matching for each user of the A bank and the B securities is stored in the work table (711).
In other words, user information is collected from the servers 204 and 207 (account service providing server), and a unique code is extracted or generated for each user based on the collected user information. A process of defining association with account information (ID, password) in the table 110 is performed.
Then, it is confirmed whether matching has been performed for all users in the table 206 (A2) (712). If it is performed for all users (713: YES), the relationship between the integrated user code, which is stored information in the work table, the A bank user code, and the B securities user code is written in the table 110 (C1) ( 714), the process ends.

  FIG. 6 is a main flow diagram of the account aggregation service. Next, for the main flow of the account aggregation service, for example, the user 1 (user terminal 160) using the Internet service of A bank and B securities applies for the account aggregation service of A bank and uses the service. The processing procedure up to will be described.

  The user terminal 160 provides the user 1 with the top page 801 of the bank A Internet banking service. Then, the input of the user ID and password of the user 1 is accepted via the top page 801. In response to pressing of the login button 821, the user ID and password are transmitted to the bank A server 204.

The bank A server 204 uses the received user ID and password for matching processing with the user ID and password related to the user 1 registered (should) in the table 205 (A1) in advance. As a result, personal authentication is performed (805).
As a result, if the identity is confirmed (806: YES), the user 1 accesses the table 110 (C1) and confirms whether or not the user 1 has applied for an account aggregation that also displays information on B securities. (808).
As a result, if the application has not been completed (809: NO), the account balance (account service information) of the bank A of the user 1 in the table 206 (A2) is referred to and output to the user terminal 160 of the user 1 , An account aggregation application button (including a screen) for displaying a list of account information of securities B is returned (811). Note that the case where it is determined that the application has been completed in the processing 809 here will be described later with reference to FIG.

It is assumed that the user 1 intends to apply for the account aggregation service and presses the B securities button 823 as the account aggregation application button on the screen 802. Then, it is confirmed from the table 110 (C1) that the user 1 is also a user of B securities (812). Here, if the user 1 is a user of B securities (813: YES), the usage agreement screen of this account aggregation service is returned to the user terminal 160 (815).
If the user presses the yes button 824 on the usage agreement screen 803 (816: YES), information indicating that the bank A has authority to view the information on the B securities relating to the user 1 is entered in the table 110 (C1). Write (818).

  Next, with reference to the table 206 (A2) and the table 209 (B2), the account information (account service information) of the user A's A bank and B securities is extracted, and a screen displaying this is returned (819). As a result, the user 1 can obtain a screen 804 (integrated account service information) in which A bank account information and B securities account information are listed.

  In this way, the processing for extracting the corresponding unique code by matching the account information (self account information) of the predetermined user received through the servers 204 and 207 (account service providing server) with the table 110, and associating with the unique code The process of extracting the other account information (related to the other provider) other than the self account information (here, relating to the B securities) in the table 110, and based on the self account information and the other account information Then, a process of collecting account service information such as account balance from each corresponding server 204, 207 (account service providing server) and a plurality of collected account service information are integrated for each user, and this is integrated into the user terminal 160 ( Output interface) It was the process and to be executed.

  In addition, the user 1 not only browses the account balance of B securities, but can also cope with a situation in which the user 1 wishes to trade. In this case, in response to the pressing of the B securities transaction button 827, the screen jumps to the B securities Internet service screen. At that time, a single sign-on (login) is executed by referring to the user ID and password necessary for using the service of the B securities of the user 1 from the table 208 (B1) (820).

  FIG. 7 is a sub-flow diagram of the account aggregation service. In FIG. 6, the processing flow in the case where the user 1 has already applied for the account aggregation service that lists the account information of B securities (809: YES) is shown below.

  When YES is selected in the process of 809 in FIG. 6, after confirming that the bank A has the authority to view the information of the B securities related to the user 1 in the table 110 (C1), the table 206 (A2) From the table 209 (B2), the account balance information of the user 1 is referred to and a screen displaying the account information is returned (902).

  As a result, the user 1 can obtain a screen 804 in which A bank account information and B securities account information are listed. Further, if the user 1 not only browses the account balance of B securities but also wishes to trade, the server 204 receives this by pressing the transaction button 827 of the B securities, and the screen of the Internet service of the B securities is displayed. Jump to. At that time, a single sign-on (login) is executed by referring to the user ID and password necessary for using the service of the B securities of the user 1 from the table 208 (B1) (903).

  FIG. 8 is a flowchart of the service application acceptance process for B securities. In addition, when the application button 823 is pressed on the user terminal 160 in the process of FIG. 6, but the user 1 has not yet applied for the B securities service (813: NO), the application for the B securities service is performed. The usage agreement screen 1001 is returned (1003). If the user clicks the Yes button 1009 on the terms of service screen 1001 (1004: YES), the basic information such as the name and date of birth of the user 1 is referred to from the table 205 (A1), thereby As the initial value of the application screen, a service application screen 1002 for B securities is displayed (1006). On the other hand, if the YES button 1009 is not pressed in the process 1004 (1004: NO), the screen 802 is returned (1005).

  The user 1 presses an application button 1011 after inputting a blank part on the screen 1002 (for example, an input item such as a work place or presence / absence of securities trading). The server 204 receives the application information and transfers it to the B securities server 207 (1007).

  FIG. 9 is a flowchart when a user information browsing request is made by the person in charge terminal 203 of the A bank. The processing flow when the person in charge at Bank A tries to browse customer information (user information) merged with Securities B for use in marketing or the like is as follows. First, when the display button 1111 is pressed on the customer information display screen 1101 in the person-in-charge terminal 203 and a display request is made, the server 204 selects one user code from the table 206 (A2) in an arbitrary order (1103). ).

  The user code is matched with the information stored in the table 110 (C1) (1104), and it is confirmed whether or not there is an authority to view the customer information of the B securities from the A bank (1105). As a result, if there is no authority (1105: NO), for the user code, the information in the table 206 (A2) is temporarily stored in the memory 107 or the like (1107).

  If there is an authority (1105: YES), the user code is merged (1106) with the information in the table 206 (A2) and the table 209 (B2), and then the merged customer information is temporarily stored in the memory 107 or the like. Save (1107). Further, whether or not the user code is selected and the user information are also temporarily saved (1108).

  After performing the above processing for all user codes (1109: YES), a customer information screen is output to the person-in-charge terminal 160 (1110). An example of the displayed screen is 1201 in FIG. FIG. 10 is a diagram showing a configuration example of the integrated customer information screen. This screen 1201 is a record in which information such as each user's name, gender, date of birth, postal code, address, account number, savings account balance, and B securities account balance is associated with the user code of bank A as a key. Are aggregated. As the integrated account service information in the present invention, each record can be provided for each user.

  FIG. 11 is a flowchart of an account aggregation service considering security. A malicious third party uses the ID and PW of user A of bank A to view the account information of B securities, or a malicious person in charge of bank A impersonates user 1 and B securities of user 1 It is possible to respond to concerns such as browsing the account information. In this case, for example, a confirmation screen 1302 for inputting some code of B securities (in the case of FIG. 13, the user ID of user 1 in B securities) that should be known only by the true user 1 is returned to the user terminal 160. (1301). Then, the user ID input in response to pressing of the next button 1303 is received on this screen 1302, and authentication based on the table 208 (B1) is performed (1304). If the personal authentication is normally performed (1305: YES), the process returns to the process 821. On the other hand, if the personal authentication is not normally performed (1305: NO), the process returns to the process 802 (1306). In this way, the above-described concerns can be resolved by further ensuring the identity authentication process.

  In this embodiment, the tables 205 (A1), 206 (A2), 208 (B1), 209 (B2), and 110 (C1) are respectively A1 and A2 to the bank A server 204 and B1 and B2 to Although C1 is placed in the information processing apparatus 100 of C Holdings in the server 207 of B securities, the present invention is affected no matter where these are held or even if they are physically integrated. Don't give. In the present embodiment, a bank or a securities company is assumed as a provider. However, the present invention is not limited to this. For example, an insurance company or a credit company may be applied (of course, it may not be a financial institution).

According to the present invention, when a new provider is registered, the user does not have to input the provider's user ID and password, and it is not necessary to re-register when the user ID and password are changed. It is reduced. In addition, the degree of freedom of the provision range of user information from the provider from which the distributor can be obtained can be improved, and the user information management of the service providing organization can be performed efficiently.
That is, the registration work of the user's own account information can be reduced, and the degree of freedom of the provision range of user information from the provider from which the distributor can be obtained can be improved.

  As mentioned above, although embodiment of this invention was described concretely based on the embodiment, it is not limited to this and can be variously changed in the range which does not deviate from the summary.

It is a network block diagram containing the information processing apparatus in this embodiment. (A) It is a figure which shows the example of the content of the self account information table in A bank, respectively, (b) The example of the content of a user information table is each shown. (A) The example of the content of the self account information table in B securities, (b) The figure which shows the example of the content of a user information table, respectively. It is a figure which shows the example of the content of an integrated user code table. It is the flowchart which showed the example of the allocation procedure of an integrated user code. It is a main flow figure of an account aggregation service. It is a subflow figure of an account aggregation service. It is a flowchart of the service application reception process of B securities. It is a flowchart at the time of the user information browsing request by the person in charge terminal of A bank. It is a figure which shows the structural example of an integrated customer information screen. It is a flowchart of the account aggregation service in consideration with security.

Explanation of symbols

10 User information collection unit (means)
11 Unique code setting part (means)
12 Unique code extraction unit (means)
13 Other account information extraction unit (means)
14 Service information collection unit (means)
15 Information Integration Department (Means)
16 Integrated information output unit (means)
DESCRIPTION OF SYMBOLS 100 Information processing apparatus 106 Program 107 Memory 108 Arithmetic unit, CPU
109 I / O interface 110 Integrated user code table (table)

Claims (5)

An information processing apparatus that supports integrated management of account service information provided in response to account registration,
User information collecting means for collecting user information from an account service providing server that provides account service information based on account information generated by registering user information for each user and corresponding to the registration of the user information;
Based on the user information collected by the user information collecting means, a unique code is extracted or generated for each user, and a unique code setting means for defining an association between the unique code and account information of the corresponding user in a table;
Unique code extraction means for collating the account information of a predetermined user received via the account service providing server with the table and extracting the corresponding unique code;
Other account information extraction means for extracting, in the table, account information other than the account information associated with the unique code;
Service information collection means for collecting account service information from each corresponding account service providing server based on the account information and other account information;
A plurality of account service information collected by the service information collection means, information integration means for integrating for each user;
Account information integrated for each user by the information integration means, integrated information output means for outputting to the output interface;
An information processing apparatus comprising: The information processing apparatus according to claim 1,
For each account information associated with a unique code in the table, accepting from the input interface whether or not the account service information can be collected by the service information collection unit or whether or not the account service information can be output by the integrated information output unit Processing availability setting means defined in the table,
In the process by the service information collection unit or the integrated information output unit, whether or not the process can be determined by referring to the setting of the availability for each corresponding account information in the table,
An information processing apparatus comprising: A method of performing integrated management of account service information provided in response to account registration by an information processing device,
User information is collected from an account service providing server that provides account service information based on the account information generated by registering user information for each user and corresponding to the registration of the user information,
While extracting or generating a unique code for each user based on the user information, defining the association between the unique code and account information of the corresponding user in a table,
The corresponding unique code is extracted by collating the account information of the predetermined user received through the account service providing server with the table,
Account information other than the account information associated with the unique code is extracted in the table,
Collect account service information from each corresponding account service providing server based on the account information and other account information,
Integrating the plurality of account service information for each user;
The account service information integrated management method for outputting account service information integrated for each user to an output interface. A program for causing an information processing apparatus to perform integrated management of account service information provided in response to account registration,
Collecting user information from an account service providing server for registering user information for each user and providing account service information based on account information generated according to the registration of the user information;
Extracting or generating a unique code for each user based on the user information and defining an association between the unique code and account information of the corresponding user in a table;
Collating the account information of the predetermined user received via the account service providing server with the table and extracting the corresponding unique code;
Extracting account information other than the account information associated with the unique code in the table;
Collecting account service information from each corresponding account service providing server based on the account information and other account information;
Integrating the plurality of account service information for each user;
Outputting account service information integrated for each user to an output interface;
An integrated management program for account service information. A computer-readable recording medium in which the account service information integrated management program according to claim 4 is recorded.

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