JP2014146068A - Data distribution system, data business gateway system for achieving the same data distribution system and data distribution method - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a data distribution system for enabling a plurality of systems to participate and openly perform data trading, and to provide a data business gateway system having a junction function capable of performing the liberalization of bi-directional data distribution between a plurality of undertakers, and promoting the data distribution.SOLUTION: Gateway means having a data junction function is configured to fetch closed data to be provided from a service undertaker system and open data to be provided from an open system, and to normalize and manage the fetched data, and to, when a data access request is made from a data recipient side, making disclosure propriety determination of whether to disclose the normalized data and data obtained by blending and mixing those data to an access requester, and to, when determining that data disclosure is possible, provide searched/extracted data. Thus, it is possible to promote the liberalization of data distribution.

Description

  The present invention is a data distribution system for appropriately and effectively using data owned by companies / organizations or individuals of various industries connected via a network, each of which exchanges data independently. A system for trading data between a plurality of data handling systems. In other words, the present invention relates to a data distribution system that opens the distribution of various types of data in order to construct the exchange of closed data in each system as an open data distribution market.

  Furthermore, the present invention relates to a data business gateway system for realizing and facilitating data trading (data distribution) even between independent systems. Furthermore, the present invention relates to a data distribution method that enables trading of data between independent systems.

  As already filed as a prior application (Japanese Patent Application No. 2012-149943), for example, the applicant of the present invention provides a service providing system that provides services such as business applications and information to a service receiving operator via a network on a portal site. It explains about. More specifically, a service provider operates a portal site by gathering, for example, restaurants in the restaurant industry, hotels and inns in the lodging industry, and movie theaters in the entertainment industry as service enjoying operators. Further, the present invention relates to a service providing system that provides functions that are necessary for those service enjoyers, such as a reservation function (reservation service) and a business system function (business SaaS).

  More specifically, the present invention is not the distribution of closed data in a closed system when a specific service provider provides a service to a plurality of service enjoyers as contractors. The present invention relates to information provided when a plurality of service providers for different businesses provide services to a plurality of service users who are respective contractors, in a closed system. The present invention provides a system and method that enables distribution as an open data distribution market, not as data.

  More specifically, for example, (a) closed data (closed data) closed to the specific system providing a service from a specific service provider to a specific contractor, (b) the specific data Closed data closed in a system different from the service system, (c) Customer data (customer data) managed by the service infrastructure provider that provides the service infrastructure to the service provider, (d) Third party provider (F) Third-party data from (third party), (e) All data such as open data sent from public institutions, organizations, companies, and individuals that are open to the public regardless of industry, and (f) these A data business gateway system with a junction function that enables the distribution of data that has been searched and blended to facilitate the distribution of fair data (Hereinafter sometimes referred to as “DBG system” for the sake of brevity).

  That is, the prior application (Japanese Patent Application No. 2012-149943) relates to an invention mainly based on a service providing system that provides an original business support service function such as a function (for example, a reservation function or a business system function) required by a service receiving company. However, the present invention is intended to construct a proper and open data distribution market for closed data in a closed system. That is, the present invention provides a data business gateway system and a data distribution method therefor.

  In this specification, since terms used are related in a complicated manner, the terms used first are defined and used as follows. In addition, although the definition of this term is defined along the prior application (Japanese Patent Application No. 2012-149943), it is not necessarily completely the same, and when it is different, the following definition has priority.

  “Users”: Individuals, organizations, and companies as end users who use the system. Specific users (users who can specify individuals, organizations, and companies) and unspecified users (individuals, organizations, and companies cannot be specified or specified) Difficult users). A terminal or the like used by the user in the system is called a “user side terminal”. The term “individual” with respect to a user includes organizations and companies as a user. Individuals, organizations, and companies that use the system without going through a “service provider” or the like defined below may be specifically referred to as “third parties”.

  “Service enjoying business”: A business entity that provides services to users by providing business service functions through the system, and is generally a SMB (Small and Medium Business) company such as a store, sales office, or office. Is the body. The system component device provided on the service enjoyment provider side is referred to as “service enjoyment provider device”. Further, the meaning of the term “provided on the side” does not necessarily mean that the term “provided in the service provider” is provided. The term “provided on the side” is used in the same manner hereinafter.

  “Service Provider”: A business entity that provides a business service function by a system, and a system component device provided on the service provider side is referred to as a “service provider device”.

“Service platform provider”: An entity that provides a platform for realizing business service functions to a service provider and a service receiving provider, and is used in the same meaning as a data business gateway platform provider.
There are two types of infrastructure provided by “Service Platform Operators” to realize service functions, one of which provides business applications for inherent business support, and the other one A data processing application for anonymizing and normalizing data is provided.
In general, “Service Platform Providers” collect information from service receiving service provider devices and service providing service provider devices as needed based on contracts, and process such information to provide service receiving service providers and service providing services. Providing processing information to operators.
In addition, “Service Platform Operators” operate a gateway system to provide closed data as open data to the data distribution system, and the data processing function for this is provided to users, service receiving operators, services Provide to the third party. In other words, the services provided by the “service platform operator” include a service that provides a normal business function and a service that aims at fair distribution of data.
A system component device provided on the service infrastructure provider side is referred to as a “service infrastructure provider apparatus”.

  “Original business support service”: A service that supports a primary business such as a reservation function or a business SaaS provided by a service provider to a service receiving business. (Reservation function, business system function, etc.)

  “Data processing service”: a main service for data distribution, and a service for enabling various data (closed data and open data) to be exchanged in the DBG system. This is done through the “gateway equipment” data gateway system. The data gateway system can provide a data processing application (performing anonymization processing, normalization processing, etc.) to a service receiving provider, a service provider, and a user.

  “Accepting (accepting) data (information)”: In addition to receiving data (information), it also includes forming data (information) in the infrastructure provider apparatus by the operation of an external system. Although it differs depending on whether data (information) is transmitted or not, external data (information) is taken into the system of the base operator device or newly formed, and the database is the same. Because the thing is completed.

  In addition, for each data, closed data provided by a service provider is, for example, anonymized user data or business data, and customer data provided by a service platform provider is a service provider. Customer data (small businesses such as stores that are contractors), and third-party data provided by a third party is data from a system unrelated to the service provider, for example, The above crawling data (crawling data) and sales data (POS data, statistical data, location information, action history information, etc.). In addition, open data is open data published on the Internet, books, publications, and the like.

  In recent years, service platforms that serve as the basis for specific business services to service providers that provide specific business services to service-receiving businesses (stores, etc.) such as restaurants using the Internet, etc. Service providing systems that provide (reservation function services and the like) and support the business of service receiving businesses with business services based on the service infrastructure have become widespread.

  Such a service providing system includes a service platform operator device, a service provider operator device, a service receiving operator device, and a user terminal device. The service platform operator device is a system or device that provides a service provider device with a function / service based on the provided service platform, for example, a SaaS (software as a service) type business system. The service provider device receives a business system (business SaaS) based on the service infrastructure provided from the service infrastructure operator device, and customizes the business system to meet the requirements of the service receiving business operator (or directly from the user). Thus, the system or device is provided to the service receiving enterprise. The service receiving provider device is a device that provides user information provided by the user to the service providing provider device side, for example, and the user terminal device inputs the user information and provides the user information to the service receiving provider device side. It is a terminal.

  For example, Patent Document 1 (Japanese Patent Laid-Open No. 2009-93569) reduces the occurrence of burial costs and opportunity loss in business services that have started to be used in the SaaS mode when changing from the SaaS environment to the SI environment. When a business service is transferred from the SaaS business environment (Company A) to an SI environment (B city), a service address list is provided in B city to record the business service address, and the service is adapted to the business service transition. Update the address list address. In addition, when business data stored in Company A is also migrated, a data address list for recording business data addresses is provided in Company A and City B, and the addresses in both data address lists are updated as business data is migrated. To do. In these updates, a technique for changing an access method so that addresses are logically the same is disclosed.

  Japanese Patent Application Laid-Open No. 9-319791 (Patent Document 2) extracts inventory information of food items and expiration date information from a product management system in a supermarket or department store, and sells the seller from these conditions. Combining products that contribute to promotions, deriving them within the framework of cooking menus, and providing consumers with information about the cooking menus in a visual manner, consistently supporting effective sales promotions for sellers Then, using the product designated by the input device as a key, the central processing unit extracts a dish menu in which the product (material) is used from the storage device. The food processing menu to be searched is specified by the input device, and the central processing unit extracts the stock information of the product and the expiration date information from the storage device for the product required for the specified food menu, and uses it for sales promotion. Determine if it is valid. The determination result is displayed on the display device, and the person in charge of sales promotion selects a cooking menu to be used for sales promotion. Detailed information on the selected dish menu is output from a display and printer installed in the store. This is the solution.

  Non-Patent Document 1 discloses a technique titled “Personal Information Anonymization Technology”, which discloses an anonymization technology for using collected personal information as a corporate asset.

  Although no specific literature is listed, Suica (registered trademark of East Japan Railway Co., Ltd.) and T Point (Culture Convenience Club Co., Ltd. registered) systems are used to provide goods and services. There is a conventional trading system for trading goods and services between a provider and a party who enjoys goods and services.

JP 2009-93569 A Japanese Patent Laid-Open No. 9-319791

http://www.meti.go.jp/policy/it_policy/daikoukai/igvp/contents/pdf/C-1.pdf

  Patent Document 2 (Japanese Patent Laid-Open No. 9-319791) describes a mechanism of a sales promotion system that supports sales to a consumer at a store. Specifically, it provides information that allows you to select combinations that can effectively promote sales promotion products such as purchased products at the store, products that are overstocked, products that are likely to be overstocked, and products that are about to expire. By supporting the decision-making of the sales promotion staff and providing consumers with the selected cooking menu from the information terminal installed at the storefront, efficient and effective sales promotion for the seller side It is described that support is provided.

  However, the sales promotion support system disclosed in Patent Document 2 (Japanese Patent Application Laid-Open No. 9-319791) is suitable for effective combination and selection of various types of information related to one store, and is limited to what can be obtained from a so-called one store. Based on the information in the scope, it was only a sales promotion at one store, and the sales promotion was also a limited use.

  In addition, the data providing business in the conventional trading system has been a trading system for providing goods and services as a group among closed companies, organizations and individuals. In other words, it was a trading system that was closed to a limited system even though it had many partner companies. Furthermore, it was a PULL type from a data provider to a specific customer, and it was only one-way (One Way) trading, and limited trading of goods and services was possible.

  The sales promotion support system of Patent Document 2 (Japanese Patent Laid-Open No. 9-319791) is a mechanism for collecting sales POS data from a plurality of stores and store groups, and buying and selling sales POS data through the system. Therefore, it is possible to buy and sell data (sales POS data) between different companies from the system. However, as a matter of course, the side receiving data cannot receive data from the system unless the system is adopted and introduced. In other words, it is not possible to import data from companies or stores that employ other systems, open data, and blend-mix the acquired data, and there are restrictions on data distribution, and data There was a problem that it could not be used effectively.

  Further, in such an existing system, sales POS data is mainly collected, and it is not assumed that other data, for example, reservation data, purchase data, and the like are taken in.

  On the other hand, there are companies and organizations that can provide their own data if there is merit, and there are companies and organizations that want to receive data with added value. However, when the data is to be used in the current system, for example, if the company that wants to provide data is an SMB company such as a store, the number of SMB companies is several hundred thousand or more. Companies manage data individually. Therefore, in order to use it as effective data, it is necessary to merge such a vast amount of data. For this purpose, the SQL (Structured Query Language relational database management system for each SMB company system) is used for data manipulation and definition. It is necessary to create a statement in a database language (inquiry language) or to create data in a standard format for SMB companies. These are difficult both technically and skillally, and difficult to realize.

  Furthermore, in data utilization projects, it is common for data providers to add public data that is currently open to the public, such as data from various ministries and agencies, weather data, and data from various organizations. . However, the conventional data utilization business has been a method of providing customized public data for each customer company. Therefore, the degree of freedom that the client company searches public public data and merges it with the data owned by the company is low. This is due to the fact that the publicly disclosed data or the data processed therefrom is not supposed to be blended with the customer company's own data. That is, the conventional data utilization business is a method for providing customized public data for each customer business. This is also due to the fact that public data is not prepared in a searchable state assuming that it is used in a blended mix with other data.

  In addition, in the conventional data providing business, in response to a request from a specific customer, the data providing business analyzes the data and provides a result. Met. In this case, knowledge of what type of request from which the client company requested the data analysis was not systematically accumulated, and naturally that knowledge was not utilized.

  However, in order to liberalize data distribution, it is absolutely necessary to build a system that ensures fairness. However, even if data distribution is liberalized, it is not acceptable to allow unrestricted data distribution. Therefore, data distribution in the past has been limited to closed distribution within a closed system within a range protected by a specific contract. What is essential in a system that ensures fairness in data distribution is protection of personal information and copyright. In other words, the former is how to process personal information into anonymized information and information that does not specify an individual in a state where the personal information is unknown. In the latter case, traceability of information to be used is possible, and the original information based on the information can be understood.

  Therefore, the present invention can participate in a state in which a plurality of individuals, companies, organizations, systems, or system groups (hereinafter, these may be referred to as “systems”) are open. A data business gateway system (DBG system) capable of fair data trading is provided.

  As a result, the present invention provides a DBG system having a junction function that enables two-way data distribution between a plurality of business operators and promotes fair data distribution.

In the data distribution system according to the present invention, the service provider system, the external system, and the third party system are connected to the data business gateway platform provider system from the information input side. From the output side, it is a data distribution system in which a service provider system as a data beneficiary system and a third party system are connected,
The data business gateway platform provider includes, as subsystems, a service platform providing system that provides a service support service to the service provider system, and a gateway system that determines whether data collection / provision and data disclosure are possible. And
The gateway system receives and accumulates closed data closed to each system from the plurality of service provider systems and external data released from the external system, and the data receiver system When there is a data request from the service provider system or the third party system, the received / stored data is searched / extracted / blended to determine whether the data can be disclosed, and it can be disclosed. If it is determined, the data is provided to the service provider system as the data receiver system that requested the data or the third party system.

  Furthermore, in the data distribution system of the present invention, when the gateway system receives data from the service provider system as a data sender or the third party system, it gives an electronic tally as a proof of acceptance. In addition, when the same electronic tally is added to the data request from the service provider system as the data beneficiary system or the third party system, it is related to the acceptance information to which the electronic tally is added. It is possible to provide information.

Furthermore, in the data distribution system of the present invention, when the gateway system receives data from the service provider system as a data sender or the third party system, it gives an electronic tally as a proof of acceptance. Leave
When the same electronic tally is added to the data request from the service provider system as the data beneficiary system or the third party system, the anonymized data of the acceptance information to which the electronic tally is added is anonymous It is characterized in that it can be provided after being associated with original user information before conversion.

  Furthermore, in the data distribution system of the present invention, the gateway system receives data to be actively pushed from the service provider system as a data sender, a user of the service provider system, or the third party system. In this case, the data to be pushed is transmitted to a service provider system as a specific data receiver system, a user of the service provider system, or a third party system.

The gateway system for realizing the data distribution system of the present invention is a service provider system, an external system, and a third-party system connected to the data business gateway infrastructure provider system from the information input side. From the output side of the information, it is a gateway system that realizes a data distribution system in which a service provider system and a third party system are connected as a data beneficiary system,
The gateway system receives and accumulates closed data closed to each system from the plurality of service provider systems and external data released from the external system, and the data receiver system When there is a data request from the service provider system or the third party system, the received / stored data is searched / extracted / blended to determine whether the data can be disclosed, and it can be disclosed. When it is determined that the data is provided to the service provider system or the third party system as the data receiver system that requested the data,
In the case of a system in which the data provider does not have a business application or a data processing application in its own system and utilizes the function of each application in the platform operator, the data receiving procedure is performed in the following order:
(1) Business application provision request (data provider)
(2) Provision of business application functions (platform operators)
(3) Provision of data (data provider)
(4) Registration of acceptance data in user data DB (Platform operator)
(5) Request for open data (data provider)
(6) Data open processing (platform operators)
(7) Registration of data after open processing (platform operator)
In the case of a system in which the data provider has a business application provided by the infrastructure provider in the system and uses the functions of the data processing application in the infrastructure provider, the data acceptance procedure is performed in the following order: ,
(1) Business application provision request (data provider)
(2) Provision of business application functions (platform operators)
(3) Generation and registration of data by performing work (data provider)
(4) Transmission of business data (data provider)
(5) Registration of user's business data (platform operator)
(6) Request for open data (data provider)
(7) Data open processing (platform operators)
(8) Registration of data after open processing (platform operator)
If the data provider is a system that has both business applications and data processing applications provided by the platform provider in the system, perform the data acceptance procedure in the following order:
(1) Business application provision request (data provider)
(2) Provision of business applications (platform operators)
(3) Generation and registration of data by performing work (data provider)
(4) Data open processing (data provider)
(5) Provision of data after open processing (data provider)
(6) Registration of data after open processing (platform company)
In the case of a system in which the data provider does not receive any business application or data processing application from the platform provider and does not use both applications in the platform provider, the data acceptance procedure is performed in the following order: ,
(1) Accumulation of data in the system (data provider)
(2) Data open processing (data provider)
(3) Provision of data after open processing (data provider)
(4) Registration of data after open processing (platform operators)
In the case of a system in which the data provider receives the function of the data processing application from the platform provider, the data receiving procedure is performed in the following order: (1) Accumulation of data in the system (data provider)
(2) Data processing application function request (data provider)
(3) Provision of data processing application functions (platform operators)
(4) Data open processing (data provider)
(5) Provision of data after open processing (data provider)
(6) Registration of data after open processing (platform company)
It is characterized by that.

  Furthermore, the gateway system that implements the data distribution system of the present invention is configured such that when there is a data request from the service provider system as the data receiver system or from the third party system, the data request from the data receiver system. It is characterized by learning and accumulating data usage histories and recommending data according to the learning results.

According to the present invention, by collaborating with a plurality of systems (several system groups), for example, service provider companies, third party operators, and public institution systems, more versatile data (sales, reservations, Inventory, purchases, etc.), and these data can be blended and analyzed, and the analysis results can be provided to a wide range of data recipients. With this, data distribution can be liberalized and a wide range of utilization can be achieved.
Further, since the data to be transferred is data, the transfer can be processed on the server. In addition, unlike the conventional exchange of goods and services, it is also possible to control all data rights, management responsibilities, and transactions on the data business gateway system side.
Problems, configurations, and effects other than those described above will become apparent from the following description of embodiments.

It is a block diagram of the whole system containing the DBG system of this invention. It is a detailed system configuration diagram of a gateway system used in the DBG system of the present invention. In the DBG system of this invention, it is explanatory drawing which showed the process sequence in the system block diagram focusing on transmission / reception of data. It is the sequence diagram explaining the kind of data reception procedure in case the data provision side in the DBG system of this invention receives provision of a business application from a data business infrastructure company. It is the sequence diagram explaining the kind of data reception procedure in case the data provision side in the DBG system of this invention does not receive provision of a business application from a data business infrastructure provider. It is a flowchart of one Example which shows the acceptance procedure of data in the Example of the data distribution system of this invention. It is a flowchart of another Example which shows the acceptance procedure of data in the Example of the data distribution system of this invention. It is a flowchart of another Example which shows the acceptance procedure of data in the Example of the data distribution system of this invention. It is a flowchart of another Example which shows the acceptance procedure of data in the Example of the data distribution system of this invention. It is a flowchart of another Example which shows the acceptance procedure of data in the Example of the data distribution system of this invention. It is a flowchart which shows the procedure of the push type information transmission process of the data in the Example of the data distribution system of this invention. It is a flowchart which shows the search / blend process procedure in the Example of the data distribution system of this invention. It is a figure which shows the example of the table classified by user in the Example of the data distribution system of this invention. It is a figure which shows the example of the table according to profile in the Example of the data distribution system of this invention. It is a figure which shows the example of the data attribute table in the Example of the data distribution system of this invention. It is a figure which shows the example of the industry master table of business master DB in the Example of the data distribution system of this invention. It is a figure which shows the example of the industry master table of business master DB in the Example of the data distribution system of this invention. It is a figure which shows the example of the data type master table of the data type master DB in the Example of the data distribution system of this invention. It is a figure which shows the example of the employee number master table of employee scale master DB in the Example of the data distribution system of this invention. It is a figure which shows the example of the time master table in the Example of the data distribution system of this invention. It is a figure which shows the information stored in data attribute DB in the Example of the data distribution system of this invention.

  In order to solve the above-mentioned problem, the data business gateway system of the present invention, for example, from a third party system in addition to closed data provided from a service provider system and closed data provided from a service infrastructure company system. Capture (acquire / collect) third-party data provided and open data provided by open systems. The fetched data is normalized and stored and stored in a database, and the normalized data is extracted and blended mixed, and similarly stored and stored in the data DB for management. When there is a data access request from the data receiver system side that wants to utilize this normalized data and / or blended mix data, data corresponding to the access request is retrieved and extracted, and the access requester is notified. On the other hand, whether to disclose the data searched / extracted is determined, and if it is determined that the data can be disclosed, the search / extraction result is provided to the data receiver side. Thus, the data distribution system of the present invention has a data junction function and promotes fairness and liberalization of data distribution.

  Data normalization in this case is performed by, for example, a granularity management system. Data can be exchanged basically on a server, unlike goods and services. This data exchange base has a function as a data junction in data distribution.

  Primitive rights holders of data in the data business gateway of the present invention include users (individual consumers, etc.), organizations / enterprises (stores, etc.), service providers, service infrastructure operators, especially personal information and Both company information is highly confidential, and it is necessary to strictly manage data under the responsibility of each system. The data distribution system of the present invention has a data junction function that makes it possible to distribute data between the systems fairly and freely. This data junction function is desirably performed by a service platform operator, but is not limited thereto.

  Examples of the gateway having a data junction function include a personal information gateway, a store information gateway, a service provider information gateway, and a service infrastructure provider gateway. For example, in the personal information gateway and the store information gateway, the gateway is managed by anonymized data management (such as pseudonym ID management). In the data business gateway, an electronic tally may be given and managed as a proof of receipt of data. This pseudonym ID can be restored to the identifier ID if it can be confirmed that it is a data right holder (for example, by electronic tally).

  Data transfer / management, etc., may be managed by each service provider providing services by receiving a data processing application from a service provider, but it is possible to manage each data collectively. It is desirable to do it on the possible service infrastructure provider side.

  In response to the problem of improving the utility of data including public data, data including public data is structured and provided in advance so as to be compatible with any system. For example, specifically, it is provided as a data set having a cube-type data structure that can be used in online analytical processing (FIG. 3). Here, a cube-type dataset can be set to any system (group) by setting the axis (time axis, regional axis, industry axis) and granularity (origin, unit (width)) corresponding to each system (group). Data that can be merged with data belonging to () can be acquired and searched. In other words, it is done with a granularity management system that matches the axis and granularity.

  This system includes a system that manages the so-called PDCA cycle (Plan-Do-Check-Act Cycle), from data preparation to data exchange and feedback of usage results, and this system is a knowledge base that manages the knowledge obtained from those PDCA cycles. Has. For example, for the original data, manage the profile (business type, department, size, etc.) of the company requesting the original data, and search keywords frequently used by the company and items of data requested periodically Save. This is the knowledge base. For example, from this knowledge base, by comparing the ranking of search keywords and the ranking of request data for each profile of the requesting company, review and addition of the structure of the original data (axis, value and period), and customer companies with similar profiles Recommendation (prediction function), which is a push-type service, is possible. By capturing the result again in the knowledge base, a PDCA-capable system is obtained.

  Hereinafter, embodiments of the DBG system of the present invention will be described in more detail with reference to the drawings. However, the present invention is not limited only to the embodiments disclosed in the drawings, and includes design changes that can be easily made by those skilled in the art.

  In an embodiment of the present invention, (a) user data and business data from a plurality of service provider companies providing a business service infrastructure, and (b) a plurality of service providers not providing a business service infrastructure. The distribution of various data such as user data from the apparatus, business data, (c) open data published in an external system, and (d) third party data from a plurality of third parties will be described. That is, a specific configuration and method for facilitating, liberalizing, and promoting data distribution with a device that requests and receives data from a device that provides data will be described.

FIG. 1 is a system configuration diagram showing the entire system including a gateway system 400 of a data gateway infrastructure company which is a main part of the DBG system 100 (the whole shown in FIG. 1) of the present invention. Is a configuration diagram on the side and scene where information is obtained, and the lower half represented as Output side is a configuration diagram on the side and scene where information is output.
In FIG. 1, the meanings of figures described as legends are described. These illustrations have the same meaning in other figures.

  In the DBG system 100, a data business gateway platform operator system 400 provides a plurality of service provider systems 200A and a service platform providing a service platform via a network (not shown in FIG. 1). A plurality of service provider device systems 200B, external data, SNS (social networking service), an external system 300 such as a blog, and a third-party system 600 that wants to enjoy distributed data are connected. ing. 200A and 200B described in the upper half (Input side) and the lower half (Output side) of FIG. 1 are the same system.

  The service provider 210 in the service provider system 200A usually has a contract with the service infrastructure provider 400 to provide a specific service infrastructure, and a plurality of stores and the like are provided by the provided business service infrastructure. It handles the data of SMB companies 230 from a1 to am. Further, the service provider system 200A handles user data collected from a plurality of consumers 250 corresponding to users of the SMB company 230 in addition to business data of the SMB company. The user is a final user of the service such as a consumer (individual, group, company). On the other hand, the service provider 215 in the service provider system 200B does not have a contract with the service infrastructure provider 400 to provide the business service infrastructure. The operator system 200B has the same functions as the service provider business system 200A.

  The third-party system 600 is also described on both the Input side (upper half) and the Output side (lower half), but may be the same system or a different system. The third-party system 600 (Output side) is not particularly required to provide its own information in the system, but is described as a system that intends to obtain data distributed in the DBG system 100. ing.

  Of course, the third party system 600 (Input side) can supply its own information to the system 100 in a push-type manner. In this case, the third-party system 600 may handle transaction data of a plurality of business partners, but in order to distribute data in this system, it is necessary to ensure the fairness of the data. For example, leakage of user data collected from a plurality of consumers corresponding to business partners and business data of the business partners must be strictly avoided. In other words, careful attention is required to convert sales data of customers and business partners into open data. This is because sales data can include highly confidential POS data that can be identified by individuals, statistical data, location information, consumer behavior history information, and the like.

  The external system 300 handles external data published from the outside. That is, the external system 300 is an open system, and handles, for example, public data published on the Internet, data on social media such as SNS and blog, or open data including books and publications. is there. However, even this cannot be freely distributed in this system. Data open processing is required even for external public data.

  As described above, in the DBG system 100 of the present invention, each connected system may be always connected as a business service providing side or a service receiving open-processed data supply. It may be connected as a receiving side.

  Before describing the configuration and procedure of the DBG system 100 of the present invention, first, an overview of a system that provides a business service infrastructure that is the main invention of a prior application (Japanese Patent Application No. 2012-149943) already filed by the present applicant. Will be described. This part is not a main feature of the present invention, but the present invention also has the same configuration and procedure.

  The service platform providing system 410 of the data business gateway platform provider 400 in the DBG system 100 of the present invention provides a business application that implements business services such as reservation management, sales management, and customer management to the service provider business system 200A. A device 770 is provided.

  For example, the service provider 210 customizes the reservation management service according to the request of the user enterprise group 230 that is a service receiving provider, and receives and manages the reservation information of the user (consumer) 250 from the service receiving provider 230. Application server (not shown in detail). That is, this is a mechanism for supporting the business of the service receiving business operator 230 in cooperation with the service infrastructure business operator device 400 and the service providing business operator 210.

  A system that provides such a business support mechanism generally corresponds to each service provider. Accordingly, the service infrastructure provider device 400 provides the service provider 210 with essential business support services such as reservation management, sales management, and customer management, and the service provider 210 provides the service receiving provider 230 with it. On the other hand, a customized original business support service is provided (service start), and original user information based on the provided original business support service is managed.

  An example of this service providing method is SaaS. SaaS is the use of functions provided by information systems (software) (original business support services) via a network without service providers or service receivers building or introducing new systems. It is an ICT utilization environment that makes possible.

In general, SaaS has an advantage that required services can be used quickly without the need for special system construction. In SaaS, it is not necessary to prepare a special environment in the company, so that the operation start time of the function (service) can be advanced and the cost can be reduced. In addition, although the Internet and WAN are used, the operation is almost the same as that using an in-house system due to technological innovation of the network and browser.
In addition, it is expected that the service provider apparatus and the service receiving provider using SaaS and SI provided from the service infrastructure provider 400 and the operation / maintenance can reduce costs and increase sales.

  Conventionally, each service provider device 210 is configured to independently manage original user information of a specific user regarding users (including individuals, organizations, companies) 250 collected from the service receiving provider 230. That is, it has not been a mechanism that can actively provide services that lead to sales promotion for specific users using original user information. In other words, no consideration was given to actively using the original user information.

  As one of the reasons, the original user information that each service provider device 210 collects from the service receiving provider 230 includes personal information that identifies the individual, group, company, etc. of the specific user 250, respectively. Due to being. Therefore, until now, the original user information including personal information can be generally sent and received between the service platform provider 400 and the service provider 210 depending on the terms and conditions of both. It was not possible to provide the service provider company device 210 to the third party service infrastructure provider apparatus 400 or other service provider company apparatuses.

  In other words, conventional service provider devices are configured to function independently on an individual basis between service infrastructure providers and service providers, due to restrictions such as the Personal Information Protection Act in Japan. It was. For this reason, it has been impossible for each service provider and the service provider to legally collect and use original user information collected and managed by each service provider.

On the other hand, the present age is an information society, and when an enormous amount of information travels on the network, the amount of information may exceed the transmittable capacity. Although such information is accumulated every day, a method that can effectively use and utilize such big data in a fair manner should be established.
In view of this point, the present invention processes the original user data (information) collected from the service receiving business operator and the user into anonymized user data (information), analyzes the anonymized user data (information), It is provided to the anonymized user according to the analysis result. For example, it is useful for a company to take an advertising action for a group of users classified and anonymized by actions, preferences, and the like. For example, it is possible to provide a targeted service to a user via a communication means such as mail or the Internet.

  The DBG system 100 of the present invention is connected to service provider business systems 200A and 200B, an external system 300, and a third party system 600 when viewed from the information input side, and from the information output side, the service provision business. The user systems 200A and 200B and the third party system 600 are connected. The data business gateway platform provider 400 includes, as a subsystem, a service platform providing system 410 that originally provides support services for business, and a gateway system 450 that performs data collection / provision (search / extraction / blending), disclosure availability determination, and learning. I have.

  The service platform providing system 410 provides a business application to the service provider 200A as indicated by dotted arrows. The gateway system 450 provides a data processing application to the service provider 200A as indicated by hatching arrows in order to collect data from each system. The service infrastructure providing system 410 also collects various public data from the open system, and provides the received data opening processing means in the gateway system or using the data processing application providing apparatus 770 as necessary. The data is appropriately opened (anonymized / normalized) by using the received data open processing means. The collected and opened data is merged (blended mix) according to the request from the data disclosure requester and provided to the disclosure requester.

  In response to a data disclosure request indicated by an arrow (dotted line) from each system, only disclosure possible data is disclosed after determining whether disclosure is possible in the gateway system 450. The procedure for determining whether or not disclosure is possible will not be described in detail. For example, it is possible to select whether or not to disclose data to be provided to a data provider (specify, specify, limit, etc.). Generally, a technique is disclosed in which data including only information that can be disclosed at the time of blending is disclosed. In addition, electronic tally (special tally data, unique ID and electronic key) is passed when obtaining specific data from each system, and the data request from each system is attached with the same electronic tally as the information provider A method of determining whether disclosure is possible or not based on whether it is a request is also possible.

  In addition, when the service provider 200A, 200B (210, 215) or the third party system 600 wants to actively provide its own data to the data receiver of this system and use it in advance, that fact A push-type data provision method that aims to actively distribute data (information) through this system is also conceivable. For example, if it is determined that the user is in accordance with the intention of the push-type information provider by giving a flag indicating the intention to actively supply the data (information) to the data to be provided, The data (information) is actively provided to the user.

  As shown in FIG. 2, the service infrastructure provider 400 of the DBG system 100 of the present invention includes a service infrastructure providing system 410 and a gateway system 450 as subsystems. FIG. 2 specifically shows the configuration of the gateway system 450 in detail.

  The gateway system 450 is a system for obtaining data from the service provider 210, 215 or a service receiving provider 230, 235 such as a store, and a control device 710 that manages and controls data acceptance registration, Data receiving registration unit 720 and storage device 730 for accepting and registering, search / blending device 740 for data search and blending, knowledge device 750 for learning from search history and the like to enhance knowledge such as search / blending, information A push-type information transmission device 760 that transmits data in a push-type manner and a data processing application provision device 770 for supporting data processing operations are provided.

  Data input from the external system is received by the data reception registration unit 720 via the interface. In the control device 710, all processing related to anonymization of input data is managed by the anonymized data management unit 711, and all data normalization processing is managed by the data normalization management unit 713, and data is registered. FIG. 2 illustrates that data management and processing function separately for each piece of personal information, store information, service provider information, and infrastructure provider information. As data processing, electronic tally processing, received data open processing, data search / extraction / blending processing, and data disclosure determination processing are described. When the base business operator 400 accepts the data, as a process managed by the electronic tally management unit 712, a unique electronic tally is sent to the data transmission source as a proof of accepting the data. This is a notification that the data has been properly accepted, and can later be used as a key to prove that the data is a legitimate source. The transmitted electronic tally is stored in association with the registered user data.

  The data acceptance registration unit 720 includes a data registration unit 721, a data attribute registration unit 722, a disclosure availability information registration unit 723, and an electronic tally registration unit 724. Data received by the data reception registration unit 720 is stored in the storage device 730. The storage device 730 includes a user data DB 731, a user information master DB 732, a data / data attribute DB 733, a usage history DB 734, and each master DB 735.

  When the data processing application is not prepared in the system to provide data, the data processing application providing apparatus 770 of the gateway system 450 uses the hatching arrow in FIG. 2 to support the data processing work of the external system. As shown, a data processing application can be provided. In this case, “providing an application” means that all applications are provided from the base provider system 400 to the service provider 200, etc., and the application is moved by staying in the service provider 200, etc. It does not mean just to do so. Although the application itself is not captured by the service provider 200, it also includes operating the application in the platform provider system 400 so that the application is functioning in its own system. It is a waste. This is the same for both the provision of data processing applications and the provision of business applications.

  When a data provision request (arrow (dotted line)) is made from the service provider 210, a user ID is attached to the data request, and when there is an electronic tally, an electronic tally is attached. The electronic tally is obtained when data is provided first, and is used to prove that information related to the data request has already been provided. The control device 710 of the gateway system 450 can determine whether or not the electronic tally management unit 712 is a valid electronic tally, and can provide data corresponding to the data request if it is determined to be a valid electronic tally.

  FIG. 3 is an explanatory diagram showing a processing procedure in the system configuration diagram focusing on data exchange in the DBG system of the present invention. In FIG. 3, closed data is provided from a service provider (service provider system) 200, and open data is provided from an external system 300. A data beneficiary (data beneficiary system) is denoted by reference numeral 500, a request for data is made, and data corresponding to the request is extracted and provided. In addition, push type information search processing is performed by the push type information transmission device 760, and the push type information is transmitted when disclosure is possible by determining whether data can be disclosed.

  When the closed data is provided from the service provider (service provider system) 200, the gateway system 450 processes data in the gateway system 450. The processing of data in the gateway system 450 is performed by processing each data by management at the personal information gateway, processing by management at the store information gateway, processing by management at the service provider information gateway, or processing at the infrastructure provider information gateway. Processing by management is performed. Anonymized data management is performed in the processing by the management at the personal information gateway and the processing by the management at the store information gateway. In the processing by the management at each information gateway, an electronic tally that proves the acceptance of the data is given to the provided data. In addition, the received data is subjected to open processing (anonymization processing and normalization processing) of the received data, and is stored in the database 730 as a data cube.

  When the data receiver (data receiver system) 500 requests data that is stored in the gateway system 450 for a specific purpose, the gateway system 450 receives the request, and retrieves, extracts, Blend. When the target data is extracted, the disclosure permission determination unit 780 determines whether or not to disclose the data, and provides only the data that can be disclosed.

  The data request of the specific data receiver (data receiver system) 500 is recorded and accumulated in the usage history DB 734 by the knowledge device 750, and the data usage tendency of the specific data receiver (data receiver system) 500 is learned. . Furthermore, based on the user profile of the data receiver, the data usage tendency of companies belonging to the profile is learned. The gateway system 450 learns a search according to the data search history of a specific data receiver (data receiver system) 500.

  The knowledge device 750 and the push-type information transmission device 760 are provided as separate devices in FIG. 2, but a push-type information transmission device 760 may be provided in the knowledge device 750 as shown in FIG. Thereby, it is possible to transmit information to a specific data beneficiary (data beneficiary system) 500 according to the information search history learned by the knowledge device 750 as well as push-type information transmission. When data is transmitted from the gateway system 450, the transmitted data is converted into open data.

4A, 4B, and 5C are sequence diagrams showing the data providing procedure of the present invention. FIG. 4A shows the data providing side in its own system. Is a procedure for accepting data in the case of a system that does not have a business application or a data processing application and uses the function of each application in the platform provider. FIG. 4B shows the data provider side from the platform provider. This is a data acceptance procedure in the case of a system in which the provided business application is provided in the system and the function of the data processing application in the platform operator is utilized. FIG. 4C is provided by the platform provider from the data provider side. FIG. 5 (A) shows a data acceptance procedure in the case of a system in which both the business application and the data processing application received Is a data acceptance procedure in the case of a system in which the data provider does not receive any business application or data processing application from the platform provider and does not use both applications in the platform provider. FIG. Is a data acceptance procedure in the case of a system in which the data provider has not received a business application or a data processing application from the platform provider, but has received the function of the data processing application from the platform provider.
Data acceptance procedure 1 in the case of FIG.
(1) Business application provision request (data provider)
(2) Provision of business application functions (platform operators)
(3) Provision of data (data provider)
(4) Registration of acceptance data in user data DB (Platform operator)
(5) Request for open data (data provider)
(6) Data open processing (platform operators)
(7) Registration of data after open processing (platform operator)
Data acceptance procedure 2 in the case of FIG.
(1) Business application provision request (data provider)
(2) Provision of business application functions (platform operators)
(3) Generation and registration of data by performing work (data provider)
(4) Transmission of business data (data provider)
(5) Registration of user's business data (platform operator)
(6) Request for open data (data provider)
(7) Data open processing (platform operators)
(8) Registration of data after open processing (platform operator)
Data acceptance procedure 3 in the case of FIG.
(1) Business application provision request (data provider)
(2) Provision of business applications (platform operators)
(3) Generation and registration of data by performing work (data provider)
(4) Data open processing (data provider)
(5) Provision of data after open processing (data provider)
(6) Registration of data after open processing (platform company)
Data provision procedure 4 in the case of FIG.
(1) Accumulation of data in the system (data provider)
(2) Data open processing (data provider)
(3) Provision of data after open processing (data provider)
(4) Registration of data after open processing (platform operators)
Data provision procedure 5 in the case of FIG.
(1) Accumulation of data in the system (data provider)
(2) Data processing application function request (data provider)
(3) Provision of data processing application functions (platform operators)
(4) Data open processing (data provider)
(5) Provision of data after open processing (data provider)
(6) Registration of data after open processing (platform company)

6 to 12 are flowcharts showing various processing steps of the data business gate system of the present invention.
FIG. 6 is a flowchart of one embodiment showing a data acceptance procedure in the data distribution system of the present invention (in the case of the data provision procedure 1).
In the figure, when data collection is started in step S600, the data business gateway infrastructure provider side system provides a business application to the service provider side system in step S601. In the next step S602, the data of each store is received from the service providing side system side, and is registered in the user data DB in step S603. In step S604, an open process request for opening the data is received. When the open or processing request is received, a data ID is issued in step S605, an electronic tally is issued in step S606, and the electronic tally is issued to the service providing system in step S607. In step S608, the data and the attribute of the data are registered in the data / data attribute DB.
Next, in step S609, it is determined whether or not the service provider side system desires data push issuance. If there is no hope at this step, data collection is terminated at step S610. If there is a request, the process proceeds to step S1100, and a push-type information transmission device process described later is performed.

FIG. 7 is a flowchart of another embodiment showing a data acceptance procedure in the data distribution system of the present invention (in the case of the data provision procedure 2).
In the figure, when data collection is started in step S700, the service provider side system receives a business application from the data business gateway infrastructure provider side system in step S701, and in step S702, Receive data from each store. In step S703, based on the business application, the data is transmitted to the data business gateway infrastructure company side system.
In step S704, the data business gateway infrastructure provider side system accepts data from the service provider side system, and registers the data in the user data DB in step S705.
Next, in step S706, an open process request is received, and based on the request, an open process, that is, a process such as normalization or anonymization is performed in step S707. Normalization is, for example, processing such as data cleansing and particle size alignment.
Next, in step S708, a data ID is issued. In step S709, an electronic tally is issued. In step S710, the electronic tally is transmitted to the service provider side system. The data and the attribute of the data are registered in the data / data attribute DB.
Next, in step S712, it is determined whether or not the service provider side system desires data push issuance. If there is no hope at this step, data collection is terminated at step S713. If desired, the process proceeds to step S1100, and push type information transmission processing described later is performed.

FIG. 8 is a flowchart of still another embodiment showing a data acceptance procedure in the data distribution system of the present invention (in the case of data provision procedure 3).
In FIG. 7, the difference from the process shown in FIG. 7 is that an application for opening data is requested to the base provider side system side, and in S801, the service provider side system has its own data processing application. In step S802, open processing (S8021, S8022) is performed, and the data subjected to the open processing is transmitted to the data business gateway infrastructure provider side system S803. Therefore, the same parts as those in FIG.

FIG. 9 is a flowchart of still another embodiment showing a data acceptance procedure in the data distribution system of the present invention (in the case of data provision procedure 4).
In the figure, the difference from the process shown in FIG. 7 is that in the service provider side system, in step S901, it is determined whether or not the opening process is necessary. In step 902, an open process is performed using its own business application, and the open data is transmitted to the data business gateway infrastructure provider side system S903. Further, the service provider side system has undergone a temporary opening process step S901, but includes a step S904 for determining whether or not the opening process is necessary for distributing data in this system. Therefore, the same parts as those in FIG.

FIG. 10 is a flowchart of still another embodiment showing a data acceptance procedure in the data distribution system of the present invention (in the case of data provision procedure 5).
In the figure, when data collection is started in step S1000, the service provider side system transmits a program request to the data business gateway infrastructure provider system in step S1001, and the request is received in step S1002. In response, the application sent from the data business gateway platform business operator system is received. In step S1003, open processing, that is, normalization S10031 and anonymization processing S10032, is performed, and in step S1004, the data subjected to the open processing is transmitted to the data business gateway infrastructure company system.
Since the subsequent steps are the same as those in FIGS. 6, 7, and 8, the same reference numerals are given and description thereof is omitted.

FIG. 11 is a flowchart showing a procedure of data push type information transmission processing in the data distribution system of the present invention.
In the figure, when the push type information transmission process is started in step S1100, the presence or absence of a transmission request for the user is determined in step S1101, and the transmission request for the user is determined (Yes). The data attribute of the usage history DB for each user is fixed, and sorted by value (counter value) (step S1102). In step S1103, ranking ranking users are extracted, and in S1104, whether or not disclosure is possible is determined for each user. Data is transmitted to a disclosing user (S1105). In step S1101, it is determined that the request is not a transmission request for the user (s1101). Sorting by value (counter value) with fixed attributes, extracting top ranking profiles in step S1108, extracting users of the one profile in step S1109, and determining whether disclosure is possible for each user in S1110 To transmit data to a user who can be disclosed (S1111). In the present embodiment, a method of continuously processing the procedure from step S1102 to step S1105 and the procedure from step S1107 to step S1111 is shown.
However, the procedure from step S1102 to step S1105 and the procedure from step S1107 to step S1111 can be performed in parallel. In this case, after the end of both processes is determined, the push type information transmission process ends (S1112).

FIG. 12 is a flowchart showing a search / blend processing procedure. In the figure, when search / blend processing is started in step S1200, a search / blend request is received in step S1201, and the data DB is searched in response to the request in step S1202.
Next, in step S1203, the presence / absence of a user-specific profile table is determined. If there is a user-specific profile table in step S1203, the user-specific table in the user history DB is updated in step S1204, and the users are fixed and sorted by value in step S1205. Subsequently, in step S1206, the data DB is searched for data matching the upper data attribute and user profile conditions. In step S1211, the presence / absence of data is determined. In step S1212, whether disclosure is possible or not is determined. judge. If disclosure is possible at this step, a recommendation is transmitted to the service beneficiary system.
In step S1207, the presence / absence of a table by user profile is determined. If there is a user-specific profile table in step 1207, the profile-specific table in the user history DB is updated in step S1208, and the profile is fixed and sorted by value in step S1209. Next, in step S12010, the data DB is searched for data matching the upper data attribute and user profile conditions. In step S1211, the presence / absence of data is determined. In step S1212, whether disclosure is possible or not is determined. judge. If disclosure is possible at this step, a recommendation is transmitted to the service beneficiary system.
When the transmission of the recommendation is completed in step S1213, the search / blend process is terminated in step S1214.
In step 1203 and step S1207, if there is no table, or if there is no disclosure data in step S1211, the search / blend process is terminated in step S1214.

Next, various formats of data distributed in the data distribution system of the present invention will be described.
FIG. 13 is a diagram illustrating an example of a user-specific table.
In the figure, the dimensions of the user-specific table include user ID (U0001...), Time (T001...), Data type (D001,...), Data origin (U0001,...), Business type (I001,. ..), annual sales (S001, ..), employee scale (E001, ..; label), number of cases, etc. Here, the time, data type, and data origin indicate the attributes of the searched user, the industry type, annual sales, and employee size indicate the profile of the company derived from the data, and the number indicates the value (counter value) Yes.

  FIG. 14 is a diagram illustrating an example of a profile-specific table. In the figure, the dimensions of the table by profile include the industry (I001,...), Annual sales (S001,...), Date (2012/01/17), data type (D001,...), Data origin ( U0001,..., Business type (I001,...), Annual sales (S001,...), Employee scale (E001,...; Label), number of cases, etc. Here, type of business, annual sales, date, data type, data origin indicates the user attribute searched, type of industry, annual sales, employee size indicate the user profile from the data seen by the searched user, The number of cases indicates a value (counter value).

  FIG. 15 is a diagram illustrating an example of the data attribute table. In the figure, the dimensions of the data attribute table include data ID (00000001,...), Origin (U0003), time, type (D001,...), Tally, disclosure possible, and the like.

  FIG. 16 is a diagram illustrating an example of an industry master table in the business master DB. In the figure, the dimension has a business type ID (I001,...) And a business type. The business types are, for example, finance (bank), finance (credit bank), finance (securities), and the like.

  FIG. 17 is a diagram illustrating an example of an industry master table in the business master DB. In the figure, each dimension has an annual quotient ID (S001,...) And an annual quotient.

  FIG. 18 is a diagram illustrating an example of the data type master table of the data type master DB. In the figure, each dimension has a data type ID (D001,...) And a business type. The type of business is, for example, sales, sales, purchase, etc.

  FIG. 19 is a diagram illustrating an example of the employee number master table of the employee scale master DB. In the figure, the dimension has an employee scale ID (E001,...) And the number of persons.

  FIG. 20 is a diagram illustrating an example of a time master table. In the figure, each dimension has a time ID (T001,...) And a time width. The time width is, for example, daily, weekly, monthly, yearly, etc.

  FIG. 21 is a diagram showing information stored in the data attribute DB. In the figure, the data attribute DB includes various information such as user (unique) ID, company name, date, period, data type, data granularity, data origin, electronic tally, and the like. The user (unique) ID includes, for example, information such as profile, type of business, annual sales, number of employees (employee scale), location, etc. The data type includes information such as sales, sales, purchase, shipment, aggregation, statistics, personal name (ID), and others. The origin of data indicates a list of data IDs (original = 0) that is the basis of statistics.

  In addition, this invention is not limited to the Example mentioned above, Various modifications are included. In other words, the above-described embodiments have been described in detail for easy understanding of the present invention, and are not necessarily limited to those having all the configurations described. Further, a part of the configuration of one embodiment can be replaced with the configuration of another embodiment, and the configuration of another embodiment can be added to the configuration of one embodiment. Further, it is possible to add, delete, and replace other configurations for a part of the configuration of each embodiment.

  Each of the above-described configurations, functions, processing units, processing means, and the like may be realized by hardware by designing a part or all of them with, for example, an integrated circuit. Each of the above-described configurations, functions, and the like may be realized by software by interpreting and executing a program that realizes each function by the processor. Information such as programs, tables, and files for realizing each function can be replaced with a recording device such as a memory, a hard disk, or an SSD (Solid State Drive), or a recording medium such as an IC card, an SD card, or a DVD.

  Further, the control lines and information lines indicate what is considered necessary for the explanation, and not all the control lines and information lines on the product are necessarily shown. Actually, it may be considered that almost all the components are connected to each other.

  As described above, the present invention is connected to several systems of the service provider 200 to capture more diverse and versatile data (data on sales, reservations, inventory, purchases, etc.). Can be blended and analyzed. In addition, it is possible to expect a technical effect that all rights, responsibilities and transactions related to data can be controlled by this system.

  In addition, the following effects can be expected. For example, when viewed from the data receiving side (data purchasing company, consumer, etc.), basically, data received through various data gateways in the data junction of the service infrastructure provider system It is possible to search, collect, and extract data that can be used by the user with a single click.

Further, by combining the data structure (axis and value) of public data with the data structure of the system group, it becomes possible to use highly available public data.
In addition, the knowledge base has a technical effect of increasing in scale, accuracy and self-learning and self-organization each time the PDCA cycle is rotated. By increasing the scale and accuracy, for example, it is possible to realize a prediction function (recommendation) in which a recommendation that encourages the use of data that has not been used until now is performed on a company.

  Furthermore, from the perspective of the provider of data exchange (distribution), for example, there are several companies as the service provider's system group, but there are hundreds of thousands of stores participating in each system. There are millions of people, and it can be expected that the system will be superior in terms of scale and multi-purpose diversity as compared to a system that is closed to an existing system. Further, from the viewpoint of an SMB company, it is possible to sell its own data actively and effortlessly, that is, it is possible to utilize data as an asset.

  In addition, by becoming a service platform operator that manages data gateways that match data supply and demand, business expansion as a platform for new services, such as provision of analysis platforms and utilization of received data, new services such as recommendations, etc. Can be expected. A plurality of service provider device systems that participate in the platform business provided by the service platform operator device system distribute each customer data as segment information, thereby enabling mutual use as an object of sales promotion. .

  At that time, given a certain condition, list only those that match the granularity of the customer data segment, or the past sales promotion results and effects for each customer data segment (viewed emails, viewed advertisements) If the product page of the link destination is viewed, purchased, or visited, etc.), it is possible to execute more effective sales promotion.

  Moreover, there is a business effect of activating the use of data by making public data searchable and having a mechanism that can be blended and mixed with the data in the system of the present invention.

  In addition, having a knowledge base makes it possible to absorb the needs of potential third parties. By having a knowledge base, this system has the characteristics of constantly changing and growing, and business effects can be expected compared to other systems.

Claims (6)

The service provider system, external system, and third-party system are connected to the data business gateway platform provider system from the information input side. A data distribution system in which a service provider system as a provider system and a third party system are connected,
The data business gateway platform provider includes, as subsystems, a service platform providing system that provides a service support service to the service provider system, and a gateway system that determines whether data collection / provision and data disclosure are possible. And
The gateway system receives and accumulates closed data closed to each system from the plurality of service provider systems and external data released from the external system, and the data receiver system When there is a data request from the service provider system or the third party system, the received / stored data is searched / extracted / blended to determine whether the data can be disclosed, and it can be disclosed. If it is determined that the data is distributed, the data is provided to the service provider system or the third party system as the data receiver system that requested the data.   When the gateway system receives data from the service provider system or the third-party system as a data sender, it gives an electronic tally as a proof of acceptance, and the data receiver system When the same electronic tally is attached to a data request from a service provider system or the third party system, it is possible to provide information related to acceptance information to which the electronic tally is attached. The data distribution system according to claim 1. When the gateway system receives data from the service provider system or the third party system as a data sender, it gives an electronic tally as a proof of acceptance,
When the same electronic tally is added to the data request from the service provider system as the data beneficiary system or the third party system, the anonymized data of the acceptance information to which the electronic tally is added is anonymous 3. The data distribution system according to claim 2, wherein the data distribution system can be provided after being associated with the original user information before conversion.   When the gateway system receives data to be actively pushed from the service provider system as a data sender, a user of the service provider system or the third party system, a specific data receiver 2. The data distribution system according to claim 1, wherein the data to be pushed is transmitted to a service provider system as a system, a user of the service provider system, or a third party system. The service provider system, external system, and third-party system are connected to the data business gateway platform provider system from the information input side. As a provider system, a gateway system that realizes a data distribution system in which a service provider system and a third party system are connected,
The gateway system receives and accumulates closed data closed to each system from the plurality of service provider systems and external data released from the external system, and the data receiver system When there is a data request from the service provider system or the third party system, the received / stored data is searched / extracted / blended to determine whether the data can be disclosed, and it can be disclosed. When it is determined that the data is provided to the service provider system or the third party system as the data receiver system that requested the data,
In the case of a system in which the data provider does not have a business application or a data processing application in its own system and utilizes the function of each application in the platform operator, the data receiving procedure is performed in the following order:
(1) Business application provision request (data provider)
(2) Provision of business application functions (platform operators)
(3) Provision of data (data provider)
(4) Registration of acceptance data in user data DB (Platform operator)
(5) Request for open data (data provider)
(6) Data open processing (platform operators)
(7) Registration of data after open processing (platform operator)
In the case of a system in which the data provider has a business application provided by the infrastructure provider in the system and uses the functions of the data processing application in the infrastructure provider, the data acceptance procedure is performed in the following order: ,
(1) Business application provision request (data provider)
(2) Provision of business application functions (platform operators)
(3) Generation and registration of data by performing work (data provider)
(4) Transmission of business data (data provider)
(5) Registration of user's business data (platform operator)
(6) Request for open data (data provider)
(7) Data open processing (platform operators)
(8) Registration of data after open processing (platform operator)
The data provider performs the data acceptance procedure in the data acceptance procedure in the case of a system in which both the business application and the data processing application provided by the platform provider are provided in the system,
(1) Business application provision request (data provider)
(2) Provision of business applications (platform operators)
(3) Generation and registration of data by performing work (data provider)
(4) Data open processing (data provider)
(5) Provision of data after open processing (data provider)
(6) Registration of data after open processing (platform company)
In the case of a system in which the data provider does not receive any business application or data processing application from the platform provider and does not use both applications in the platform provider, the data acceptance procedure is performed in the following order: ,
(1) Accumulation of data in the system (data provider)
(2) Data open processing (data provider)
(3) Provision of data after open processing (data provider)
(4) Registration of data after open processing (platform operators)
In the case of a system in which the data provider receives the function of the data processing application from the platform provider, the data receiving procedure is performed in the following order: (1) Accumulation of data in the system (data provider)
(2) Data processing application function request (data provider)
(3) Provision of data processing application functions (platform operators)
(4) Data open processing (data provider)
(5) Provision of data after open processing (data provider)
(6) Registration of data after open processing (platform company)
A gateway system that realizes a data distribution system characterized by this. When there is a data request from the service provider system or the third party system as the data receiver system, the data use history in the data request from the data receiver system is learned and accumulated, and the learning result 6. A gateway system for realizing a data distribution system according to claim 5, wherein the data is recommended or provided according to the requirements.

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