JP2008293216A - Authentication system, authentication method, and authentication program - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a satisfactory system of usability for both a service site and user. <P>SOLUTION: This authentication system is provided with an acceptance condition storage part for storing acceptance condition for a service server; an authentication information storage part for storing authentication information for authenticating the user, a user registration information storage part for storing terminal identification information of an authentication terminal, while being correlated with user identification information; an authentication request receiving part for receiving an authentication request from the service server; an authentication terminal specifying part for specifying the terminal identification information from the user identification information contained in the authentication request; a certificate request receiving part for receiving a certificate request from the authentication terminal, an authentication deciding part for collating the authentication information acquired from the authentication terminal with the authentication information stored in the authentication information storage part, and for deciding whether a collation result satisfies the acceptance condition; and an authentication result notifying part for transmitting to the service server a result of a purport that the authentication is successful as to a satisfied portion, when the collation result is judged to satisfy one part of the acceptance condition. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention relates to an authentication system, an authentication method, and an authentication program. In particular, the authentication level or the authentication process setting is changed in an authentication system in which a user who receives a service from the service server holds an authentication terminal for authentication separately from the service terminal and provides the authentication service using the authentication terminal. The present invention relates to an authentication system, an authentication method, and an authentication program.

  Patent Document 1 discloses a content service providing system in which a client registered in a server A that is a server of a first member site browses contents of a server B that is a server of a second member site that is not a member on the Internet. Yes. In the system, when the user requests the server A to browse the content, the server A transmits guarantee information to the server B to guarantee that the user is a member of his site. Server B passes a key for permitting the user client to view the content based on the guarantee information, and the client accesses the content using the key.

  Patent Document 2 discloses an authentication system in which a minimum authentication level is changed according to a service attribute of a device, and a user can freely set an authentication level and prevent an authentication level lower than the minimum authentication level from being set. In the authentication system, the minimum authentication level of the service is determined based on matters such as whether the service provision changes the state inside the device and whether the service provision changes the surrounding environment outside the device. When setting the authentication level from the terminal to the device, the setting support screen incorporating the minimum authentication level is downloaded from the ASP server to the terminal, and the authentication level lower than the minimum authentication level of the service for the service provided by the device Cannot be set.

  Patent Document 3 discloses a distributed authentication system that secures security and uses a service when a user uses the service. In the distributed authentication system, a terminal, a distributed authentication system, and a service server are connected via a communication network. The distributed authentication system includes a determination unit that determines whether or not an access request from the terminal to the server is permitted, and the determination unit calculates the security level of the access request and details corresponding to the calculated security level Request the terminal to send information. The determination unit authenticates the access request source terminal based on the received detailed information and permits the access request.

Patent Document 4 discloses an authentication method that can appropriately cope with an abnormal state. In the authentication method, an abnormal level is specified according to abnormal level reference data stored in advance in the abnormal level reference data storage unit from a context relating to the abnormality collected in advance and stored in the context storage unit. Then, the abnormality level is converted into the authentication strength level in accordance with a predetermined authentication strength level setting rule, and the authentication server according to the authentication strength level is executed.
JP 2004-086510 A JP 2005-135290 A JP 2006-260201 A JP 2007-065824 A

  However, in the content service providing system disclosed in Patent Document 1, a non-member site must permit access to its own site for a user who has passed authentication to the member site. In other words, the non-member site cannot change the authentication level or process adopted by the member site even if it wants to adopt its own authentication level or authentication process. In addition, the authentication system disclosed in Patent Document 2 allows the user to freely set the device authentication level within a range higher than the minimum authentication level, and changes authentication such as login to the service site. It is not disclosed.

  The distributed authentication system disclosed in Patent Document 3 can change the authentication level on the service site side, but does not give the user the discretion to determine the authentication level. Furthermore, in the authentication method of Patent Document 4, although the authentication strength is changed according to the level of abnormality, the discretion for determining the authentication level is not given to the user. In other words, the technologies disclosed in Patent Documents 1 to 4 cannot provide an authentication system that is easy to use for both the service site and the user.

  In order to solve the above-mentioned problem, in the form of the invention, the acceptance condition that the service server of the service provider that provides the service using the communication between the information processing apparatuses via the communication network permits the provision of the service An acceptance condition storage unit for storing authentication information, an authentication information storage unit for storing authentication information for authenticating a user who is to receive service provision from a service server through a service terminal, and an authentication terminal for a user connected to a communication network A user registration information storage unit that stores the terminal identification information in association with the user identification information of the user, an authentication request reception unit that receives the authentication request from the service server, and the user identification information included in the authentication request. From the authentication terminal specifying unit that specifies the terminal identification information according to the claim and the authentication terminal that matches the terminal identification information A certificate request receiving unit for receiving a certificate request from the authentication terminal, authentication information acquired from the authentication terminal, and authentication information stored in the authentication information storage unit. And the authentication determination unit that determines whether the result of the verification satisfies the acceptance condition, and the authentication determination unit determines that the result of the verification is that the verification result partially satisfies the acceptance condition. An authentication system is provided that includes an authentication result notifying unit that transmits a result notification indicating that the authentication has been successful to a service server.

  In another aspect of the invention, a user who wants to receive a service through a service terminal is authenticated from a service server of a service provider that provides a service using communication between information processing apparatuses via a communication network. An authentication information storage unit for storing authentication information for authentication, a user registration information storage unit for storing the terminal identification information of the user authentication terminal connected to the communication network in association with the user identification information of the user, and authentication from the service server An authentication request receiving unit for receiving a request, an authentication condition extracting unit for extracting an authentication condition from an authentication code included in the authentication request, an authentication item specifying unit for specifying an authentication item for authenticating a user based on the authentication condition, and an authentication request An authentication terminal specifying unit for specifying the terminal identification information related to the authentication request from the user identification information included in It is determined whether or not there is a connection from an authentication terminal that matches the information, and if so, a certificate request receiving unit that receives a certificate request from the authentication terminal, and authentication information acquired from the authentication terminal for the authentication item And the authentication information stored in the authentication information storage unit to determine whether or not each authentication item is the same, and the processing result specified by the authentication result and the authentication condition in the authentication determination unit And an authentication result notifying unit that transmits an authentication result notification to a service server.

  Note that the above summary of the invention does not enumerate all the necessary features of the invention, and sub-combinations of these feature groups can also be the invention.

  Hereinafter, the present invention will be described through embodiments of the invention. However, the following embodiments do not limit the invention according to the scope of claims, and all combinations of features described in the embodiments are included. It is not necessarily essential for the solution of the invention.

  FIG. 1 conceptually shows an overall system 10 that uses an authentication server 32 that is an example of an authentication system of the present embodiment. In the overall system 10, a user system 20 a, a user system 20 b, a service server 30 a, a service server 30 b, and an authentication server 32 are connected via a communication network 34. The user system 20a has an authentication terminal 22a and a service terminal 24a. The user system 20b includes an authentication terminal 22b and a service terminal 24b.

  Since the user system 20a and the user system 20b have the same configuration, the user system 20a and the user system 20b are simply referred to as “user system 20” unless otherwise distinguished. Similarly, when the authentication terminal 22a and the authentication terminal 22b, the service terminal 24a and the service terminal 24b, and the service server 30a and the service server 30b are not distinguished, they are simply “authentication terminal 22”, “service terminal 24”, “service server”, respectively. 30 ”in some cases.

  The authentication terminal 22 of the user system 20 is used when the user is authenticated by the authentication server 32. For example, a mobile phone can be exemplified. The service terminal 24 is used when a user connects to the service server 30 to receive service. For example, a personal computer can be exemplified.

  The service server 30 provides a service using communication between information processing apparatuses via the communication network 34. An example of the communication network 34 is the Internet.

  In the overall system 10, the user uses the service of the service server 30 using the service terminal 24 of the user system 20. When the service server 30 authenticates the user, the authentication server 32 performs all or part of the authentication. When the service server 30 authenticates the user, the service server 30 requests the service terminal 24 to input user identification information (for example, a user ID). Then, the service server 30 transmits an authentication request including the user identification information to the authentication server 32.

  When the user is requested for authentication from the service terminal 24, the user operates the authentication terminal 22 to transmit a certification request to the authentication server 32. User identification information may be recorded in advance in the authentication terminal 22, and user identification information may be included in the authentication request. Upon receiving the authentication request and the certification request, the authentication server 32 starts authentication. The authentication server 32 transmits the authentication result to the service server 30 that has received the authentication request.

  Note that each of the service server 30a and the service server 30b may have a user managed independently, and local user identification information may be given to a user managed by the service server 30a or the service server 30b. For example, the user of the user system 20a may be a member of the service server 30a, and local user identification information may be given from the service server 30a. Further, the user of the user system 20b is a member of the service server 30b, and local user identification information may be given from the service server 30b. In this case, global user identification information is given to the user system 20a and the user system 20b, and the local user identification information included in the authentication request transmitted from the service server 30a or the service server 30b is converted into the global user identification information in the authentication server 32. Converted.

  FIG. 2 shows an outline of user authentication in the authentication server 32. The user opens the lock 56, the lock 58, and the lock 60 by passing various authentications using the authentication terminal 22 held by the user as a key. The authentication may be successful when any of the lock 56, the lock 58, and the lock 60 is opened, and the user can be authenticated according to the type of the lock. The authentication terminal 22 held by the user is preferably carried by the user at all times, and is preferably a mobile phone or a personal digital assistant (PDA), for example.

  When the authentication server 32 authenticates the user, first, the user's login to the authentication server 32 is authenticated by user discretionary authentication (S40). As an authentication method, for example, authentication by a personal identification number, Q & A authentication, fingerprint authentication, and voiceprint authentication for authenticating by issuing a question and inputting a correct answer to the question can be exemplified. The authentication method may be designated by the user, and the authentication information used in the authentication is stored in the authentication information storage unit 108 in advance.

  Next, synchronized authentication is performed (S42). The synchronized authentication includes machine authentication (terminal authentication) of the user authentication terminal 22 and synchronized number authentication using a synchronized number. In the terminal authentication, it is verified whether or not the correspondence between the user identification information of the user who is the authentication requester and the terminal identification information matches that registered in the authentication server 32 in advance. In addition, when user identification information is local user identification information, you may convert into global user identification information. The validity of the user identification information is proved by terminal authentication.

  In the synchronization number authentication, the authentication server 32 displays the synchronization number on the service terminal 24, and the user reads the synchronization number from the service terminal 24 and inputs it to the authentication terminal 22. The authentication server 32 collates whether the number displayed on the service terminal 24 matches the number acquired from the authentication terminal 22. Since the sync number is known only to the user who is actually looking at the service terminal 24, it can be proved by the sync number authentication that the user who actually uses the service terminal 24 is the user who has requested the certification request.

  In the synchronization authentication in step S42, the user is authenticated by any one of PIN authentication, Q & A authentication, fingerprint authentication, voiceprint authentication, or a combination thereof. In the user authentication, the switch 50 can specify whether the user selects an authentication item or the service server. The switch 50 may be, for example, a hardware switch or a soft switch. When the service server side selects, the authentication condition is determined with reference to the acceptance condition storage unit 104.

  When the user passes these authentications, the authentication server 32 transmits an authentication result to the service server 30. The mode of transmission of the authentication result is designated by the switch 52. The switch 52 designates the continuation (relay) mode of the authentication service, and is designated by, for example, an authentication condition included in the authentication request. For example, when a service relay is specified in the authentication condition, the authentication server 32 generates login information for logging in to the service server 30 or reads out pre-recorded login information to send the user to the service server 30. In order to log in, login information may be transmitted to the service server 30.

  When the status relay is specified in the authentication condition, the authentication server 32 notifies the service server 30 of which authentication item has been successfully authenticated, and the service server 30 may perform additional unique authentication. (S44, S46). Note that the service server 30 may display the existing authentication screen 62 on the service terminal 24 or the authentication terminal 22 according to the selection of the switch 54 and execute the existing authentication process.

  FIG. 3 shows an overview of the overall system 10. The overall system 10 includes an authentication terminal 22, a service terminal 24, a service server 30, an authentication server 32, an access control 64, a user ID application unit 66, a remote control interface 68, a session trigger 70, a service relay process 72, a status relay process 74, A service ID and password 76, a service provider unique authentication information storage unit 78, a service provider registration information storage unit 102, an acceptance condition storage unit 104, a user registration information storage unit 106, and an authentication information storage unit 108 are provided.

  When the service terminal 24 requests service provision such as browsing to the service server, an authentication request is transmitted to the authentication server 32 via the session trigger 70. Further, the authentication terminal 22 transmits a certification request to the authentication server 32 via the remote control interface 68. The authentication server 32 receives the authentication request and the certification request and starts authentication. In the authentication process, the service provider registration information storage unit 102, the acceptance condition storage unit 104, the user registration information storage unit 106, and the authentication information storage unit 108 are referred to.

  In the authentication process, the access control 64 can be controlled according to the parameters specified in the acceptance condition, and the access control 64 controls the user registration information storage unit 106, the authentication information storage unit 108, the service relay process 72, or the status relay process 74. The service relay process 72 provides a seamless service to the service server 30 in response to the authentication result. For example, the user ID application unit 66 applies a service ID and password 76 to provide a direct login service to the service server 30.

  The status relay process 74 provides an authentication result to the service server 30 as a status in user authentication. For example, the user ID application unit 66 can be applied to the service provider unique authentication information storage unit 78 and the authentication result can be used for the unique authentication of the service server 30.

  FIG. 4 shows an outline of the authentication method of this embodiment. First, when processing is started on the service server side, the service server transmits an authentication request, and the user side handles authentication. When the user authentication terminal 22 is authenticated by the terminal ID (S80) and passed, the synchronization session is started (S82). Next, authentication conditions are extracted from the authentication request code (S84). Thereafter, the sync number is issued and displayed (S86), and the sync number authentication is performed (S88).

  When the user inputs the sync number and authentication is successful, user authentication is started (S90). If the user succeeds in authentication in the user authentication (S92), the process branches depending on the processing conditions (S94). In the case of the service relay process (S95), the service is directly logged in (S98). In the case of the status relay process (S96), authentication unique to the service server is performed (S97). When the user succeeds in authentication and logs in to the service (S98).

  FIG. 5 shows the entire system 10 showing the configuration of the authentication server 32 in detail. The authentication server 32 includes a data storage unit 100, an authentication request reception unit 120, a certification request reception unit 130, an identification information conversion unit 140, an authentication terminal identification unit 150, a synchronization number generation unit 160, a synchronization number transmission unit 170, a synchronization number input request Unit 180, synchronization number receiving unit 190, terminal authenticating unit 200, authentication condition extracting unit 210, authentication item specifying unit 220, input requesting unit 230, authentication information receiving unit 240, authentication determining unit 250, authentication result notifying unit 260, login information A generation unit 270, an intermediate synchronization number generation unit 300, an intermediate synchronization number transmission request unit 310, an intermediate authentication unit 320, and an intermediate authentication result transmission unit 330 are provided.

  FIG. 6 shows the data storage unit 100. The data storage unit 100 stores data that is referred to in management or authentication processing of a user or service provider. The data storage unit 100 includes a service provider registration information storage unit 102, an acceptance condition storage unit 104, a user registration information storage unit 106, an authentication information storage unit 108, a user selection authentication item storage unit 110, and a user identification information storage unit 112. Have.

  The service provider registration information storage unit 102 stores service provider registration information. The acceptance condition storage unit 104 stores acceptance conditions that allow the service server to provide the service. The user registration information storage unit 106 stores the terminal identification information of the user authentication terminal 22 in association with the user identification information of the user. The authentication information storage unit 108 stores authentication information for authenticating a user who intends to receive service provision from the service server 30 through the service terminal 24.

  The user selection authentication item storage unit 110 stores user selection authentication items that are authentication items selected by the user in advance. The user identification information storage unit 112 includes a local user identification information for identifying a user who uses a service for each service provider and is managed by the service server 30 of each service provider, and an authentication server 32 Stores in association with global user identification information for identifying a user to be managed. The user identification information storage unit stores the terminal identification information of the authentication terminal 22 in association with the global user identification information.

  The authentication request receiving unit 120 receives an authentication request from the service server 30. The authentication terminal specifying unit 150 specifies terminal identification information related to the authentication request from the user identification information included in the authentication request. When global user identification information is used as the user identification information, the authentication terminal identification unit 150 identifies the terminal identification information related to the authentication request from the global user identification information.

  When the authentication request includes local user identification information, the identification information conversion unit 140 converts the local user identification information into global user identification information with reference to the user identification information storage unit 112. The certificate request receiving unit 130 determines whether or not there is a connection from the authentication terminal 22 that matches the terminal identification information, and receives the certificate request from the authentication terminal 22 if it exists.

  After receiving the authentication request, the sync number generation unit 160 randomly generates a sync number that is an example of process identification information used in the authentication process related to the authentication request. The sync number generation unit 160 is an example of a process identification information generation unit. The synchronization number transmission unit 170 transmits a synchronization number, which is an example of process identification information, to the service terminal 24 in order to present it to the user. The synchronization number transmission unit 170 is an example of a process identification information transmission unit. The synchronization number input requesting unit 180 transmits to the authentication terminal 22 data for displaying a request screen prompting the user to input the synchronization number on the display screen of the authentication terminal 22 so that the authentication terminal 22 can input the synchronization number.

  The synchronization number receiving unit 190 receives the synchronization number from the authentication terminal 22. The terminal authentication unit 200 collates the synchronization number acquired from the authentication terminal 22 with the synchronization number generated by the synchronization number generation unit 160, and authenticates the authentication terminal 22 if they match. The authentication condition extraction unit 210 extracts the authentication condition from the authentication code included in the authentication request.

  The authentication item specifying unit 220 specifies an authentication item for authenticating the user based on the authentication condition. The authentication item specifying unit 220 specifies the user-selected authentication item as an authentication item when entrusting the user with the selection of the authentication item in the authentication condition. The authentication item specifying unit 220 specifies the authentication item according to the acceptance condition when the selection of the authentication item is not entrusted to the user in the authentication condition.

  The input request unit 230 transmits screen data that prompts the user to input all or part of the authentication information to the authentication terminal 22. The authentication information receiving unit 240 receives the authentication information input from the authentication terminal 22.

  The authentication determination unit 250 collates the authentication information acquired from the authentication terminal 22 with the authentication information stored in the authentication information storage unit 108. And it is judged whether the result of collation satisfies acceptance conditions. Alternatively, it is determined whether or not the verification matches in each authentication item.

  When the authentication determination unit 250 determines that the verification result partially satisfies the acceptance condition, the authentication result notification unit 260 transmits a result notification to the service server 30 that the authentication is successful for the portion where the verification result is satisfied. To do. Alternatively, the authentication result notifying unit 260 generates or reads login information for the user to log in to the service of the service server 30 when the authentication determining unit 250 determines that the result of the verification completely satisfies the acceptance condition, and logs in Information is transmitted to the service server 30 as a result notification. Alternatively, when the authentication determination unit 250 determines that the verification result completely satisfies the acceptance condition, the authentication result notification unit 260 performs all of the authentications required by the acceptance condition so that the service server 30 performs unique additional authentication. Is sent to the service server 30.

  Further, the authentication result notification unit 260 transmits an authentication result notification to the service server 30 according to the authentication result in the authentication determination unit 250 and the processing condition specified by the authentication condition. For example, the authentication result notifying unit 260 is the authentication determining unit 250 when the authentication determining unit 250 determines that the authentication information matches for some authentication items, and the status relay is specified in the processing condition. A result notification indicating that the authentication has been successfully completed for the authentication item for which the authentication information match is determined in 250 is transmitted to the service server 30.

  Alternatively, the authentication result notifying unit 260 is the authentication determining unit 250 when the authentication determining unit 250 determines that the authentication information matches for all authentication items, and the status relay is specified in the processing condition. Then, a result notification indicating that the authentication has succeeded is transmitted to the service server 30 for all authentication items for which the authentication information matches. Alternatively, the authentication result notifying unit 260 is the case where the authentication determining unit 250 determines that the authentication information matches for all authentication items, and the service relay is specified in the processing condition, the user is in the service. Generate or read login information for logging in. Then, the login information is transmitted to the service server 30 as a result notification.

  The login information generation unit 270 generates information for the user to log in to the service of the service server 30. Alternatively, information for logging in to the service recorded in advance is read out.

  The mid-synchronization number generation unit 300 is used in the authentication process for the authentication request in response to receiving the authentication request from the service server 30 (that is, the authentication request during the service) after the service server 30 starts the service. An intermediate sync number is generated. The midway synchronization number is an example of midway processing identification information. The intermediate sync number can be generated according to a predetermined algorithm that is initialized with the sync number generated in the authentication process when starting the service as a parameter. The midway synchronization number transmission request unit 310 requests the user authentication terminal 22 to transmit the midway synchronization number.

  The midway authentication unit 320 receives the midway sync number generated by the authentication terminal 22 according to the same algorithm as the midway sync number generation unit 300, and the midway sync number generated by the midway sync number generation unit 300 and the authentication terminal 22 The generated halfway sync number is checked, and the user is authenticated if they match. The midway authentication result transmission unit 330 transmits the authentication result by the midway authentication unit 320 to the service server 30.

  FIG. 7 shows an example of the authentication method of this embodiment. First, the service provider registers with the authentication server 32 (S500). Next, the user registers in the authentication server 32 (S600). Subsequently, an authentication request is received from the service server 30 of the registered service provider (S700).

  On the other hand, a certification request related to the authentication request is received from the user authentication terminal 22 (S800). In the authentication, user authentication (S1000) is executed following authentication (S900) of the authentication terminal 22. When the authentication is completed, the authentication result is transmitted to the service server 30 (S1200).

  FIG. 8 shows a processing flow when the service provider registers with the authentication server 32. First, a registration request is transmitted from the service server 30 to the authentication server 32 (S502). When the authentication server 32 receives the registration request (S504), the authentication server 32 examines whether the registration is permitted (S506). If the registration is rejected, a registration rejection message is transmitted to the service server 30 (S508).

  If registration is permitted in step S506, the service server 30 is requested to transmit acceptance conditions (S510). The service server 30 transmits acceptance conditions in response to the request (S512). When the authentication server 32 receives the acceptance condition, it records it in the acceptance condition storage unit 104 (S514).

  After recording the acceptance condition, the authentication server 32 issues an ID (service provider identification information) to the service server 30 (S516). The service server 30 receives the ID (S518), and the process on the service server 30 ends. For example, if the authentication server 32 requests transmission of other information together with the transmission request of the acceptance condition in step S510, the service provider registration information storage unit 102 uses the received information about the requested information as a registration item. (S520). This completes the service provider registration process.

  FIG. 9 shows a processing flow when the user registers in the authentication server 32. First, the user transmits a registration request from the authentication terminal 22 to the authentication server 32 (S602). Although an example in which a registration request is transmitted from the authentication terminal 22 is shown here, for example, a registration request is transmitted from a personal computer to the authentication server 32 via the Internet, and the URL of the authentication server 32 is sent to the authentication terminal 22. The registration process may be started by a method such as sending the described mail.

  When the authentication server 32 receives the registration request (S604), the authentication server 32 acquires a terminal ID (terminal identification information) included in the transmission data of the registration request (S606). Examples of the terminal identification information include a telephone number (in the case of a mobile phone) and a MAC address. Next, the authentication server 32 requests the authentication terminal 22 to transmit authentication information (S608). The user inputs the authentication terminal 22 authentication information in response to the authentication information transmission request (S610), and transmits it to the authentication server 32 (S612).

  The authentication information is information unique to the user or information that only the user knows, and authenticates the person who presented the information that matches the authentication information as the user. Examples of the authentication information include a personal identification number, an answer (A) in Q & A, a voice print, and a fingerprint. In response to an authentication information input request from the authentication server 32, the user can select and register an authentication item. For example, when only a password is input, authentication based on the password can be selected as discretionary authentication of the user. Note that authentication at the user's discretion may be succeeded only by synchronized authentication without inputting authentication information.

  Upon receiving the authentication information, the authentication server 32 records the authentication information in the authentication information storage unit 108 in association with the user identification information (S614). Thereafter, the authentication server 32 requests transmission of a user selection authentication item, which is an item to be authenticated in user discretionary authentication (S616). The user inputs the user selection authentication item to the authentication terminal 22 (S618) and transmits it to the authentication server 32 (S620). Then, the authentication server 32 records the received user selection authentication item in the user selection authentication item storage unit 110 (S622). Although an example in which the user is explicitly requested to input the user selection authentication item is shown here, for example, the authentication item input when inputting the authentication information may be defined as the user selection authentication item.

  Next, the authentication server 32 issues a user ID (user identification information) to the user (S624) and transmits it to the authentication terminal 22 (S626). The authentication terminal 22 receives the user identification information from the authentication server 32 (S628) and ends the process. The authentication server 32 associates the user ID (user identification information) and the terminal ID (terminal identification information), records them in the user registration information storage unit 106 (S630), and ends the process.

  FIG. 10 shows a processing flow from generation of an authentication request, which is a precondition for authentication by the authentication server 32, to start of authentication processing. The generation of the authentication request starts when a service request is issued from the user service terminal 24 to the service server 30 (S702). Receiving the service request from the service terminal 24 (S704), the service server 30 starts an authentication process (S706). The service server 30 requests the user service terminal 24 to input a user ID (S708). Here, the user ID (user identification information) requested by the service server 30 may be either global user identification information or local user identification information.

  The user inputs the user ID to the service terminal 24 (S710) and transmits it (S712). The service server 30 receives the user ID (S714), and transmits an authentication request including the user ID to the authentication server 32 (S716). The authentication request can include an authentication condition in addition to the user ID. The authentication condition can include an authentication item indicating an authentication level, a processing condition for specifying post-authentication processing, and a discretionary right specification indicating whether the authentication item is left to the user's discretion.

  Upon receiving the authentication request (S718), the authentication server 32 determines whether the authentication request is an authentication request from the registered service server 30 (S720). If it is not a registered service server 30, the process is terminated. Here, “end processing” includes terminating the processing after performing appropriate error processing such as transmitting a message indicating that processing cannot be continued because it is not registered in the service server. The same applies hereinafter.

  If it is determined in step S720 that the authentication request is an authentication request from the registered service server 30, the authentication server 32 extracts a user ID and an authentication condition from the authentication request (S722). Then, it is determined whether or not the extracted user ID is a registered user ID (S724), and if it is not registered, the process is terminated. If it is registered, it is determined whether the user ID is a local ID (local user identification information) (S726). If it is a local ID, it is converted to a global ID (global user identification information) (S728). If it is not a local ID, the user ID can be determined as a global ID, and the subsequent processing is performed with the global ID.

  FIG. 11 shows a processing flow until the authentication process is started after the authentication server 32 receives the certificate request. The certificate request is transmitted, for example, when prompted by a message displayed on the service terminal 24 and the user operates his / her own authentication terminal 22 to connect to the authentication server 32 (S802).

  Upon receiving the certificate request, the authentication server 32 acquires the terminal ID (terminal identification information) included in the transmission data of the certificate request (S804), and determines whether the terminal ID is the registered user (S806). If it is not for a registered user, the process ends. If it is determined that it is the registered user terminal ID, it is then determined whether the user ID and the terminal ID correspond (S808). If not, the process ends.

  Next, the authentication server 32 determines whether the user ID corresponding to the terminal ID is a local ID (local user identification information) (S810). If it is a local ID, it is converted into a global ID (global user identification information) (S812). If it is not a local ID, the user ID can be determined as a global ID, and the subsequent processing is performed with the global ID.

  FIG. 12 shows a processing flow of synchronized authentication. It is determined whether the user IDs included in the authentication request and the certification request match (S902). If they do not match, the process ends. If they match, a synchronization session is started (S904).

  When the synchronization session is started, a synchronization number is generated (S906), the synchronization number is transmitted to the service terminal 24, and a request for inputting the synchronization number is transmitted to the authentication terminal 22 (S908, S910). The service terminal 24 displays the sync number (S912), and the authentication terminal 22 displays the sync number input request screen (S914).

  When the user inputs the sync number on the input request screen, the authentication terminal 22 transmits the input sync number (S916). The authentication server 32 determines whether the received sync number matches the issued sync number (S918). If they do not match, the process ends. If they match, it is assumed that the terminal authentication is successful (S920).

  In synchronized authentication, if the synchronized numbers match, that is, if the authentication is successful, the person operating the service terminal 24 (recognizing the synchronized number by looking at the monitor) and the synchronized terminal 22 are input the synchronized number. Strongly suggests that the person is the same person. This indicates that at least the person who operates the authentication terminal 22 is a person who can know the display contents of the service terminal 24. Therefore, the validity of both terminals is inferred by the success of the synchronized authentication, and it may be determined that the authentication of the terminals is successful.

  FIG. 13 shows a process flow of user authentication. In user authentication, an authentication item is specified from the authentication condition (S1000). Then, an input of authentication information is requested for the specified authentication item (S1002). The user inputs authentication information to the authentication terminal 22 (S1004) and transmits it (S1006). The authentication server 32 collates the authentication information input to the authentication terminal 22 and received and the authentication information recorded in the authentication information storage unit 108 for each authentication item (S1008).

  FIG. 14 shows a specific processing flow of an authentication item. It is determined whether the authentication condition leaves the selection of the authentication item to the user's selection (S1102). If it is left to the user selection, the user selects the authentication item selected by referring to the user selection authentication item storage unit 110 as the authentication item used in the collation in step S1008 (S1104). If it is not entrusted to the user selection, the authentication item specified in the acceptance condition is specified as the authentication item used in the collation in step S1008 with reference to the acceptance condition storage unit 104 (S1106).

  FIG. 15 shows an authentication result transmission flow. In step S1202, it is determined whether the authentication condition is designated as a service relay (S1202). If it is designated as a service relay, it is further determined whether or not the verification matches for all authentication items (S1204).

  If it is determined that they match, the login information for logging in to the service is transmitted to the service server 30 (S1206). The service server 30 receives the login information and logs the user in from the service terminal 24 (S1208). The user receives a service from the service terminal 24 (S1210).

  If it is determined in step S1204 that the verification does not match for all authentication items, the authentication server 32 notifies the service server 30 of the authentication failure (S1212). The service server 30 receives the authentication failure message and notifies that it cannot log in to the service terminal 24 (S1214). The service terminal 24 fails to log in (S1216).

  If it is determined in step S1202 that the service relay is not specified, it is determined that the authentication condition is specified for the status relay, and then it is determined whether the verification is the same for all authentication items (S1222). If it is determined that they match, authentication success is notified for all authentication items (S1224). The service server 30 performs additional authentication (S1226). The user performs authentication corresponding to the additional authentication process at the service terminal 24 or the authentication terminal 22 (S1228).

  If it is determined in step S1222 that all the authentication items do not match, the authentication server 32 notifies the authentication success of the successful authentication item (S1230). For example, the service server 30 performs authentication for insufficient authentication items (S1232). The user performs authentication correspondence at the service terminal 24 or the authentication terminal 22 (S1228).

  FIG. 16 shows another example of the authentication method of this embodiment. The authentication method of this example can be applied when the service server 30 authenticates the user while the user is logged in to the service server 30 and is receiving the service.

  For example, the user logs in to the service server 30 using the authentication method described above (S1302). The user receives service provision (S1304), and the service server 30 determines whether to authenticate the user during the service (S1306). For example, even after logging in at an auction site, there is a case where it is desired to authenticate each time like bidding or listing. In addition, there are cases where it is desired to authenticate a user again when performing procedures such as transferring funds after logging in on a financial site. In such a case, user authentication can be performed during the service.

  If it is determined that the user is to be authenticated during the service, an intermediate authentication process is executed (S1308). It is determined whether the authentication is successful (S1310). If it is determined that the authentication is successful, the process returns to step S1304 to continue the service. If the authentication fails, the service is terminated (S1312).

  FIG. 17 shows an example of the midway authentication process. First, when the service server 30 tries to authenticate a user in the middle of a service, an authentication request is transmitted to the authentication server 32 (S1402). The authentication server 32 that has received the authentication request in the middle specifies the authentication terminal 22 from the user ID (S1404).

  When the authentication terminal 22 is specified, it is determined whether there is a connection with the specified authentication terminal 22 (S1406). If there is no connection, the service server 30 is notified of the authentication failure (S1408). The service server 30 receives this (S1410).

  If it is determined in step S1406 that there is a connection, the authentication server 32 generates an intermediate synchronization number (S1412). The midway synchronization number can be generated according to a predetermined algorithm that is initialized using, for example, the synchronization number at the time of login authentication generated in step S906 as a parameter. Then, the authentication server 32 requests the authentication terminal 22 to transmit the midway synchronization number (S1414). In response to the request, the authentication terminal 22 generates an intermediate synchronization number (S1416) and transmits it (S1418). The authentication terminal 22 is provided with a program of the same algorithm as the algorithm for generating an intermediate sync number used in the authentication server 32, and the authentication terminal 22 generates an intermediate sync number using the program.

  The authentication server 32 receives the midway sync number from the authentication terminal 22 (S1420), and collates the midway sync number generated in step S1412 with the midway sync number received in step S1420 (S1422). It is determined whether or not the collation matches (S1424). If they match, the service server 30 is notified of successful authentication (S1426). The service server 30 receives this (S1428). If the verification does not match, the service server 30 is notified of the authentication failure (S1408), and the service server 30 receives this (S1410).

  FIG. 18 shows an example of a login page system that can be applied to the login page of the service server 30. The login page system module is installed in the login page directory of the service server 30. This module incorporates a CGI program set in conjunction with the user information storage unit 1452 of the service server 30. The login page 1450 of the service server 30 is provided with a link button to the authentication server, and when the user clicks the link button, the page switches to the page 1454 for logging in with the authentication server 32. This login page system includes a control program 1458 for a system administrator, manages an association information storage unit 1456 between the user ID of the service server 30 and the user ID for using the authentication server 32, and performs access control and access log. Can be managed.

  According to the authentication server and the authentication method of the present embodiment described above, the service provider can transmit an authentication request by specifying an authentication condition suitable for its own service. On the other hand, even if a user uses a large number of services, as long as the service provider providing the service uses the authentication server 32, a large number of services can be received with a single user ID. That is, if the authentication system and the authentication method of the present embodiment are used, convenience for both the service provider and the user can be improved.

  In addition, since the user holds the authentication terminal 22 for authentication separately from the service terminal 24 used for browsing the service server 30 and the like, and the user is authenticated using the authentication terminal 22, the user can be authenticated at a higher level. Can be authenticated. Since the service server 30 can specify acceptance conditions in advance, the service server 30 can determine the level of authentication at its own discretion. Since the user can use a plurality of service servers 30 by using a single user identification information (user ID), convenience for the user is enhanced.

  Even if the result of the authentication does not satisfy all the acceptance conditions, the result is notified about the authentication item that passed the authentication, so that the user can be uniquely authenticated on the service server 30 side. Since the authentication condition can be specified for the authentication request of the service server 30, an authentication level or an authentication process different from the predetermined acceptance condition can be specified. It is possible to specify that the authentication level is left to the user in the authentication condition, and an authentication system that is highly convenient for the user can be provided.

  FIG. 19 shows an example of the hardware configuration of the authentication server 32 according to the present embodiment. The authentication server 32 according to this embodiment includes a CPU peripheral unit including a CPU 1505, a RAM 1520, a graphic controller 1575, and a display device 1580 connected to each other by a host controller 1582, and an input / output controller 1584 to the host controller 1582. Input / output unit having communication interface 1530, hard disk drive 1540, and CD-ROM drive 1560 connected, and legacy input / output having ROM 1510, flexible disk drive 1550, and input / output chip 1570 connected to input / output controller 1584 A section.

  The host controller 1582 connects the RAM 1520 to the CPU 1505 and the graphic controller 1575 that access the RAM 1520 at a high transfer rate. The CPU 1505 operates based on programs stored in the ROM 1510 and the RAM 1520 to control each unit. The graphic controller 1575 acquires image data generated by the CPU 1505 or the like on a frame buffer provided in the RAM 1520 and displays the image data on the display device 1580. Alternatively, the graphic controller 1575 may include a frame buffer that stores image data generated by the CPU 1505 or the like.

  The input / output controller 1584 connects the host controller 1582 to the communication interface 1530, the hard disk drive 1540, and the CD-ROM drive 1560, which are relatively high-speed input / output devices. The communication interface 1530 communicates with other devices via a network. The hard disk drive 1540 stores programs and data used by the CPU 1505 in the authentication server 32. The CD-ROM drive 1560 reads a program or data from the CD-ROM 1595 and provides it to the hard disk drive 1540 via the RAM 1520.

  The input / output controller 1584 is connected to the ROM 1510, the flexible disk drive 1550, and the relatively low-speed input / output device of the input / output chip 1570. The ROM 1510 stores a boot program that the authentication server 32 executes at startup, a program that depends on the hardware of the authentication server 32, and the like. The flexible disk drive 1550 reads a program or data from the flexible disk 1590 and provides it to the hard disk drive 1540 via the RAM 1520. The input / output chip 1570 connects various input / output devices via a flexible disk drive 1550 such as a parallel port, a serial port, a keyboard port, and a mouse port.

  A communication program provided to the hard disk drive 1540 via the RAM 1520 is stored in a recording medium such as the flexible disk 1590, the CD-ROM 1595, or an IC card and provided by the user. The communication program is read from the recording medium, installed in the hard disk drive 1540 in the authentication server 32 via the RAM 1520, and executed by the CPU 1505.

  The communication program installed and executed on the authentication server 32 works on the CPU 1505 and the like, and the authentication server 32 is described with reference to FIGS. 1 to 18, the data storage unit 100, the authentication request reception unit 120, and the certification request reception unit 130. , Identification information conversion unit 140, authentication terminal identification unit 150, synchro number generation unit 160, synchro number transmission unit 170, synchro number input request unit 180, synchro number reception unit 190, terminal authentication unit 200, authentication condition extraction unit 210, authentication Item identification unit 220, input request unit 230, authentication information reception unit 240, authentication determination unit 250, authentication result notification unit 260, login information generation unit 270, midway sync number generation unit 300, midway sync number transmission request unit 310, midway authentication Unit 320 and midway authentication result transmission unit 330.

  As mentioned above, although this invention was demonstrated using embodiment, the technical scope of this invention is not limited to the range as described in the said embodiment. It will be apparent to those skilled in the art that various modifications or improvements can be added to the above-described embodiment. It is apparent from the scope of the claims that the embodiments added with such changes or improvements can be included in the technical scope of the present invention.

The whole system 10 using the authentication server 32 which is an example of the authentication system of this embodiment is shown notionally. An overview of user authentication in the authentication server 32 is shown. An overview of the overall system 10 is shown. The outline | summary of the authentication method of this embodiment is shown. 1 shows an overall system 10 showing the configuration of an authentication server 32 in detail. A data storage unit 100 is shown. An example of the authentication method of this embodiment is shown. A processing flow in the case where a service provider registers in the authentication server 32 is shown. A processing flow when the user registers in the authentication server 32 is shown. A processing flow from the generation of an authentication request, which is a precondition for authentication by the authentication server 32, to the start of authentication processing is shown. The processing flow until authentication processing is started after the authentication server 32 receives a certificate request is shown. The processing flow of synchronized authentication is shown. The processing flow of user authentication is shown. The specific processing flow of an authentication item is shown. An authentication result transmission flow is shown. The other example of the authentication method of this embodiment is shown. An example of an intermediate authentication process is shown. An example of the login page system applicable to the login page of the service server 30 is shown. An example of the hardware constitutions of the authentication server 32 which concerns on this embodiment is shown.

Explanation of symbols

DESCRIPTION OF SYMBOLS 10 Overall system 20 User system 20a User system 20b User system 22 Authentication terminal 22a Authentication terminal 22b Authentication terminal 24 Service terminal 24a Service terminal 24b Service terminal 30 Service server 30a Service server 30b Service server 32 Authentication server 34 Communication network 50 Switch 52 Switch 54 Switch 56 Lock 58 Lock 60 Lock 62 Existing authentication screen 64 Access control 66 User ID application section 68 Remote control interface 70 Session trigger 72 Service relay process 74 Status relay process 76 Password 78 Service provider unique authentication information storage section 100 Data storage section 102 Service provider registration information storage unit 104 Acceptance condition storage unit 06 User registration information storage unit 108 Authentication information storage unit 110 User selection authentication item storage unit 112 User identification information storage unit 140 Identification information conversion unit 150 Authentication terminal identification unit 160 Sync number generation unit 170 Sync number transmission request unit 180 Sync number input request unit 190 synchronization number reception unit 200 terminal authentication unit 210 authentication condition extraction unit 220 authentication item specification unit 230 input request unit 240 authentication information reception unit 250 authentication determination unit 260 authentication result notification unit 270 login information generation unit 300 intermediate synchronization number generation unit 310 intermediate Sync number transmission request unit 320 Intermediate authentication unit 330 Intermediate authentication result transmission unit 1450 Login page 1452 User information storage unit 1454 Page 1456 Association information storage unit 1458 Control program 1505 CPU
1510 ROM
1520 RAM
1530 Communication interface 1540 Hard disk drive 1550 Flexible disk drive 1560 CD-ROM drive 1570 Input / output chip 1575 Graphic controller 1580 Display device 1582 Host controller 1584 Input / output controller 1590 Flexible disk 1595 CD-ROM

Claims (18)

A service server of a service provider that provides a service using communication between information processing apparatuses via a communication network; a reception condition storage unit that stores a reception condition that permits the provision of the service;
An authentication information storage unit for storing authentication information for authenticating a user who intends to receive provision of the service from the service server through a service terminal;
A user registration information storage unit for storing terminal identification information of the user authentication terminal connected to the communication network in association with the user identification information of the user;
An authentication request receiver for receiving an authentication request from the service server;
From the user identification information included in the authentication request, an authentication terminal specifying unit that specifies the terminal identification information according to the authentication request;
A determination is made as to whether or not there is a connection from an authentication terminal that matches the terminal identification information, and if there is a certificate request reception unit that receives a certificate request from the authentication terminal;
An authentication determination unit for verifying authentication information acquired from the authentication terminal and authentication information stored in the authentication information storage unit, and determining whether a result of the verification satisfies the acceptance condition;
An authentication result notification for transmitting, to the service server, a result notification indicating that the authentication has succeeded for a portion where the verification result is satisfied when the verification determination unit determines that the verification result partially satisfies the acceptance condition. And
An authentication system comprising: The authentication result notifying unit generates or reads login information for the user to log in to the service when the authentication determining unit determines that the result of the verification completely satisfies the acceptance condition, and Sending information to the service server as a result notification;
The authentication system according to claim 1. The authentication result notifying unit, when the authentication determining unit determines that the result of the verification completely satisfies the acceptance condition, the authentication required by the acceptance condition to cause the service server to perform original additional authentication. A result notification indicating that all of the services are successful is sent to the service server.
The authentication system according to claim 1. After receiving the authentication request, a process identification information generating unit that randomly generates process identification information used in the authentication process according to the authentication request;
A process identification information transmitting unit that transmits the process identification information to the service terminal in order to present the process identification information to the user;
The process identification information acquired from the authentication terminal is compared with the process identification information generated by the process identification information generation unit, and a terminal authentication unit that authenticates the authentication terminal if they match,
The authentication system according to claim 1, further comprising: Local user identification information for identifying a user who uses the service for each service provider and managed by the service server of each service provider, and a user managed by the authentication system A user identification information storage unit that stores the global user identification information in association with each other,
An identification information conversion unit that converts local user identification information included in the authentication request into the global user identification information with reference to the user identification information storage unit;
Further comprising
The user registration information storage unit stores the terminal identification information in association with the global user identification information,
The authentication terminal specifying unit specifies terminal identification information according to the authentication request from the global user identification information.
The authentication system according to claim 1. In response to receiving the authentication request after the start of the service, midway generating process identification information used in the authentication process for the authentication request according to a predetermined algorithm initialized with the process identification information as a parameter A process identification information generation unit;
The intermediate process identification information generated by the authentication terminal according to the algorithm is received, and the intermediate process identification information generated by the intermediate process identification information generation unit and the intermediate process identification information generated by the authentication terminal are checked and matched. A middle authentication unit for authenticating the user in the case,
An intermediate authentication result transmission unit for transmitting the result of the authentication by the intermediate authentication unit to the service server;
The authentication system according to claim 1, further comprising: An acceptance condition storage stage in which a service server of a service provider that provides a service using communication between information processing apparatuses via a communication network stores an acceptance condition that permits the provision of the service;
An authentication information storing step for storing authentication information for authenticating a user who intends to receive provision of the service from the service server through a service terminal;
A user registration information storage step of storing terminal identification information of the user authentication terminal connected to the communication network in association with the user identification information of the user;
Receiving an authentication request from the service server;
From the user identification information included in the authentication request, an authentication terminal specifying stage for specifying the terminal identification information according to the authentication request;
Determining whether or not there is a connection from an authentication terminal that matches the terminal identification information, and if so, a certificate request reception step of receiving a certificate request from the authentication terminal;
An authentication determination step of verifying authentication information acquired from the authentication terminal and authentication information stored in the authentication information storage step, and determining whether a result of the verification satisfies the acceptance condition;
An authentication result notification for transmitting to the service server a result notification indicating that the authentication has succeeded for a portion where the verification result is satisfied when it is determined in the authentication determination step that the verification result partially satisfies the acceptance condition Stages,
An authentication method comprising: An authentication program for an authentication system, wherein the authentication system is
An acceptance condition storage unit in which a service server of a service provider that provides a service using communication between information processing apparatuses via a communication network stores an acceptance condition that permits provision of the service;
An authentication information storage unit for storing authentication information for authenticating a user who intends to receive provision of the service from the service server through a service terminal;
A user registration information storage unit for storing terminal identification information of the user authentication terminal connected to the communication network in association with the user identification information of the user;
An authentication request receiver for receiving an authentication request from the service server;
From the user identification information included in the authentication request, an authentication terminal specifying unit that specifies terminal identification information according to the authentication request,
A certificate request receiving unit that determines whether or not there is a connection from an authentication terminal that matches the terminal identification information, and if present, receives a certificate request from the authentication terminal;
An authentication determination unit for verifying authentication information acquired from the authentication terminal and authentication information stored in the authentication information storage unit, and determining whether a result of the verification satisfies the acceptance condition;
An authentication result notification for transmitting, to the service server, a result notification indicating that the authentication has succeeded for a portion where the verification result is satisfied when the verification determination unit determines that the verification result partially satisfies the acceptance condition. Part,
Authentication program to function as. Authentication information for storing authentication information for authenticating a user who intends to receive provision of the service through a service terminal from a service server of a service provider that provides a service using communication between information processing apparatuses via a communication network A storage unit;
A user registration information storage unit for storing terminal identification information of the user authentication terminal connected to the communication network in association with the user identification information of the user;
An authentication request receiver for receiving an authentication request from the service server;
An authentication condition extraction unit that extracts an authentication condition from an authentication code included in the authentication request;
An authentication item specifying unit for specifying an authentication item for authenticating the user based on the authentication condition;
From the user identification information included in the authentication request, an authentication terminal specifying unit that specifies the terminal identification information according to the authentication request;
A determination is made as to whether or not there is a connection from an authentication terminal that matches the terminal identification information, and if there is a certificate request reception unit that receives a certificate request from the authentication terminal;
For the authentication item, the authentication information acquired from the authentication terminal is compared with the authentication information stored in the authentication information storage unit, and an authentication determination unit that determines whether or not the authentication items match,
An authentication result notifying unit for transmitting the authentication result notification to the service server in accordance with an authentication result in the authentication determining unit and a processing condition specified by the authentication condition;
An authentication system comprising: A user selection authentication item storage unit for storing a user selection authentication item preselected by the user;
When the authentication item specifying unit entrusts the user to select the authentication item in the authentication condition, the authentication item specifying unit specifies the user selection authentication item as the authentication item.
The authentication system according to claim 9. An acceptance condition storage unit for storing an acceptance condition for allowing the service server to provide the service;
The authentication item specifying unit specifies the authentication item according to the acceptance condition when the user does not leave the selection of the authentication item to the user in the authentication condition.
The authentication system according to claim 9. The authentication result notifying unit is a case where the authentication determination unit determines that the authentication information matches for some authentication items, and the status determination is specified in the processing condition, the authentication determination A result notification indicating that the authentication has been successfully completed for the authentication item for which the authentication information match is determined by the unit, to the service server,
The authentication system according to claim 9. The authentication result notifying unit is a case where the authentication determining unit determines that the authentication information matches for all authentication items, and if the status relay is specified in the processing condition, the authentication determining unit A result notification indicating that the authentication has succeeded for all the authentication items for which a match of the authentication information has been determined.
The authentication system according to claim 9. The authentication result notifying unit is a case where the authentication determining unit determines that the authentication information matches for all authentication items, and if the service relay is specified in the processing condition, the user Generating or reading login information for logging in to the service, and sending the login information to the service server as a result notification;
The authentication system according to claim 9. Local user identification information for identifying a user who uses the service for each service provider and managed by the service server of each service provider, and a user managed by the authentication system A user identification information storage unit that stores the global user identification information in association with each other,
An identification information conversion unit that converts local user identification information included in the authentication request into the global user identification information with reference to the user identification information storage unit;
Further comprising
The user registration information storage unit stores the terminal identification information in association with the global user identification information,
The authentication terminal specifying unit specifies terminal identification information according to the authentication request from the global user identification information.
The authentication system according to claim 9. In response to receiving the authentication request after the start of the service, midway generating process identification information used in the authentication process for the authentication request according to a predetermined algorithm initialized with the process identification information as a parameter A process identification information generation unit;
The intermediate process identification information generated by the authentication terminal according to the algorithm is received, and the intermediate process identification information generated by the intermediate process identification information generation unit and the intermediate process identification information generated by the authentication terminal are checked and matched. A middle authentication unit for authenticating the user in the case,
An intermediate authentication result transmission unit for transmitting the result of the authentication by the intermediate authentication unit to the service server;
The authentication system according to claim 9, further comprising: Authentication information for storing authentication information for authenticating a user who intends to receive provision of the service through a service terminal from a service server of a service provider that provides a service using communication between information processing apparatuses via a communication network A storage phase;
A user registration information storage step of storing terminal identification information of the user authentication terminal connected to the communication network in association with the user identification information of the user;
Receiving an authentication request from the service server;
An authentication condition extraction step of extracting an authentication condition from an authentication code included in the authentication request;
An authentication item specifying step for specifying an authentication item for authenticating the user based on the authentication condition;
From the user identification information included in the authentication request, an authentication terminal specifying stage for specifying the terminal identification information according to the authentication request;
Determining whether or not there is a connection from an authentication terminal that matches the terminal identification information, and if so, a certificate request reception step of receiving a certificate request from the authentication terminal;
For the authentication item, the authentication information obtained from the authentication terminal and the authentication information stored in the authentication information storage step are collated, and an authentication judgment step for judging whether or not each authentication item matches,
An authentication result notification step of transmitting the authentication result notification to the service server in accordance with an authentication result in the authentication determination step and a processing condition specified by the authentication condition;
An authentication method comprising: An authentication program for an authentication system, wherein the authentication system is
Authentication information for storing authentication information for authenticating a user who intends to receive provision of the service through a service terminal from a service server of a service provider that provides a service using communication between information processing apparatuses via a communication network Storage,
A user registration information storage unit that stores terminal identification information of an authentication terminal of the user connected to the communication network in association with the user identification information of the user;
An authentication request receiver for receiving an authentication request from the service server;
An authentication condition extraction unit for extracting an authentication condition from an authentication code included in the authentication request;
An authentication item specifying unit for specifying an authentication item for authenticating the user based on the authentication condition;
From the user identification information included in the authentication request, an authentication terminal specifying unit that specifies terminal identification information according to the authentication request,
A certificate request receiving unit that determines whether or not there is a connection from an authentication terminal that matches the terminal identification information, and if present, receives a certificate request from the authentication terminal;
For the authentication item, an authentication determination unit that compares the authentication information acquired from the authentication terminal with the authentication information stored in the authentication information storage unit, and determines whether each authentication item matches.
An authentication result notifying unit for transmitting the authentication result notification to the service server in accordance with an authentication result in the authentication determining unit and a processing condition specified by the authentication condition;
Authentication program to function as.