KR20050087560A - Certification system in network and method thereof, and recoding medium - Google Patents

Abstract

The present invention relates to an authentication system and a method through a network, and a recording medium.

In the present invention, the first authentication is performed in connection with the mobile communication service system based on the first information provided from the user connecting through the wireless network, and the access server of the wired network of the corresponding system based on the second information provided from the next user. Perform secondary authentication in conjunction with. When the first and second authentications are made, the wired network and the historical information on the wireless network are provided to the user.

According to the present invention, authentication for a user connecting through a wireless network is made reliably, and stable service provision is performed.

Description

Authentication system in network and method, and recording medium

The present invention relates to an authentication system and a method thereof, and more particularly, to a system and method for authenticating a user connecting through a wireless network, and a recording medium.

Recently, with the rapid increase of the Internet, electronic commerce targeting people around the world has been developed and used through the same media as the Internet. E-Commerce generally refers to commercial commerce involving the flow of money using electronic media and electronic technologies and means under an integrated automated information system environment between companies and companies, between companies and individuals, between individuals and individuals, or between governments and enterprises. But also includes a series of activities such as customer marketing, advertising, procurement, service, content provision, production, transportation, and purchase.

According to the development of technology, electronic commerce through wireless internet as well as wired internet is being actively performed, and e-commerce is more active through wireless internet due to the advantage that anytime, anywhere can obtain the desired information. As the use of the wireless Internet is active, a service is being provided that allows personal information such as commerce information or mail information made on the wired Internet to be checked on the wireless Internet.

In order to use the personal information viewing service, you must register as a member in the system that provides the service, and when you use the service, you must be certified as a member of the system to use the service. In general, the user enters his or her identification number (eg, ID) and password, and the system allows the user to use the service according to whether the entered information and the stored information match.

However, since user authentication is based only on the ID and password entered by the user, it is not possible to prevent the third party from stealing and using the user's ID and password. In particular, when a paid service is provided, financial damages to a user may occur due to illegal activities by third parties.

Therefore, the technical problem to be achieved by the present invention is to make the user authentication more stable through the network.

In particular, the technical problem to be achieved by the present invention is to link the history information for the users using the services provided through different networks, and to ensure that the authentication for using the history information is made stable.

In accordance with an aspect of the present invention, a recording medium according to an aspect of the present invention is connected to a mobile communication service system through a network, and in an authentication method of a system for performing authentication for a user connecting through a first network and a second network. a) receiving first identification information of the user and an identification number of the wireless terminal from a user connecting through the second network; b) requesting authentication by transmitting the first identification information and the identification number of the wireless terminal to the mobile communication service system; c) receiving second identification information from the user and performing authentication; And d) when the authentication is performed, a program in which a function is implemented that includes providing a requested service to a wireless terminal of a user connected through the second network.

DETAILED DESCRIPTION Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. As those skilled in the art would realize, the described embodiments may be modified in various different ways, all without departing from the spirit or scope of the present invention.

In an embodiment of the present invention, the user connects each piece of history information about all activities (e-mail transmission, product purchase, payment, etc.) performed by each user accessing the system through the first network and the second network, and provides them to the user. do. In order to interwork and provide such information, the first authentication is performed on the user in conjunction with the mobile communication service system, and the second authentication is performed on the user, thereby ensuring stable user authentication.

For example, if the first network is called the wired Internet (also called "Web" for convenience), and the second network is called the wireless Internet (also called "WAP (wireless application protocol)" for convenience), The system can be connected to the system through a swap to receive historical information generated on the web. To this end, the system according to an embodiment of the present invention provides the first information (eg, social security number, wireless number of the wireless terminal, etc.) provided from a user connecting through a swap to the mobile communication service system. Authentication is performed, and after receiving the second information (for example, ID, password, etc., given on the web for access to the system) from the user, and delivering the information to the server performing authentication on the web, 2 Make sure the car is certified. When such primary and secondary authentications are made and the user is determined to be a legitimate user, the system provides the user with historical information on the web. Accordingly, a service for exposing personal information, such as e-mail, to a user through a swap, or a service for billing of general content services is provided. In particular, in the embodiment of the present invention, when the user needs to charge, the user may process the billing using a payment account issued on the web.

In the embodiments described below, for the sake of convenience of description, authentication performed in the system is referred to as primary authentication and secondary authentication. However, the primary authentication and the secondary authentication have no meaning of limiting the order. That is, secondary authentication may be performed after the primary authentication, or primary authentication may be performed after the secondary authentication.

Next, the structure and operation of the authentication system through the network according to an embodiment of the present invention will be described based on this concept.

1 illustrates a structure of an authentication system according to an embodiment of the present invention.

As shown in FIG. 1, the authentication system 100 through a network according to an embodiment of the present invention includes a plurality of networks through a network 200 including all types of networks in various forms such as a telephone network, a wired Internet, and a wireless communication network. It is connected to the user terminal (300,400). In addition, the mobile communication system 600 is connected through the network 200. In this case, a server of a separate security authentication company, that is, the authentication gateway 500, is provided between the authentication system 100 and the mobile communication system 600. May be connected.

The user terminal 300 is a communication device that can be connected to the authentication system 100 through the network 200. For example, various communication devices such as a wired telephone, a wireless terminal, a computer, and a TV that can access the Internet may be used. . Therefore, users can access the authentication system 100 conveniently and quickly using PC communication, wired Internet, wireless Internet, telephone network, and the like. For convenience of description, the wired terminal of the user is referred to as the first terminal 300 and the wireless terminal as the second terminal 400.

The authentication system 100 connected to the terminals 300 and 400 includes the first and second access servers 10 and 20, the first and second authentication servers 30 and 40, the database server 50, and the payment. Server 60.

The first access server 10 performs an access process for users connecting through a wired internet (first network), and may be called a web server. The second access server 20 performs an access process for users accessing through the wireless Internet (second network), and may be called a swap server.

The first authentication server 30 performs an authentication process for a user accessing through the first access server 10. For this purpose, information about a user who can receive a service through the system, that is, a member is stored. The member database 31 includes a first authentication unit 32 that authenticates a user connecting through the first access server 10 based on the information stored in the member database. The member database 31 may store information (ID, password, social security number, etc.) about a user (registered user) registered as a member in the system.

The second authentication server 40 performs an authentication process for the user accessing through the second access server 20, and for this purpose, the second authentication server 40 performs authentication for the user accessing through the second access server 20. A first processing unit 42 which includes a second authentication unit 41 and optionally gives a user a temporary identification code, a second processing unit 43 for converting the user's temporary identification code into a formal identification code, and An authentication user database 44 is stored in which information about authenticated users is stored.

Here, the second authenticator 41 authenticates the authentication in association with the mobile communication service system 600 based on the wireless telephone number of the user's wireless terminal and the social security number of the wireless terminal subscriber transmitted from the second access server 20. Perform. In addition, the second authentication unit 41 performs first authentication in connection with the mobile communication service system 600 with respect to a user connected through the second access server 20, and then provides additional information provided from the user. Transfer to the authentication server 30 so that the second authentication for the user is made.

On the other hand, the authentication user database 44 stores the information about the authenticated users, for example, a social security number (hereinafter referred to as "resident number") that is the first identification information of the user, the wireless terminal of the The radio number (here, the radio number is a radio phone number of the terminal, but is not limited to this may be separate identification numbers assigned to the terminal) is matched with each other and stored. In addition, the ID of the user may be stored corresponding to the social security number and the wireless number. Here, the ID may be a formal ID given at the time of membership registration or a temporary ID temporarily assigned by the system.

Meanwhile, the database server 50 may include a first log database 51 in which history information of users connected through the first network is stored, and a second log in which history information of users connected through the second network is stored. Database 52 is included.

History information of the user is stored in the first log database 42 and the second log database 43 for each user ID. Here, the history information is information on all activities performed by the user by accessing the system. For example, the history information may be transmitted / received information, product purchase information, payment information, etc. registered in a mail account. It may include information such as the payment account, the earning history, withdrawal history that the cyber money provided, and the like.

The payment server 60 performs a payment for a paid service provided to a user connected through the first access server 10 or the second access server 20. In particular, in the embodiment of the present invention, Therefore, the payment is performed using the payment account provided by the system. The payment account can be given to each user, and cyber money provided by the system is stored.

In the authentication system according to the embodiment of the present invention as described above, each of the servers 10 to 60 are classified in terms of their function, and the present invention is not limited thereto. For example, all the databases may be configured to be included in the database server 50, or the first and second authentication servers 40 may be integrated and operated as one authentication server. In addition, the first or second access server 10 or 20 may be configured to include the first or second authentication server 40 and the database server 50, respectively, or the first and second access server 20 The authentication server 30 and the database server 50 may be formed in the form.

In addition, the first or second authentication server 30 or 40 may optionally include the above-described components as necessary, and each of the components may also be implemented as an independent server to process corresponding functions. . Further, the databases 41 to 43 are also not limited to being classified as described above.

Next, the operation of the authentication system according to each embodiment of the present invention will be described based on such a structure.

2 illustrates an example of an operation state of each server in the authentication process according to an embodiment of the present invention, and the authentication method according to the embodiment is sequentially illustrated in FIGS. 3A and 3B.

First, it is assumed that a user who receives a service after accessing the system 100 through the first network, that is, the web, registers as a member, and wishes to receive a predetermined service through a second network, that is, swap.

In this case, as shown in FIG. 3A, in the state where the user has driven a program (for example, a swap browser) for a wireless Internet connection in the second terminal, that is, the wireless terminal 400, the authentication system 100. When a URL for connecting is input, this URL information is transmitted to a mobile communication service system 600 (not shown) through the WAP gateway, and the mobile communication service system 600 authenticates the user's wireless terminal according to this URL information. (100). As such, when the connection between the authentication system 100 and the user's wireless terminal 400 is made, the second access server 20 transmits a predetermined swap page to the wireless terminal 400 so that the user can use the wireless Internet. (S100 to S110).

Subsequently, when the service request is required for charging, the second access server 20 receives information for identification, that is, a social security number, from the user in order to authenticate whether the corresponding user is a legitimate user (S120 to S140). That is, the second access server 20 requests and inputs the social security number to the wireless terminal 400.

Next, the second access server 20 obtains the radio number of the user's wireless terminal (S150), and requests authentication while transferring the obtained radio number and social security number to the second authentication server 40 (S160). In general, the communication between the wireless terminal and the system is based on the wireless number of the wireless terminal, so that all messages transmitted from the wireless terminal to the system automatically include the wireless number, and additionally the user input information. . Therefore, the second access server 20 can easily obtain the radio number according to the message provided from the radio terminal 400. This process is well known in the field of wireless communication, and thus a detailed description thereof will be omitted.

The second authentication unit 32 of the second authentication server 30 requests the authentication by providing the delivered social security number and the wireless number to the mobile communication service system 600, and then the terminal is legitimate according to the result delivered. It is determined whether the user is a legitimate user (S170). The mobile communication service system 600, based on a database in which information on users who use its wireless communication, is stored, the social security number corresponding to the received wireless number and the social security number received from the second authentication server 40. Determine whether or not, and transmits the result to the second authentication server (40) (S180).

At this time, when the first authentication unit 31 of the authentication server 30 determines that the social security number input by the user matches the telephone number corresponding to the wireless terminal by the mobile communication service system 600, the authentication accuracy is corrected. For example, in order to confirm whether the wireless terminal is the real owner, the mobile terminal transmits an authentication message to the wireless number input by the user through the mobile communication service system 600 and allows the user to input the authentication message sent to the wireless terminal. can do. In this case, the SMS authentication process is performed to determine whether the user is a legitimate user according to whether the input authentication message and the transmitted authentication message match. The SMS authentication process is to prevent the user from stealing the wireless number of the terminal and the social security number of the user without having the wireless terminal. This SMS authentication process may optionally be performed.

After this authentication process, the first processing unit 42 of the second authentication server 40 gives the user a temporary ID, and then associates the entered social security number with the wireless number to the authentication user database 44. Store it (S190-S200). On the other hand, if the result of the non-authentication is sent from the mobile communication service system 600 because the resident number input by the user in step S190 does not match the registered number, the second authentication unit 41 of the second authentication server 40. ) Notifies that the service is not available to the user's wireless terminal 400 through the second access server 20 (S210).

Next, as shown in FIG. 3B, the second authentication unit 41 of the second authentication server 40 immediately services the user even if primary authentication is performed through the mobile communication service system as described above to improve security. Is not provided, and additionally requests the input of the ID and password granted from the system 100 to the user's wireless terminal 400 (S220). When the ID and password are transmitted from the user's wireless terminal 400, the second authenticator 41 requests the authentication while transferring it to the first authentication server 30 that performs authentication on the web (S230 to S240). ).

In response to such an authentication request, the first authentication unit 32 of the first authentication server 30 searches the member database 31 based on the ID and password transmitted, and determines whether there is a matching ID and password. The result is transmitted to the second authenticator 41 (S250).

The second authentication unit 41 of the second authentication server 40 cannot provide the service to the user unless the ID provided by the user and the corresponding password are not present in the member database 31 according to the result of the transmission. Notification is made (S260 to S270). On the contrary, if it is confirmed that the ID and the corresponding password exist in the member database 31, it is determined that the user is a legitimate user and the service is provided to the user. That is, the second authentication unit 41 transfers the user ID to the second processing unit 42 so that the second processing unit 42 changes the temporary ID of the user stored in the authentication user database 44 to the ID. In operation S280, the user ID is provided to the second access server 20. Accordingly, the second access server 20 finds and provides history information stored in the first log database 51 and the second log database 52 based on the ID provided from the second authentication server 40 to the user ( S190). Specifically, the second access server 20 provides the user's ID to the first access server 10 to request history information, and accordingly, the second access server 20 sends the first log database 51 from the first access server 10 to the first log database 51. When history information stored in correspondence with the ID is delivered, history information stored in the second log database 52 corresponding to the ID is provided to the user.

As described above, after authentication of the wireless terminal connected through the swap and authentication of the user using the wireless terminal are performed, history information on the web is provided to the user, thereby providing service on the swap. It is made more stable.

On the other hand, when history information on the web is provided to the user according to the authentication as described above, the history information stored in the first log database 51 for payment of the service provided by the user through the wireless terminal 400. Can be requested based on That is, when there is a payment account in which the cyber money or the like is granted to the user in the system, the user may request payment using the cyber money stored in the payment account on a swap, and accordingly, the second access server 20 The billing server 60 requests billing using a billing account while providing billing details according to a user's ID and service usage history.

The payment server 60 inquires the information of the payment account corresponding to the ID provided from the first log database 51, and if the payment details can be processed by the cyber money accumulated in the payment account, payment using the cyber money Perform Next, after changing the information of the payment account according to the payment processing (change processing of the information stored in the first log database may be performed in connection with the first access server), and the payment processing result is displayed in the second access server 20. ), The second access server 20 provides a corresponding paid service (for example, a content download service) to which the payment is made to the user's wireless terminal 400.

According to this embodiment of the present invention, after the first and second authentications are made, payment is performed using payment account information on the web, thereby preventing the use of the service on the swap by an illegal user.

On the other hand, in addition to the payment using the payment account, when the user requests a payment using a wireless phone number, the second access server 20 provides the user's wireless phone number and payment details to the mobile communication service system 600 Request a payment. Accordingly, the billing for the service provided by the user is made at the time of billing the wireless telephone number later.

In addition, in the above embodiment, after the first authentication by the association with the mobile communication service system 600, the step of granting the user a temporary ID and storing it in the authentication user database 44 (S200), and the first connection After the second authentication through the server 10, the step (S280) of changing the temporary ID to a user ID may be selectively performed.

On the other hand, in the above embodiment, even if the user is subscribed to a number of sites as a member, it is possible to provide history information on a predetermined site to the user connected via the swap. If the user is registered as a member in multiple sites, the member database 31 corresponds to the user identification number (for example, social security number), the address of the site the user has registered as a member, the ID and secret at the site. The number is stored, and the first log database 51 stores history information about the activity made at each site corresponding to the corresponding ID. 4 illustrates data stored in the member database 31 and the first log database 51. Unlike the example of FIG. 4, the first log database may include a plurality of databases in which history information is separately stored for each site.

 5, the authentication process according to another embodiment of the present invention is sequentially shown.

As illustrated in FIG. 5, when a user who is registered as a member of a plurality of sites requests a service for interlocking history information of the web by accessing the swap, the second access server 20 may perform wireless operation of the user as described above. First authentication is performed using the wireless telephone number of the terminal and the user's social security number, and an ID and password are provided from the user to additionally perform authentication in association with the first access server 10 (S400 to S430).

After the authentication for the user is performed as in the above embodiment, when the user requests history information on the web, the second access server 20 transmits the user's ID to the first access server 10 and transmits the history information. Request (S440).

The first access server 10 searches the member database 31 based on the transmitted ID, checks the address of the site registered with the corresponding ID and password (S450), and based on the site address, the first log database ( 51), history information corresponding to the corresponding ID is read from the plurality of history information corresponding to the site address, and transmitted to the second access server 20 (S460 to S470). Accordingly, the second access server 20 provides the transmitted history information to the user's wireless terminal 400 (S480).

On the other hand, when the user uses the same ID in more than one site, the first access server 10 receives the address of the site corresponding to the ID provided from the user through the second access server 20 of the user's wireless terminal ( 400), the user can select a site to be provided (S490 to S500). In this case, the user may request history information of all sites corresponding to the ID, or select one or more sites (S510).

When the identification number of the site selected by the user is provided through the second access server 20, the first access server 10 may receive history information corresponding to the site from the first log database 51. 20) to be provided to the user (S510 to S540).

According to such an embodiment, even when a user is registered as a member of a plurality of sites, the user can easily access history information of a predetermined site by accessing through a swap.

On the other hand, in the above-described embodiments, if the information on the first and second authenticated users is stored in the authentication user database, the next time the user connects through the swap, the user without the above authentication process You can also provide information.

Such an authentication method may be implemented in the form of a program stored in a recording medium such as a hard disk, a CD-ROM, a floppy disk, or the like.

Although specific embodiments of the present invention have been described so far, various modifications are possible without departing from the scope of the present invention. For example, although the resident number is used as the first identification information of the user and the ID is used as the second identification information, different numbers may be different information from the first identification information or the second identification number.

Therefore, the scope of the present invention should not be limited to the described embodiments, but should be defined not only by the scope of the following claims, but also by the equivalents of the claims.

As described above, according to the present invention, the authentication of the user connecting through the wireless network is made reliably, thereby providing a stable service.

In particular, in addition to authentication using the telephone number of the wireless terminal, authentication using identification information (ID, password, etc.) granted on the user's web is additionally performed, so that a third party can request a service using the user's wireless terminal. Can be effectively prevented.

1 is a structural diagram of an authentication system through a network according to an embodiment of the present invention.

2 is an exemplary view showing an operation state of each server during authentication processing according to an embodiment of the present invention.

3A and 3B are flowcharts of an authentication method according to an exemplary embodiment of the present invention.

4 is an exemplary diagram of data stored in a member database and a first log database according to another embodiment of the present invention.

5 is a flowchart illustrating an authentication method according to another embodiment of the present invention.

Claims (1)

In an authentication method of a system connected to a mobile communication service system through a network and performing authentication for a user connecting through a first and a second network, a) receiving first identification information of the user and an identification number of the wireless terminal from a user connecting through the second network; b) requesting authentication by transmitting the first identification information and the identification number of the wireless terminal to the mobile communication service system; c) receiving second identification information from the user and performing authentication; And d) if the authentication is performed, providing a requested service to a wireless terminal of a user connected through the second network; A recording medium storing a program implemented with a function comprising a.