JP6448758B1 - Transportation card admission management system - Google Patents

Abstract

An entrance management system capable of performing entrance management without directly using a digital ticket is provided. An entrance management system can uniquely identify a traffic IC card from a user terminal of a legitimate authorized person prior to entering a specific area, and when the legitimate authorized person visits the specific area. The card ID acquisition part 106 which acquires the card ID of the 1st type of the traffic type | system | group IC card which can be used, and the digital for the said authorized person to enter into a specific area the acquired 1st type card ID A visitor information storage unit 104 that stores the ticket in association with a ticket ID for identifying the ticket, and the traffic IC card used when the person to be authenticated visits the specific area when entering the specific area. And a collation unit 112 that obtains the first type of card ID and collates with the first type of card ID of the authorized person in the visitor information storage unit. [Selection] Figure 1

Description

  The present invention relates to an entrance management system that performs user authentication when entering an event venue or the like.

  In recent years, there has been an increasing demand for electronic tickets that allow paperless admission to participate in events and the like (for example, Patent Document 1).

JP-A-11-225143

  A digital ticket system that authenticates the identity of a person by purchasing a digital ticket from a smartphone or the like on an Internet purchase site and displaying the barcode or QR code (registered trademark) of the digital ticket when entering an event venue such as a concert. While there is a merit to be able to confirm the identity, visitors are not familiar with smartphone operation, or the barcode or QR code of the digital ticket cannot be displayed due to running out of battery. , Etc. had occurred.

  In view of such problems, an object of the present invention is to provide an entrance management system capable of performing entrance management without directly using a digital ticket.

  In order to solve the above-described problem, an aspect of the present invention is an entrance management system for performing entrance management to a specific area where only authorized persons who should be permitted to enter can enter. Prior to admission, it is a first type of card ID that can uniquely identify a traffic IC card from the user terminal of the authorized person, and can be used when the authorized person visits the specific area. A digital ticket for the rightful person to enter the specific area with a card ID acquisition unit for acquiring a first type of card ID of a traffic IC card and the acquired first type of card ID And a visitor information storage unit that stores the information in association with a ticket ID that identifies the user ID, and the exchange used when the authentication target person enters the specific area when the authentication target person enters the specific area. A verification unit that obtains the first type of card ID of the traffic type IC card from the system IC card and compares it with the first type of card ID of the authorized person stored in the visitor information storage unit And an admission management system.

  Another aspect of the present invention is a method for performing admission management to a specific area that is executed by a computer system and that can be entered only by a legitimate authorized person who should permit admission. Prior to this, the first type of card ID that can uniquely identify the traffic IC card from the user terminal of the authorized person, which can be used when the authorized person visits the specific area. Including a step of acquiring a first type of card ID of a traffic IC card, wherein the computer system is configured to allow the authorized person to enter the specific area with the acquired first type of card ID. A visitor information storage unit for storing the digital ticket in association with a ticket ID; and when the authentication target person enters the specific area, the authentication target Obtains the first type card ID of the traffic IC card from the traffic IC card used when visiting the specific area, and stores the legitimate authorized person stored in the visitor information storage unit. Checking with a first type of card ID.

  Moreover, the other aspect of this invention is a program for making a computer system perform said method.

It is a figure explaining the outline | summary of the admission management system which concerns on one Embodiment of this invention. It is a figure which shows an example of a structure of the entrance management system which concerns on one Embodiment of this invention. An example of the data memorize | stored in the visitor information storage part which concerns on one Embodiment of this invention is shown. It is a figure which shows an example of the hardware constitutions of each apparatus which concerns on one Embodiment of this invention. It is a sequence diagram which shows an example of the process regarding the participation application to the event of the admission management system which concerns on one Embodiment of this invention. It is a sequence diagram which shows an example of the process regarding the time of admission to the event hall of the admission management system which concerns on one Embodiment of this invention.

  Embodiments of the present invention will be described below with reference to the drawings. In each figure referred in the following description, the same part as another figure is shown with the same code | symbol.

(Outline of admission management system)
FIG. 1 is a diagram for explaining the outline of the admission management system according to the present embodiment. For example, a person who intends to participate in an event such as a concert accesses the ticket server 10 (for example, a ticket sales site) from a computer terminal (user terminal 20) such as his / her smartphone in advance via the Internet and performs a ticket purchase procedure. (However, tickets may be distributed free of charge). The ticket server 10 stores user data such as name and address input by the user in the ticket purchase procedure in a storage device such as a database of the ticket server 10 and distributes the digital ticket to the user terminal 20 (ST1).

  After the participant downloads the digital ticket from the ticket server 10 to the user terminal 20, the participant holds the user terminal 20 over the transportation IC card 21 scheduled to be used for transportation to the event venue. In the present embodiment, as an example, the transportation IC card 21 is a card having a FeliCa (registered trademark) function. Specifically, for example, Suica (registered trademark), PASMO (registered trademark), or the like can be used as the traffic IC card 21. The participant holds the user terminal 20 over the traffic IC card 21 that he / she intends to use, and reads the IDm (card ID) of the traffic IC card 21 by the NFC (Near Field Communication) function of the user terminal 20 ( ST2). Then, the read IDm is transmitted from the user terminal 20 to the ticket server 10 (ST3).

  The ticket server 10 stores the IDm of the received traffic IC card 21 in association with the participant user data stored at the time of ticket distribution to the participant (ST4). Then, the ticket server 10 requests the FP (FeliCa pocket) authentication server 30 for FP authentication (activation request) for the traffic IC card 21 (ST5). The FP authentication server 30 performs an activation process for the traffic IC card 21 and, when the activation process is successful, notifies the ticket server 10 to that effect. Further, the ticket server 10 notifies the user terminal 20 that it has been activated (ST6).

  When the user terminal 20 receives the activation notification from the ticket server 10, the user terminal 20 can read the FPID (the ID of the FeliCa pocket) stored in advance in the traffic IC card 21 (the key is locked before activation). And cannot be read). The user terminal 20 reads the FPID from the traffic IC card 21 (ST7). Then, the user terminal 20 transmits the read FPID together with IDm to the ticket server 10 (ST8). Further, when the ticket server 10 receives the FPID from the user terminal 20, the ticket server 10 stores the FPID in association with the user data of the participant.

  After executing the above processing before the event, the participant arrives at the event venue using the transportation IC card 21 using the transportation IC card 21 on the day of the event (ST9). The participant can enter the event venue by using the transportation IC card 21 and passing through a security gate (not shown) at the entrance of the event venue, for example. At the event venue, the security gate or the like has an authentication function, and confirms that it is a registered participant by inquiring the ticket server 10 about the FPID read from the participant's transportation IC card 21. .

  Note that FIG. 1 is described as an example, and the admission management system according to the present embodiment is not limited to this.

(Admission management system configuration)
FIG. 2 is a diagram illustrating an example of the configuration of the admission management system according to the present embodiment. The admission management system 1 according to the present embodiment includes a user terminal 20 operated by an event participant and a ticket server 10 that manages admission to a specific area where only a legitimate authorized person who should be allowed to enter the event venue can enter. And the FP authentication server 30. The ticket server 10 also distributes paid / free digital tickets in response to a request from the user terminal 20 operated by an event participant, and the ticket server 10 is a server device that provides, for example, a ticket sales site. The FP authentication server 30 is a server device that performs FeliCa authentication.

(User terminal)
The user terminal 20 is a computer terminal such as a smartphone that can be operated by an event participant. Further, the user terminal 20 has a function of communicating with the traffic IC card 21 like NFC, for example. The user terminal 20 includes a ticket acquisition unit 202, a card ID output unit 204, and an authentication ID acquisition unit 206.

  The ticket acquisition unit 202 acquires a digital ticket from the ticket server 10. More specifically, for example, the ticket acquisition unit 202 accesses the ticket server 10 via the Internet. For example, on a website for application for admission, the name, address, Accepts input of user data such as a telephone number and transmits the user data to the ticket server 10. The transmitted user data is received by the ticket distribution unit 102 of the ticket server 10 described later, and a participation application is accepted. Thereafter, when the ticket distribution process is completed in the ticket server 10, the digital ticket is distributed from the ticket distribution unit 102 of the ticket server 10. The ticket acquisition unit 202 receives the digital ticket data and stores it in a storage device such as a hard disk in the user terminal 20.

  The card ID output unit 204 uses, for example, a function such as NFC from the transportation IC card 21 that can be used when a legitimate authorized person (participant who has received a digital ticket, etc.) visits a specific area. The card ID of the transportation IC card 21 is acquired, and the card ID is output to the ticket server 10. At this time, the ticket ID may be output together. The output card ID is acquired by the card ID acquisition unit 106 of the ticket server 10. Card ID is card ID which can identify a traffic IC card uniquely. “Card ID” corresponds to IDm in this embodiment. In addition, the authorized person is not only the person who applied for regular participation, but also the person who has received the right to enter properly from the participating applicant (for example, the procedure for changing the participant to the event) May also apply.

  When the authentication ID acquisition unit 206 receives notification that the FP authentication server 30 has been activated, the authentication ID acquisition unit 206 acquires an authentication ID from the traffic IC card 21 using the NFC function or the like. Then, the acquired authentication ID is transmitted to the ticket server 10. The “authentication ID” corresponds to the FPID in this embodiment.

(Ticket server)
The ticket server 10 includes a ticket distribution unit 102, a visitor information storage unit 104, a card ID acquisition unit 106, an activation request unit 108, an authentication ID storage unit 110, a verification unit 112, and a result output unit 114. And an issuing unit 116.

  The ticket distribution unit 102 distributes the digital ticket to the user terminal 20 in response to a request from the ticket acquisition unit 202 of the user terminal 20. At this time, the ticket ID of the distributed digital ticket is stored in the visitor information storage unit 104 (along with user data such as the name, address, and telephone number of the applicant who wants to participate transmitted from the user terminal 20).

  The card ID acquisition unit 106 is a card ID (which corresponds to IDm of the present embodiment) that can uniquely identify the traffic IC card from the user terminal 20 of the authorized person prior to entering the specific area, The card ID of the traffic IC card that can be used when the legitimate authority visits the specific area is acquired from the user terminal 20.

  The visitor information storage unit 104 enters the card ID of the traffic IC card that can be used when the legitimate authorized person acquired by the card ID obtaining unit 106 enters the specific area into the specific area owned by the legitimate authorized person. And a ticket ID for identifying the ticket to be stored. In addition to the ticket ID and the card ID of the legitimate authority, the visitor information storage unit 104 includes an authentication ID (this embodiment) that is an ID of a type different from the card ID related to the transportation IC card. The FPID may be stored in association with an authentication ID of a traffic IC card that can be used when a legitimate authorized person visits a specific area.

  FIG. 3 shows an example of data stored in the visitor information storage unit 104. In FIG. 3, a ticket ID for uniquely identifying a digital ticket, user data of a participant's name / address / phone number, a card ID, and an authentication ID are associated in a database format.

  First, when there is an application for purchase of a digital ticket or the like from the user terminal 20 to the ticket server 10, the ticket server 10 distributes the digital ticket to the user terminal 20, and the ticket ID of the digital ticket is applied to the purchase application. It is stored in the visitor information storage unit 104 together with the user data of the applicant transmitted at the time. Thereafter, for example, the applicant holds the user terminal 20 over the transportation IC card 21 of the transportation facility that is scheduled to be used on the day of the event, and the card ID (for example, IDm) stored in the transportation IC card 21 is NFC. When acquired by the function or the like, the card ID is stored in the visitor information storage unit 104 (column of “card ID” in FIG. 3). After that, when the activation processing (FeliCa authentication) is executed in the FP authentication server 30 for the traffic IC card 21, the FP authentication server 30 notifies the ticket server 10 to that effect. The ticket server 10 further notifies the user terminal 20 that the activation process has been performed.

  When the activation process is executed for the traffic IC card 21, the user terminal 20 can read the authentication ID (for example, FPID) stored in advance in the traffic IC card 21 by a function such as NFC. When the user terminal 20 reads the authentication ID from the traffic IC card 21, the user terminal 20 transmits the authentication ID together with the card ID to the ticket server 10. The ticket server 10 stores the received authentication ID in the visitor information storage unit 104 (column of “authentication ID” in FIG. 3).

  In addition, if the admission authority is transferred to another person afterwards, for example, when the participant of the event is changed to another person, for example, new participation is made online to change the participant. When information such as the name, address, and telephone number of the person is registered, the contents of the “name”, “address”, and “phone number” fields in FIG. 3 may be changed. Furthermore, when the traffic IC card 21 scheduled to be used on the day of the event is changed for some reason, the card ID and authentication ID registration process is executed again, and the contents of the visitor information storage unit 104 are changed. It may be updated.

  Returning to FIG. 2, the activation request unit 108 requests activation processing (FeliCa authentication) of the traffic IC card 21 of the authorized person who has applied for event participation. When the activation process is normally completed in the FP authentication server 30, the fact is notified to the ticket server 10, and further notified from the ticket server 10 to the user terminal 20.

  The authentication ID storage unit 110 receives from the user terminal 20 the authentication ID read from the traffic IC card 21 of the authorized person by the user terminal 20 after the activation process, and stores the authorized ID in the attendee information storage unit 104. The ticket ID and the card ID are stored in association with each other (see FIG. 3).

  When the verification target person enters the specific area, the verification unit 112 obtains the card ID of the traffic IC card from the traffic IC card used when the authentication target person enters the specific area. The card ID of the authorized person stored in the information storage unit 104 is collated. Further, when the visitor information storage unit 104 stores the ticket ID and the card ID of the legitimate authorized person in association with the authentication ID of the traffic IC card of the legitimate authorized person, the verification unit 112 Instead of the card ID, the authentication ID of the traffic system IC card is obtained from the traffic system IC card used when the authentication target person enters the specific area when entering the specific area. It may be verified with the authentication ID of the authorized person stored in the visitor information storage unit 104.

  The result output unit 114 outputs the collation result in the collation unit 112. More specifically, for example, when the collation result in the collation unit 112 is a result that the collation is unsuccessful, the collation is unsuccessful on a display (not shown) provided in the ticket server 10. A message to that effect may be displayed. Further, for example, the collation result may be displayed on an attendant computer (including a mobile terminal such as a smartphone) in the vicinity of the entrance management system 1. Then, if the collation result is unsuccessful, for example, the user data such as the address of the authorized person stored in the visitor information storage unit 104 is displayed on the clerk's computer and actually visited The user data described on the identification card carried by the person to be authenticated may be visually confirmed. At this time, for example, user data of a legitimate authorized person stored in the visitor information storage unit 104 together with the collation result may be transmitted to the attendant computer, or the attendee may be previously entered in the attendant computer. A copy of the user data of the authorized person stored in the information storage unit 104 may be stored.

  The issuing unit 116 issues information used in the specific area when the verification in the verification unit 112 is successful. For example, when the verification by the verification unit 112 is successful, the issuing unit 116 issues a seat ticket indicating a seat in a specific area such as an event venue assigned to the person to be authenticated (entrance person). Then, the person to be authenticated can take the seat ticket issued and enter the specific area to sit in his / her seat. In addition, the information issuing method by the issuing unit 116 may be various methods such as printing out on a paper basis and transmitting the information to the mobile terminal of the visitor in the form of electronic data. The issuing method may be paper-based, electronic data format, or output by voice.

(FP authentication server)
The FP authentication server 30 is a server device that performs FeliCa authentication. The FP authentication server 30 includes an activation processing unit 302.

  The activation processing unit 302 performs the activation process when receiving a request for activation of the traffic IC card 21 of the authorized person from the activation request unit 108 of the ticket server 10. Since this activation process is a known technique, it will not be described in detail here. When the activation process is normally completed, the activation processing unit 302 notifies the ticket server 10 of the fact.

  The example of the configuration of the admission management system 1 according to the present embodiment has been described above, but the present invention is not limited to this. Each configuration in the ticket server 10 is provided in one apparatus in the present embodiment, but these configurations may be distributed in a plurality of apparatuses. Furthermore, each configuration may be realized by cooperation of a plurality of devices.

(Hardware configuration)
Each device described above can be realized by a hardware configuration similar to that of a general computer device. FIG. 4 is a diagram illustrating an example of a hardware configuration of each apparatus. As an example, the computer apparatus 4 shown in FIG. 4 includes a processor 41, a RAM 42, a ROM 43, a built-in hard disk device 44, an external hard disk device, a CD, a DVD, a USB memory, a memory stick, an SD card and the like. A memory 45, a wired / wireless communication interface 46 capable of communicating with other computer devices, and an input / output user interface 47 (display, touch panel, keyboard, mouse, speaker, lamp, etc.) for the user to exchange data Is provided. The function of each component of each device according to the present embodiment can be realized by, for example, the processor 41 reading a program stored in advance in the hard disk device 44, the ROM 43, the removable memory 45, etc. into a memory such as the RAM 42 and executing it. It is. Note that the hardware configuration shown in FIG. 4 is merely an example, and the present invention is not limited to this.

(Processing sequence)
5 and 6 are sequence diagrams illustrating an example of processing in the admission management system according to the present embodiment. In the sequence diagrams of FIGS. 5 and 6, the card ID is IDm and the authentication ID is FPID.

(Sequence when applying for participation)
FIG. 5 is a sequence diagram illustrating an example of processing related to an event participation application.

  A person who wants to participate in the event operates the user terminal 20 to access the ticket server 10 (for example, a ticket purchase site), and inputs user data such as his / her name, address, and telephone number to process the participation application. If done, the content of the application including the user data is transmitted to the ticket server 10 (step S102). Upon receiving the application content, the ticket server 10 assigns a digital ticket to the applicant who wants to participate, and stores the received content in the visitor information storage unit 104 together with the ticket ID (step S104). The ticket server 10 distributes the digital ticket to the user terminal 20 (step S106).

  After receiving the digital ticket, the user terminal 20 holds the user terminal 20 such as a smartphone over the traffic IC card 21 to be used when going to the event venue, and uses a function such as NFC to transport the IC card. IDm is received from 21 (step S108). The user terminal 20 transmits the IDm received from the traffic IC card 21 to the ticket server 10 (step S110). At this time, the ticket ID may be output together. The ticket server 10 stores the IDm received from the user terminal 20 in the visitor information storage unit 104 (step S112). Further, the ticket server 10 requests the FP authentication server 30 for an activation process (FeliCa authentication) for the traffic IC card 21 (step S114). The FP authentication server 30 receives the activation process request from the ticket server 10 and executes the activation process (step S116).

  When the activation process is successful in the FP authentication server 30, the fact is notified to the ticket server 10 (step S118). Further, the ticket server 10 further notifies the user terminal 10 to that effect (step S120). When the activation process is performed, the user terminal 20 can read the FPID from the traffic IC card 21. The user terminal 20 reads the FPID from the traffic IC card 21 using a function such as NFC (step S122), and transmits it to the ticket server 10 together with IDm (step S124). When the ticket server 10 receives the FPID from the user terminal 20, the ticket server 10 stores the FPID in the visitor information storage unit 104 (step S126).

  In addition, when the traffic system IC card 21 used when a prospective event participant comes to the event venue is changed, or when the event participant is changed (when it is legitimately transferred), the traffic system IC card 21 In the case where is changed, the processing from the above steps S108 to S126 may be executed again.

(Sequence when entering the event venue)
FIG. 6 is a sequence diagram illustrating an example of processing related to entering the event venue.

  Event participants (persons to be authenticated) use the transportation system IC card 21 in which the FPID is stored and use the transportation facility to visit the event venue. When a participant enters the event venue, the traffic IC card 21 is touched to, for example, a security gate (not shown) at the entrance of the venue. The security gate or the like receives the FPID stored in the traffic IC card 21 by short-range communication or the like and transfers it to the ticket server 10 (step S202). The ticket server 10 collates the received FPID with the authentication ID (FPID in this example) of the authorized person stored in the visitor information storage unit 104. If the received FPID is stored in the visitor information storage unit 104 (verification is successful, step S204: Yes), the issuing unit 116 issues information used in a specific area such as an event venue such as a seat ticket. (Step S206). Further, when the received FPID is not stored in the visitor information storage unit 104 (verification is unsuccessful, step S204: No), for example, an alarm sound is emitted from the speaker, the light of the lamp blinks, etc. Notifications may be made to personnel in the vicinity of the system 1 (step S208). Moreover, the collation result may be transmitted to a portable terminal or the like carried by the attendant.

  The result output unit 114 of the ticket server 10 outputs the collation result in step S204 (step S210). Note that the collation result output (step S210) by the result output unit 114 may be executed prior to step S206 and step S208.

  Up to this point, one embodiment of the present invention has been described. However, the present invention is not limited to the above-described embodiment, and it is needless to say that the present invention may be implemented in various forms within the scope of the technical idea.

  For example, in the above-described embodiment, the ticket server 10 is configured to distribute the digital ticket to the user terminal 20, but instead of distributing the digital ticket, the fact that the application for participation has been officially accepted from the interested applicant. The participation qualification ID, which is identification information indicating the above, may be distributed to the user terminal 20. And the user terminal 20 may output this participation qualification ID to a traffic system IC card. Further, the visitor information storage unit 104 of the ticket server 10 may store the participant qualification ID in association with the card ID instead of the ticket ID. Even in this case, the authorized person can be identified, and the event participant can enter the event venue without carrying the user terminal 20 without ticket.

  Further, in the above-described embodiment, the verification unit 112 of the ticket server 10 includes the authentication ID read from the traffic IC card 21 of the authentication target person and the authentication ID of the authorized person stored in the visitor information storage unit 104. However, instead of this, the card IDs may be compared with each other. That is, since the card ID is stored in the visitor information storage unit 104 and associated with the ticket ID in the card ID acquisition unit 106, when entering the event venue, the authentication ID (for example, FPID) is obtained from the traffic IC card 21 of the authentication target person. ) May be read out and collated with the card ID of the authorized person stored in the visitor information storage unit 104. Also in this case, the event participant can enter the event venue without carrying the user terminal 20 without a ticket. The “first type card ID” of the present invention corresponds to the card ID in this specification. Further, the “second type card ID” of the present invention corresponds to the authentication ID in the present specification.

  Further, face verification may be executed in addition to the verification of the card ID or the authentication ID during the verification in the verification unit 112. For example, the purchaser's face image may be uploaded when a digital ticket is purchased, and the face image data may be stored in the visitor information storage unit 104. When the collation unit 112 collates the card ID or the authentication ID, the face of the visitor (person to be authenticated) is photographed by a camera device installed near the entrance of the event venue, and is stored in the visitor information storage unit 104. It may be collated with the stored face image data of the authorized person. Thus, security can be improved more by collating about a some element.

  In addition, after the person to be authenticated enters the event venue, the transportation IC card 21 may be used to purchase goods or perform a stamp rally in the event venue. . Since the card ID or authentication ID associated with the ticket ID is stored in the transportation IC card 21, the data acquired in this way can be used for marketing associated with ticket purchase behavior, for example. Is possible.

  In addition, the scope of the present invention is not limited to the illustrated and described exemplary embodiments, and includes all embodiments that provide the same effects as those intended by the present invention. Further, the scope of the invention is not limited to the combinations of features of the invention defined by the claims, but may be defined by any desired combination of particular features among all the disclosed features. .

DESCRIPTION OF SYMBOLS 1 Entrance management system 10 Ticket server 20 User terminal 30 FP authentication server 102 Ticket distribution part 104 Visitor information storage part 106 Card ID acquisition part 108 Activation request part 110 Authentication ID storage part 112 Verification part 114 Result output part 116 Issue part 202 Ticket acquisition unit 204 Card ID output unit 206 Authentication ID acquisition unit 302 Activation processing unit

Claims (4)

An admission management system for managing admission to a specific area where only authorized personnel who should be allowed to enter can enter.
Ahead of entrance of the to a particular area, the user terminal of the legitimate authority, a card ID of a first type of uniquely identifiable the I C card, the legitimate authority to visiting the specific area A card ID acquisition unit for acquiring a first type of card ID of an IC card that can be used at the time,
The acquired first type of card ID, a ticket ID for identifying a digital ticket for the authorized person to enter the specific area, and the first type of the IC card of the authorized person A second type of card ID that is different from the card ID of
When admission to the specific area of the authentication target person from the I C card used in the authentication target person is visiting the specific area, and acquires those said I C a second type of card ID of the card A collation unit for collating with the second type card ID of the authorized person stored in the visitor information storage unit;
Equipped with a,
The user ID of the second type of card ID of the authorized person stored in the visitor information storage unit is obtained by performing an authentication process on the IC card of the authorized person by an authentication server. An authentication ID obtained from the IC card of the authorized person,
An admission management system further comprising an authentication ID storage unit that acquires the authentication ID from the user terminal and stores the authentication ID as the second type card ID in the visitor information storage unit . Ticket distribution in which a digital ticket is assigned to the user terminal in response to a request from the user terminal of the legitimate authorized person, and the ticket ID of the digital ticket is stored in the visitor information storage unit as the ticket ID of the legitimate authorized person The admission management system according to claim 1, further comprising a unit. A method for managing entrance to a specific area that is executed by a computer system and is only accessible to authorized personnel who should be allowed to enter,
Ahead of entrance of the to a particular area, the user terminal of the legitimate authority, a card ID of a first type of uniquely identifiable the I C card, the legitimate authority to visiting the specific area Obtaining a first type of card ID of an IC card that can be used at the time,
The computer system includes the acquired first type of card ID, a ticket ID for identifying a digital ticket for the authorized person to enter the specific area, and the IC card of the authorized person. A visitor information storage unit that stores a second type of card ID different from the first type of card ID in association with each other; and
When admission to the specific area of the authentication target person from the I C card used in the authentication target person is visiting the specific area, and acquires those said I C a second type of card ID of the card Checking with the second type card ID of the authorized person stored in the visitor information storage unit;
Only including,
The user ID of the second type of card ID of the authorized person stored in the visitor information storage unit is obtained by performing an authentication process on the IC card of the authorized person by an authentication server. An authentication ID obtained from the IC card of the authorized person,
The method further comprising the step of acquiring the authentication ID from the user terminal and storing the authentication ID as the second type card ID in the visitor information storage unit . A program for causing a computer system to execute the method according to claim 3 .

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