WO2017048102A1

WO2017048102A1 - System and method for providing admission control service on basis of beacon

Info

Publication number: WO2017048102A1
Application number: PCT/KR2016/010422
Authority: WO
Inventors: 이정하; 배정수; 임성찬; 노지희
Original assignee: (주)중외정보기술
Priority date: 2015-09-18
Filing date: 2016-09-19
Publication date: 2017-03-23
Also published as: KR101630169B1

Abstract

The present invention relates to a system and a method for managing a mobile terminal of a user, who accesses a specific building or section by using a beacon service based on near field communication, and providing a service through the mobile terminal, and the system comprises: a vehicle beacon for transmitting a beacon signal in a vehicle; a mobile terminal possessed by a user riding in the vehicle, and receiving the beacon signal transmitted by the vehicle beacon; a beacon scanner for scanning the vehicle beacon at an entry gate of a section requiring admission control; and a mobile device management (MDM) server for setting a control service according to whether admission occurs in the section requiring admission control, receiving, from the mobile terminal, beacon information identified from the beacon signal, and, if the vehicle beacon ID of the vehicle accessing the entry gate is received from the beacon scanner, transmitting, to the mobile terminal in a vehicle matched with a vehicle beacon ID, a control service signal according to whether the admission occurs.

Description

Beacon based access control service providing system and method

The present invention relates to a service providing system and method for controlling access of a user based on a beacon.

Recently, the importance of security has been highlighted, and CCTV (Closed Circuit TeleVision) has been installed in buildings or areas that require security, such as large corporations or prosecutors' offices. In addition, a card reader capable of recognizing an ID (IDentificaion) card may be provided to control access of a user.

However, the conventional methods merely limit the access of the users, there is a limit to control the leakage of information using the user's mobile terminal, that is, a smart phone.

In order to solve this problem, certain buildings or zone entrances restrict the photo shooting by attaching a security sticker to the user's smartphone camera. Or, by installing a security-related solution on the user's smartphone to stop the user's smartphone camera automatically, or restrict the use of the microphone or the Internet to block voice recording, data transmission functions.

However, when a user leaves a specific building or area, if the user is not clearly identified as leaving, the security setting applied during the visit may be applied even after leaving the building or area, thereby causing inconvenience in using a smartphone.

In particular, when the user moves to the security area by using the vehicle, there is a problem in that a recognition error occurs due to the lack of smooth communication due to the mobility of the vehicle, and thus, access and security management are not properly performed.

Related prior art documents include Korean Patent Laid-Open Publication No. 10-2014-0067358 (name of the invention: a method and apparatus for managing and controlling a mobile terminal using a security event, publication date: June 05, 2014).

The present invention has been made to solve the above problems, the recent spread of short-range wireless communication, access to a specific building or area using a beacon service that can be freely provided through the Internet without time or space constraints The purpose of the present invention is to provide a system and method for managing a user's mobile terminal and providing an access control service.

A beacon-based access control service providing system of the present invention for achieving the above object, the vehicle beacon (beacon) for transmitting a beacon signal in the vehicle; A mobile terminal that receives a beacon signal transmitted by the vehicle beacon as a terminal possessed by the user who is in the vehicle; A beacon scanner that scans the vehicle beacon at an entrance gate of an area requiring access control to recognize a vehicle beacon ID; And setting a control service according to whether or not to enter and exit an area requiring access control, and receiving the beacon information identified in the beacon signal received through the vehicle beacon from the mobile terminal and entering and exiting the entrance gate from the beacon scanner. When the ID is received includes a mobile device management (MDM) server for managing the mobile terminal by transmitting a control service signal according to whether or not access to the mobile terminal in the vehicle matching the vehicle beacon ID.

The beacon scanner transmits the vehicle beacon ID recognized through the scan to the MDM server along with an event signal that can identify whether or not to enter or exit the area requiring access control.

When the MDM server receives the beacon information from the mobile terminal, the MDM server matches the vehicle beacon ID, and when the event signal for identifying whether the entrance or exit is received together with the vehicle beacon ID is received from the beacon scanner, the vehicle beacon ID and The matching mobile terminal in the vehicle is identified, and the control service corresponding to the event signal is inquired to transmit a signal of the inquired control service to the identified mobile terminal.

In addition, the MDM server may determine the location of the vehicle and the number of users in the vehicle based on the vehicle beacon ID received from the beacon scanner, and may provide location-based services according to the location of the vehicle.

The MDM server includes, as the control service, a service for setting security when entering the zone requiring the access control, and includes a service for releasing security when leaving the zone requiring the access control.

In addition, the beacon scanner is provided at the exit and the entrance of the entrance gate, respectively, and scans whether the vehicle beacon is entering or exiting.

The beacon scanner may include two beacon scanners that scan the vehicle beacons at different time intervals in front and rear of the vehicle moving direction at an entrance gate of an area requiring access control, and wherein the MDM server is the vehicle beacon ID. Identifies whether it is leaving or leaving according to the order of the received beacon scanner.

The vehicle beacon may be installed in front of the inside of the vehicle.

When the vehicle is a bus, the vehicle beacon may be installed at the entrance door entrance of the bus to recognize the mobile terminal of the user who rides the vehicle.

On the other hand, the beacon-based access control service providing method of the present invention, the vehicle beacon (beacon) installed in the vehicle transmitting a beacon signal; Receiving a beacon signal from the vehicle beacon and transferring beacon information identified in the beacon signal to an MDM server by a mobile terminal of a user in the vehicle; A beacon scanner scanning the vehicle beacon at an entrance gate of an area requiring access control to recognize the vehicle beacon ID, and transmitting the recognized vehicle beacon ID to the MDM server; And when the MDM server receives a vehicle beacon ID entering and exiting the entrance gate from the beacon scanner, managing the mobile terminal by transmitting a signal of a control service according to whether or not the mobile beacon is matched with the vehicle beacon ID. Include.

In the step of transmitting the recognized vehicle beacon ID to the MDM server, the beacon scanner along with the vehicle beacon ID recognized through the scan to the event signal for identifying whether the entrance or exit to the area requiring the access control; Send to MDM server.

In the step of transmitting a control service signal according to whether or not to enter and exit the mobile terminal in the vehicle, if the MDM server receives beacon information from the mobile terminal to match by vehicle beacon ID, and from the beacon scanner with the vehicle beacon ID When an event signal for identifying access or not is received, the mobile terminal in the vehicle that matches the vehicle beacon ID is identified and the control service corresponding to the event signal is inquired to identify the signal of the control service inquired by the identified mobile terminal. Send to.

In the scanning of the vehicle beacon by the beacon scanner, the beacon scanner is provided at an exit and an entrance at an entrance gate of an area requiring access control, and scans whether the vehicle beacon is accessed or not.

The scanning of the vehicle beacon by the beacon scanner may include: the beacon scanner is provided at an entrance gate of an area requiring access control to be spaced apart before and after the vehicle movement direction, and scan the vehicle beacon with a time difference, and the MDM The server may identify whether the vehicle beacon ID is in or out of the vehicle according to the order of the received beacon scanner.

According to the present invention, it is possible to control the user's mobile terminal by using the beacon in the entrance gate of the area, such as a specific building or area requiring access control, there is an effect that can automatically manage the related services according to the access. In particular, even when the user moves in a vehicle, a beacon installed in the vehicle and a beacon scanner detecting the same provide access to remote access control by providing a service for checking access and setting and canceling security according to the confirmation result. There is.

In addition, even if the user does not check whether he or she leaves the room, the entrance gate is automatically recognized and the corresponding service is automatically applied as soon as the user leaves the room, thus providing the user's convenience.

In addition, since the beacon scanner provided in the entrance gate can accurately identify the number of persons entering or leaving the vehicle, the security can be increased, and location-based services can be additionally provided.

1 is a block diagram showing a beacon-based access control service providing system according to an embodiment of the present invention.

2 is a conceptual diagram illustrating a beacon-based access control service according to an embodiment of the present invention.

3 is a diagram illustrating an installation structure of a beacon scanner in a beacon-based access control service system according to another embodiment of the present invention.

4 is a diagram illustrating an installation structure of a beacon scanner in a beacon-based access control service system according to another embodiment of the present invention.

5 is a flowchart illustrating a beacon-based access control service method according to an embodiment of the present invention.

6 is a flowchart illustrating a beacon-based access control service method when a plurality of beacon scanners are provided according to another embodiment of the present invention.

It is to be noted that the technical terms used herein are merely used to describe particular embodiments, and are not intended to limit the present invention. In addition, the technical terms used in the present specification should be interpreted as meanings generally understood by those skilled in the art unless the present invention specifically defines other meanings, and is overly comprehensive. It should not be construed in meaning or in excessively reduced sense.

Also, the singular forms used herein include the plural forms unless the context clearly indicates otherwise. In the present application, terms such as “consisting of” or “comprising” should not be construed as necessarily including all of the various components, or various steps described in the specification, wherein some of the components or some of the steps It should be construed that it may not be included or may further include additional components or steps.

Hereinafter, exemplary embodiments will be described in detail with reference to the accompanying drawings.

1 is a block diagram showing a beacon-based access control service providing system according to an embodiment of the present invention, Figure 2 is a conceptual diagram illustrating a beacon-based access control service according to an embodiment of the present invention.

According to one embodiment of the present invention, the access control service providing system may be implemented including a vehicle beacon (120), a mobile terminal 130, MDM server 140 is installed in a vehicle.

In addition, the access control service providing system according to an embodiment of the present invention is a beacon scanner 110 for scanning the vehicle beacon 120 in the entrance gate 170 of the area requiring access control, such as a specific building or zone (zone) Further including, it is possible to grasp up to the number of people, the location of the vehicle and the user who enters and exits the access control area 150.

Here, MDM refers to Mobile Device Management, which means to manage the mobile terminal remotely, such as locking the mobile terminal, data deletion.

In detail, the MDM server 140 provides a mobile terminal control solution in order to provide a security setting and release service according to whether or not access is associated with an access control service. In addition to the security service, a service related to providing information in a specific field, a firmware update of a mobile terminal, and a service related to installing or deleting an application may be additionally provided.

The vehicle beacon 120 is a short-range communication technology based on low power Bluetooth (BLE). The vehicle beacon 120 generally communicates with beacon terminals within a predetermined range (radius 50 to 70 m). In this embodiment, the beacon terminal becomes a mobile terminal, it can be understood that a certain range limited to the inside of the vehicle.

The vehicle beacon 120 is installed in a vehicle and transmits a beacon signal at regular intervals.

Alternatively, the vehicle beacon 120 may transmit a beacon signal at the entrance gate 170 of the area requiring access control. In this case, when the vehicle enters the entrance gate 170 of the area requiring the access control, the vehicle beacon 120 may directly operate the vehicle beacon 120 or remotely through a remote controller to transmit a beacon signal. Can be.

In addition, the vehicle beacon 120 may be installed on the front windshield of the vehicle so that all of the mobile terminals of the user in the vehicle may communicate with each other. When the vehicle is a large bus, the vehicle beacon 120 is installed at the boarding gate entrance side of the bus to accurately search for and communicate with the mobile terminal on board. Through the vehicle beacon 120 it is possible to monitor who boarded what vehicle.

In this embodiment, the beacon signal is basically an identification code including the vehicle beacon ID.

The mobile terminal 130 is a terminal possessed by a user in a vehicle. A user is a person speaking to an insider or an outsider who accesses an area requiring access control and may include an employee, a manager, a visitor, and the like.

The mobile terminal 130 receives the beacon signal transmitted by the vehicle beacon 120 when it is approached within a predetermined radius of communication with the vehicle beacon 120 to identify information (hereinafter, beacon information) included in the beacon signal. . The beacon information includes the vehicle beacon ID. The mobile terminal 130 transmits the identified beacon information to the MDM server 140, and then receives a service signal corresponding to the beacon information from the MDM server 140 when entering and exiting the entrance gate.

Whether the mobile terminal 130 enters or exits the entrance gate may be recognized through the beacon scanner 110.

That is, the beacon scanner 110 is installed in the entrance gate 170 of the area requiring access control, and scans the vehicle beacon 120 of the vehicle entering and exiting the entrance gate 170.

In other words, when the vehicle enters the entrance gate 170, the beacon scanner 110 scans the vehicle beacon 120 to recognize the beacon ID, and transmits the recognized vehicle beacon ID to the MDM server 140. In this case, the beacon scanner 110 may generate an event signal for identifying whether or not the entrance and exit, and transmit the event signal to the MDM server 140 along with the vehicle beacon ID. For example, when the vehicle beacon 120 enters an area requiring access control (hereinafter, referred to as an access control area) 150, an in event signal is generated, and the in event signal is combined with the vehicle beacon ID to MDM. Send to server 140. Conversely, when the vehicle beacon 120 enters an area where access control is unnecessary (hereinafter, the access control release area 160), an out event signal may be generated and transmitted together with the vehicle beacon ID.

The MDM server 140 may pre-set and database a control service according to whether or not to access and control an area requiring access control. The control service can be matched according to whether or not the area requiring access control is entered. For example, in a security-related service, when the vehicle enters the entrance control area 150, the vehicle is matched to perform a control service that stops the operation of the camera for security setting at the same time when entering the entrance control area 150, and vice versa. In step 160, the vehicle may be matched to apply a control service for releasing the operation of the camera to release security at the same time of leaving the vehicle.

In addition, the MDM server 141 is matched to apply a control service that blocks the communication function at the same time when the vehicle enters the entrance control area 150, and transfers at the same time when leaving the entrance control release area 160 when leaving the entrance control release area 160 It can be matched to apply a control service to release the blocked communication function. In addition, a control service that blocks the recorder, external memory, and GPS functions of the mobile terminal, or restricts the use of a specific program such as an app store, a browser, and a YouTube may be matched and set according to access. In addition, a firmware update related control service can be matched, and a service for inducing installation and deletion of a dedicated application can be set in relation to the access control service of the present invention.

Based on this setting, the MDM server 140 transmits the beacon information identified in the beacon signal received through the vehicle beacon 120 from the mobile terminal 130 and enters and exits the entrance gate from the beacon scanner 110. When the ID is received, the mobile terminal 130 is managed by transmitting a control service signal according to whether or not the mobile terminal is in-vehicle matching the vehicle beacon ID. The operation thereof will be described in detail with reference to FIG. 2.

Meanwhile, when the beacon information is transmitted from the mobile terminal 130, the MDM server 140 may collect the vehicle beacon ID because the beacon information includes the vehicle beacon ID. Therefore, the MDM server 140 can determine the number of users in the vehicle, and through this, access control is possible remotely.

When the beacon scanner 110 is implemented with only one device in the entrance gate 170, the beacon scanner 110 may perform a scan operation and an event signal generation by an operation of an administrator. That is, when the vehicle enters the entrance gate 170, the vehicle beacon 120 of the vehicle entering the entrance gate 170 is scanned, and an in event signal or an out event signal is generated by an operation of an administrator. In case of incoming and out, an in event signal is generated, and in case of outgoing, an out event signal is generated.

In another embodiment, the beacon scanner 110 may be provided at the exit and the entrance of the entrance gate 170, respectively. In this case, each beacon scanner 100 may separately scan whether the vehicle beacon 120 enters the access control area 150 or exits the access control area 150 to the access control release area 160. Can be. Therefore, each beacon scanner 110 generates only an in event signal or an out event signal. For example, the entrance beacon scanner 110 of the entrance gate 170 generates only an in event signal, and the exit beacon scanner 110 of the entrance gate 170 generates only an out event signal.

As another embodiment, as shown in FIG. 3, the beacon scanner 110 may be spaced apart from each other before and after in the vehicle movement direction at the entrance gate 170. In this case, the two beacon scanners scan the vehicle beacon 120 at a time difference in the order of the beacon scanners # 1-# 2 or the beacon scanners # 2-# 1 according to the moving direction of the vehicle. Thereafter, the two beacon scanners transmit the scanned vehicle beacon IDs to the MDM server 140 based on the scanned order.

As another embodiment, as shown in FIG. 4, two beacon scanners 110 may be provided at each of the outlet and the inlet. It can scan whether it is leaving or entering each of the exit and the entrance, and at the same time, it is possible to accurately identify whether or not the vehicle is entering and exiting by performing a double scan operation.

With this arrangement, the embodiment of the present invention operates as shown in FIG.

When the vehicle enters the entrance gate 170, the beacon scanner 110 located in the entrance gate 170 scans the vehicle beacon 120 of the vehicle and transmits the scanned vehicle beacon ID along with the event signal to the MDM server 140. do.

Meanwhile, the mobile terminal 130 of the user who rides in the vehicle receives the beacon signal from the vehicle beacon 120 and transmits beacon information identified from the beacon signal to the MDM server 140. The above processes may be performed at the same time as the vehicle enters the entrance gate 170, but is not limited thereto and may be performed separately. For example, the mobile terminal 130 receives the beacon signal transmitted from the vehicle beacon 120 at regular intervals apart from the entry into the entrance gate 170 and frequently receives the beacon information identified from the received beacon signal MDM server 140. To pass). The beacon scanner 110 immediately recognizes and transmits the recognized vehicle beacon ID to the MDM server 140 when the vehicle beacon 120 enters the entrance gate 170.

The MDM server 140 matches the beacon information received from the mobile terminal 130 for each vehicle beacon ID, and receives a beacon ID from the beacon scanner 110 along with the vehicle beacon ID and the event signal according to whether or not the vehicle beacon ID is received. Identifies a matching in-vehicle mobile terminal 130. Then, based on the event signal received from the beacon scanner 120 to determine the access of the vehicle, and to query the control service according to whether or not to transmit to the mobile terminal 130.

For example, when a vehicle enters an access control area through an entrance gate, the MDM server 140 may provide a service for security setting, a service for providing information on a specific zone, and a firmware update related service to the corresponding mobile terminal 130. In addition, it provides one control service to induce application installation. On the contrary, when the vehicle leaves the access control release area 160 through the access gate, the control service including one of a service for releasing security and a service for inducing application deletion for the mobile terminal 130 in the vehicle. You can send a signal.

In the above, a method for providing a beacon-based access control service using the system described above will be described.

First, the access control service method according to an embodiment of the present invention will be described with reference to FIG. 5.

The vehicle on which the user boards enters an entrance gate of an area requiring access control such as a specific building or zone.

At the time of entry, as in step S1, the manager of the entrance gate may transmit a beacon signal by directly or remotely operating the vehicle beacon 120. The beacon signal is transmitted to the mobile terminal 130 of the user in the vehicle. In addition, the vehicle beacon 120 may periodically transmit a beacon signal at regular intervals. In this case, transmission of the beacon signal is not limited to when the vehicle enters the entrance gate.

In step S2, the mobile terminal 130 receives the beacon signal transmitted from the vehicle beacon 120 and identifies the beacon information from the received beacon signal.

In step S3, the mobile terminal 130 transmits the identified beacon information to the MDM server 140.

In operation S4, when the vehicle enters the entrance gate, the beacon scanner 110 scans the vehicle beacon 120 passing through the entrance gate to recognize the vehicle beacon ID. Although step S4 is illustrated separately from step S1 for convenience of description, it may be performed simultaneously with step S1 when the vehicle enters the entrance gate. In this case, while performing steps S1 to S3, steps S4 to S5 will be performed.

In operation S5, the beacon scanner 110 transmits the vehicle beacon ID recognized through the scan to the MDM server 140 together with the in-event signal or the out-event signal according to whether or not it is accessed.

In operation S6, the MDM server 140 matches the beacon information received from the mobile terminal 130 with the vehicle beacon ID and the event signal received from the beacon scanner 110, and the service signal according to the vehicle beacon ID and the event signal. Look up.

In step S7, the MDM server 140 transmits the service signal inquired to the mobile terminal 130.

In step S8, the mobile terminal 130 executes the access control service by applying the service signal received from the MDM server 140 to the terminal.

In addition, the MDM server 140 can determine the number of people and the like for the vehicle passing through the entrance gate and the user in the vehicle through the matching of the step S6, and can also track the position of the vehicle and the user to the location of the vehicle. Accordingly, location-based services can be provided. For example, when a vehicle or a user exists in a specific location in addition to passing through an access gate, location-based information may be provided, such as installing a security program and providing security information.

6 is a flowchart illustrating a beacon-based access control service method when a plurality of beacon scanners are provided according to another embodiment of the present invention. For reference, the beacon scanner is spaced apart from the entrance gate in the vehicle moving direction.

In steps S11 and S12, the beacon scanner # 1 112 scans the surrounding vehicle beacons 120 and transmits the vehicle beacon IDs acquired to the MDM server 140.

At the same time, in step S13 and S14, beacon scanner # 2 114 scans the surrounding vehicle beacon 120 and transmits the vehicle beacon ID obtained therefrom to the MDM server 140.

It is also possible to scan first in beacon scanner # 2 114 and then scan in beacon scanner # 1 112. This may change the scanning order through the beacon scanner when the vehicle enters or exits the entrance control area at the entrance gate.

In operation S15, the MDM server 140 may determine whether to enter or not based on a difference in the reception time of the vehicle beacon IDs received from the two

beacon scanners

112 and 114.

In operation S16, the MDM server 140 may inquire the corresponding service signal according to the beacon information received from the mobile terminal 130 and whether or not it is determined in the previous step, and transmit the same to the corresponding mobile terminal 130.

As described above, the vehicle beacon transmits the beacon signal to the mobile terminal and the mobile terminal transmits the beacon information identified from the beacon signal to the MDM server in the same manner as in FIG. 5.

The above description is merely illustrative of the present invention, and various modifications may be made by those skilled in the art without departing from the technical spirit of the present invention. Therefore, the embodiments disclosed in the specification of the present invention are not intended to limit the present invention. The scope of the present invention should be construed by the claims below, and all techniques that fall within the equivalent scope will be construed as being included in the scope of the present invention.

The present invention can be applied to the field-based remote access management service field that controls the user's mobile terminal using a Bluetooth-based beacon signal and provides the access control service of the user through this. In particular, the present invention has been described in an embodiment using a Bluetooth-based beacon signal in the best form, but is not limited to this, it is also possible to apply a wireless signal based on short-range wireless communication.

Claims

A vehicle beacon for transmitting a beacon signal in the vehicle;

A mobile terminal that receives a beacon signal transmitted by the vehicle beacon as a terminal possessed by the user who is in the vehicle;

A beacon scanner that scans the vehicle beacon at an entrance gate of an area requiring access control to recognize a vehicle beacon ID; And

Set a control service according to whether or not to enter and exit the area requiring access control, vehicle beacon ID received beacon information identified in the beacon signal received through the vehicle beacon from the mobile terminal to enter the entrance gate from the beacon scanner MDM (Mobile Device Management) server to manage the mobile terminal by transmitting a control service signal according to whether or not to the mobile terminal in the vehicle matching the vehicle beacon ID is received when received

Beacon-based access control service providing system comprising a.
The method of claim 1,

The beacon scanner,

The beacon-based access control service providing system, characterized in that for transmitting the vehicle beacon ID recognized through the scan to the MDM server with the event signal to identify whether or not to enter or exit the area requiring access control.
The method of claim 2,

The MDM server

If the beacon information is received from the mobile terminal, matching by vehicle beacon ID,

When an event signal for identifying whether the vehicle is accessed together with the vehicle beacon ID is received from the beacon scanner, the mobile terminal in the vehicle matching the vehicle beacon ID is identified and the control service corresponding to the event signal is inquired. Beacon-based access control service providing system, characterized in that for transmitting a signal of a control service to the identified mobile terminal.
The method of claim 3,

The MDM server

On the basis of the vehicle beacon ID received from the beacon scanner, it is possible to determine whether the vehicle gate access and the number of users in the vehicle, beacon characterized in that it can provide a location-based service according to the location of the vehicle Based access control service provision system.
The method of claim 1,

The MDM server

As the control service,

When entering the area requiring the access control includes a service for setting security,

Beacon-based access control service providing system characterized in that it comprises a service for security release when leaving the area requiring the access control.
The method of claim 1,

The beacon scanner,

A beacon-based access control service providing system, characterized in that scanning the presence or absence of the vehicle beacon respectively provided at the exit and the entrance of the entrance gate.
The method of claim 1,

The beacon scanner,

Two beacon scanners which are spaced apart from the front and rear of the vehicle moving direction at an entrance gate of an area requiring access control and scan the vehicle beacon at a time difference;

The MDM server is a beacon-based access control service providing system, characterized in that for identifying whether the vehicle beacon ID according to the order of the received beacon scanner received.
The method of claim 1,

The beacon is a beacon-based access control service providing system, characterized in that installed in the vehicle front.
The method of claim 1,

The vehicle beacon

Beacon-based access control service providing system, characterized in that when the vehicle is a bus is installed at the boarding door entrance side of the bus to recognize the mobile terminal of the user who rides the vehicle.
Transmitting a beacon signal by a vehicle beacon installed in the vehicle;

Receiving a beacon signal from the vehicle beacon and transferring beacon information identified in the beacon signal to an MDM server by a mobile terminal of a user in the vehicle;

A beacon scanner scanning the vehicle beacon at an entrance gate of an area requiring access control to recognize the vehicle beacon ID, and transmitting the recognized vehicle beacon ID to the MDM server; And

And when the MDM server receives a vehicle beacon ID entering and exiting the entrance gate from the beacon scanner, transmitting a signal of a control service according to whether or not the mobile beacon is matched with the vehicle beacon ID to manage the mobile terminal. How to provide beacon-based access control services.