CN105704706A - Virtual card authentication method and system based on bi-channel mobile terminal - Google Patents
Virtual card authentication method and system based on bi-channel mobile terminal Download PDFInfo
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- CN105704706A CN105704706A CN201610226336.9A CN201610226336A CN105704706A CN 105704706 A CN105704706 A CN 105704706A CN 201610226336 A CN201610226336 A CN 201610226336A CN 105704706 A CN105704706 A CN 105704706A
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- mobile terminal
- virtual card
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W8/00—Network data management
- H04W8/22—Processing or transfer of terminal data, e.g. status or physical capabilities
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W12/00—Security arrangements; Authentication; Protecting privacy or anonymity
- H04W12/06—Authentication
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W12/00—Security arrangements; Authentication; Protecting privacy or anonymity
- H04W12/08—Access security
Abstract
The invention relates to a virtual card authentication method and system based on a bi-channel mobile terminal. A control client obtains user information through the bi-channel mobile terminal and sends the user information to a resource management system, the resource management system assigns virtual card information to a user and sends the virtual card information to the control client, and the control client sends the virtual card information to a virtual card. A mobile terminal receives an authentication request, of mobile business request, initiated and fed back by a mobile communication core network to the bi-channel mobile terminal according to virtual card information, the mobile terminal sends the authentication request to a card pool through the virtual card and the card pool obtains an authentication key and related parameters and sends the authentication key and related parameters to the control client. The virtual card sends the received parameter result sent by the control client to a mobile communication core network device, the mobile communication core network device compares the authentication parameters with local parameters, and the mobile terminal accesses to authentication.
Description
Technical field
The present invention relates to moving communicating field, particularly relate to a kind of virtual card method for authenticating based on dual pathways mobile terminal and system。
Background technology
Development and economic prosperity along with mobile communication business, no matter it is overseas trip and commercial activity, or user's many scene services demand, mobile communication subscriber is all continuously increased for the demand degree of a people many numbers, and user is desirably according to different scenes and different roaming places, can Handover Number flexibly。
In the recent period, Apple and Samsung combine release eSIM card with other companies in telecommunications industry, are directly embedded on chip for cell phone by traditional SIM card, not as in independent removable parts addition equipment。Also have manufacturer terminal to release based on the virtual number card technique of certain terminal models self-produced, but above-mentioned technology and realization all rely on manufacturer terminal, or perhaps realized by custom terminal。
Summary of the invention
In order to solve the problems referred to above, the present invention provides a kind of virtual card method for authenticating based on dual pathways mobile terminal and system, and the authentication that user carries out network as desired by virtual card accesses, thus selecting currently used number, set meal and service flexibly。
To achieve these goals, the present invention proposes a kind of virtual card authentication processing method based on dual pathways mobile terminal, and the method includes,
The primary card of user sets up the first data channel by described dual pathways mobile terminal and mobile communications network；
Control client by described dual pathways acquisition for mobile terminal user profile, user profile is sent to resource management system by described first data channel；
Described resource management system distributes virtual card information for user, and sends described virtual card information to described control client；
Dual pathways mobile terminal short-range communication function described in described control client call sets up second communication passage with proximity communication module in described virtual card, and virtual card information is sent to described virtual card by described second communication passage by described control client；
Described mobile terminal receives and is fed back to the described dual pathways mobile terminal authentication request according to the initiation mobile service request of described virtual card information by described mobile communication core net, and authentication request is sent to Ka Chi by described mobile terminal by described virtual card；
Described Ka Chi obtains authentication key and relevant parameter, and sends key and relevant parameter to described control client；
The parametric results sent by short-range communication agreement by described control client received is sent to described mobile communication equipment of the core network by described virtual card by described dual pathways mobile terminal；
Described authentication parameter and local parameter are compared by described mobile communication equipment of the core network, mobile terminal access authentication。
Farther including, described virtual card information includes IMSI identity information, for positional information, number and user profile。
Farther including, described mobile short-range communication function includes but not limited to Bluetooth function。
Farther including, described card pond physically based deformation card obtains authentication key and relevant parameter according to card Secret key arithmetic。
To achieve these goals, the invention allows for a kind of virtual card right discriminating system based on dual pathways mobile terminal, it is characterised in that this system includes: dual pathways mobile terminal, virtual card, control client, resource management system, Ka Chi, mobile communication equipment of the core network, wherein
Described dual pathways mobile terminal, controls described control client and runs, and described dual pathways mobile terminal receives the authentication result information that described mobile communication equipment of the core network sends；
Described virtual card, sets up the short-range communication passage with described dual pathways mobile terminal, described dual pathways mobile terminal Internet authentication information and authentication key information；
Described control client, it runs and described dual pathways mobile terminal application layer, controls empty card information binding, and connects the data channel between virtual card and user and resource management system, it is achieved virtual card communicates with the mobile network authorization data of User Resource Management system；
Described resource management system, its management user and status information thereof, and manage backstage resource card information and status information thereof；
Described Ka Chi, it manages resource card hardware, runs resource card authentication key calculation procedure；
Described mobile communication equipment of the core network, it manages, according to described background terminal Subscriber Identity Module, the authorization data that system generates, and virtual information is authenticated when initiating business request。
Farther including, described dual pathways mobile terminal and described resource management system carry out message communicating and adopt mobile radio communication or WLAN。
Farther include, described virtual card, including: SIM data and control module, proximity communication module。
Further also include, described SIM data and described control module, store SIM application message, complete the read-write of the identity informations such as user IMSI, communicate with described dual pathways mobile terminal baseband based on GSM11.11 standard agreement。
Further also including described proximity communication module, it communicates with described dual pathways mobile terminal based on being not limited only to the short-range communication agreement of bluetooth, transmission network authentication information and authentication key information。
Farther including, described mobile communication equipment of the core network also includes mobile communication core network element MSC/SGSN, mobile communication core network element VLR, mobile communication core network element HLR/Auc。
Beneficial effects of the present invention, it is possible to when specific region and user use specific transactions, distributes different virtual access codes for user, thus selecting currently used number, set meal and service flexibly。
Other features and advantages of the present invention will be set forth in the following description, and, partly become apparent from description, or understand by implementing the present invention。
Accompanying drawing explanation
Accompanying drawing is for providing a further understanding of the present invention, and constitutes a part for description, and together with embodiments of the present invention, is used for explaining the present invention, is not intended that limitation of the present invention。In the accompanying drawings:
Fig. 1 is the present invention virtual card method for authenticating flow chart based on dual pathways mobile terminal；
Fig. 2 is the present invention schematic diagram based on the virtual card right discriminating system of dual pathways mobile terminal；
Fig. 3 is the schematic flow sheet of the virtual card method for authenticating based on dual pathways mobile terminal of embodiments of the invention one；
Fig. 4 is the internal structure schematic diagram of the embodiment of the present invention one virtual card。
Detailed description of the invention
Below in conjunction with accompanying drawing, the preferred embodiments of the present invention are illustrated, it will be appreciated that preferred embodiment described herein is merely to illustrate and explains the present invention, is not intended to limit the present invention。
Fig. 1 is illustrated based on the virtual card method for authenticating flow chart of dual pathways mobile terminal。As it is shown in figure 1, the method comprises the steps:
Step 101, the primary card of user sets up the first data channel by described dual pathways mobile terminal and mobile communications network；
Step 102, controls client by described dual pathways acquisition for mobile terminal user profile, by described first data channel, user profile is sent to resource management system；
Step 103, described resource management system distributes virtual card information for user, and sends described virtual card information to described control client；
Controlling dual pathways mobile terminal short-range communication function described in client call described in step 104 and set up second communication passage with proximity communication module in described virtual card, virtual card information is sent to described virtual card by described second communication passage by described control client；
Step 105, described mobile terminal receives and is fed back to the described dual pathways mobile terminal authentication request according to the initiation mobile service request of described virtual card information by described mobile communication core net, and authentication request is sent to Ka Chi by described mobile terminal by described virtual card；
Step 106, described Ka Chi obtains authentication key and relevant parameter, and sends key and relevant parameter to described control client；
Step 107, the parametric results sent by short-range communication agreement by described control client received is sent to described mobile communication equipment of the core network by described virtual card by described dual pathways mobile terminal；
Step 108, described authentication parameter and local parameter are compared by described mobile communication equipment of the core network, mobile terminal access authentication。
Farther including, described virtual card information includes IMSI identity information, for positional information, number and user profile。
Farther including, described mobile short-range communication function includes but not limited to Bluetooth function。
Farther including, described card pond physically based deformation card obtains authentication key and relevant parameter according to card Secret key arithmetic。
Fig. 2 is illustrated based on the schematic diagram of the virtual card right discriminating system of dual pathways mobile terminal。As in figure 2 it is shown, this system 200 includes as follows:
Dual pathways mobile terminal 201, virtual card 202, control client 203, resource management system 204, card pond 205, mobile communication equipment of the core network 206, wherein,
Described dual pathways mobile terminal 201, controls described control client and runs, and described dual pathways mobile terminal receives the authentication result information that described mobile communication equipment of the core network sends；
Described virtual card 202, sets up the short-range communication passage with described dual pathways mobile terminal, described dual pathways mobile terminal Internet authentication information and authentication key information；
Described control client 203, it runs and described dual pathways mobile terminal application layer, control empty card information binding, and connect the data channel between virtual card and user and resource management system, it is achieved virtual card communicates with the mobile network authorization data of User Resource Management system；
Described resource management system 204, its management user and status information thereof, and manage backstage resource card information and status information thereof；
Described card pond 205, it manages resource card hardware, runs resource card authentication key calculation procedure；
Described mobile communication equipment of the core network 206, it manages, according to described background terminal Subscriber Identity Module, the authorization data that system generates, and virtual information is authenticated when initiating business request。
Farther including, described dual pathways mobile terminal and described resource management system carry out message communicating and adopt mobile radio communication or WLAN。
Farther include, described virtual card, including: SIM data and control module, proximity communication module。
Further also include, described SIM data and described control module, store SIM application message, complete the read-write of the identity informations such as user IMSI, communicate with described dual pathways mobile terminal baseband based on GSM11.11 standard agreement。
Further also including described proximity communication module, it communicates with described dual pathways mobile terminal based on being not limited only to the short-range communication agreement of bluetooth, transmission network authentication information and authentication key information。
Farther including, described mobile communication equipment of the core network also includes mobile communication core network element MSC/SGSN, mobile communication core network element VLR, mobile communication core network element HLR/Auc。
Embodiment one:
Fig. 3 is the schematic flow sheet of the virtual card method for authenticating based on dual pathways mobile terminal of embodiments of the invention one, as it is shown on figure 3, comprise the following steps:
Step 301: described dual pathways mobile terminal 1 is started shooting, primary card access to mobile network or WLAN, described virtual card 2 power-up initializing, described virtual card proximity communication module 22 starts short-range communication function (such as bluetooth)；
Step 302: described control client 3 starts, described control client 3 calls the short-range communication function (such as bluetooth) of described dual pathways mobile terminal 1, detect the Bluetooth signal of described virtual card proximity communication module 22, set up short-range communication passage (such as bluetooth) with it；
Step 303: the data channel that described control client 3 is set up by primary card is connected with described user and card resource management system 4 foundation；
Step 304: the request of distribution virtual card is sent to described user and card resource management system 4 by described control client 3；
Step 305: described user and card resource management system 4 bind rule according to user and card resource, distribute card resource for it, and virtual card essential information is sent to described control client 3；
Step 306: after described control client 3 receives virtual card essential information, is passed through the short-range communication passage (such as bluetooth) having built up, and issues described virtual card 2, and described virtual card 2 will enter this information write virtual card scratchpad area (SPA)；
Step 307: described virtual card number is by dual pathways mobile terminal to mobile communication equipment of the core network initiating business request, and the IMSI used during initiating business request is described background terminal Subscriber Identity Module management system is the IMSI information of virtual-number distribution；
Step 308: MAP message request between mobile communication core network element MSC/SGSN and VLR；
Step 309: mobile communication core network element VLR authenticates five-tuple (or tlv triple) authentication parameter to HLR/Auc request。
Step 310: mobile communication core network element HLR/Auc authenticates five-tuple (or tlv triple) authentication parameter to VLR loopback。
Step 311: mobile communication core net VLR starts authorizing procedure。
Step 312: mobile communication core net MSC/SGSN initiates authentication request to described dual pathways mobile terminal, wherein comprises authentication parameter AUTN, RAND etc.。
Step 313: after described dual pathways mobile terminal 1 receives network authentication parameter, sends it to described virtual card 2, and authentication parameter is issued described control client 3 by short-range communication passage (such as bluetooth) by described virtual card 2；
Step 314: authentication information is sent to described user and resource card management system 4 by described control client 3 by primary card data channel；
Step 315: authentication information is sent to described card pond 5 by described user and resource card management system；
Step 316: described card pond 5 completes the authentication to mobile communications network according to AUTN after receiving authentication message and authentication parameter；
Step 317: described card pond 5, according to authentication parameters such as RAND, calculates authorization data according to related algorithm；
Step 318；Authorization data result is sent to described user and card resource management system 4 by described card pond 5；
Step 319；Authorization data result is sent to described control client 3 by described user and card resource management system 4；
Step 320；Authorization data is issued described virtual card 2 by closely data channel (such as bluetooth) by described control client 3；
Step 321: authenticating result data are returned mobile communication equipment of the core network network element MSC/SGSN by described dual pathways mobile terminal by described virtual card 2；
Step 322: mobile communication core network element MSC/SGSN sends authenticating result data to VLR；
Step 323: the authenticating result data of return are contrasted by mobile communication core net VLR with the authentication five-tuple parameter sent of HLR/Auc before, if identical, then authenticate successfully；
Step 324: mobile communication core net VLR will authenticate successful result and return MSC/SGSN；
Step 325: mobile communication core net MSC/SGSN will authenticate successful result and return described intelligent terminal, authenticate successfully。
Fig. 4 is the internal structure schematic diagram of the embodiment of the present invention one virtual card, as shown in Figure 4, and the virtual card 400 of the present invention, including proximity communication module 401, SIM data and control module 402, wherein,
Described SIM data and control module 401, it stores SIM application message, completes the read-write of the identity informations such as user IMSI, the virtual card essential information that can be sent by described dual pathways mobile terminal write scratchpad area (SPA)。Carry out information exchange based on the standard agreements such as GSM11.11 and described dual pathways mobile terminal baseband, carry out authentication information by proximity communication module 402 and described control client mutual。
Described proximity communication module 402, it communicates based on (being not limited only to bluetooth) the short-range communication agreements such as bluetooth and described control client, transmission network authentication information and authentication key information。
One of ordinary skill in the art will appreciate that: the foregoing is only the preferred embodiments of the present invention, it is not limited to the present invention, although the present invention being described in detail with reference to previous embodiment, for a person skilled in the art, the technical scheme that foregoing embodiments is recorded still can be modified by it, or wherein portion of techniques feature carries out equivalent replacement。All within the spirit and principles in the present invention, any amendment of making, equivalent replacement, improvement etc., should be included within protection scope of the present invention。
Claims (10)
1. the virtual card authentication processing method based on dual pathways mobile terminal, it is characterised in that the method includes,
The primary card of user sets up the first data channel by described dual pathways mobile terminal and mobile communications network；
Control client by described dual pathways acquisition for mobile terminal user profile, user profile is sent to resource management system by described first data channel；
Described resource management system distributes virtual card information for user, and sends described virtual card information to described control client；
Dual pathways mobile terminal short-range communication function described in described control client call sets up second communication passage with proximity communication module in described virtual card, and virtual card information is sent to described virtual card by described second communication passage by described control client；
Described mobile terminal receives and is fed back to the described dual pathways mobile terminal authentication request according to the initiation mobile service request of described virtual card information by described mobile communication core net, and authentication request is sent to Ka Chi by described mobile terminal by described virtual card；
Described Ka Chi obtains authentication key and relevant parameter, and sends key and relevant parameter to described control client；
The parametric results sent by short-range communication agreement by described control client received is sent to described mobile communication equipment of the core network by described virtual card by described dual pathways mobile terminal；
Described authentication parameter and local parameter are compared by described mobile communication equipment of the core network, mobile terminal access authentication。
2. the virtual card method for authenticating based on dual pathways mobile terminal according to claim 1, described virtual card information includes IMSI identity information, for positional information, number and user profile。
3. the virtual card method for authenticating based on dual pathways mobile terminal according to claim 1, described mobile short-range communication function includes but not limited to Bluetooth function。
4. the virtual card method for authenticating based on dual pathways mobile terminal according to claim 1, also includes, and described card pond physically based deformation card obtains authentication key and relevant parameter according to card Secret key arithmetic。
5. the virtual card right discriminating system based on dual pathways mobile terminal, it is characterised in that this system includes: dual pathways mobile terminal, virtual card, control client, resource management system, Ka Chi, mobile communication equipment of the core network, wherein,
Described dual pathways mobile terminal, controls described control client and runs, and described dual pathways mobile terminal receives the authentication result information that described mobile communication equipment of the core network sends；
Described virtual card, sets up the short-range communication passage with described dual pathways mobile terminal, described dual pathways mobile terminal Internet authentication information and authentication key information；
Described control client, it runs and described dual pathways mobile terminal application layer, controls empty card information binding, and connects the data channel between virtual card and user and resource management system, it is achieved virtual card communicates with the mobile network authorization data of User Resource Management system；
Described resource management system, its management user and status information thereof, and manage backstage resource card information and status information thereof；
Described Ka Chi, it manages resource card hardware, runs resource card authentication key calculation procedure；
Described mobile communication equipment of the core network, it manages, according to described background terminal Subscriber Identity Module, the authorization data that system generates, and virtual information is authenticated when initiating business request。
6. the virtual card right discriminating system based on dual pathways mobile terminal according to claim 5, also includes, and described dual pathways mobile terminal and described resource management system carry out message communicating and adopt mobile radio communication or WLAN。
7. the virtual card right discriminating system based on dual pathways mobile terminal according to claim 5, described virtual card, farther includes: SIM data and control module, proximity communication module。
8. the virtual card right discriminating system based on dual pathways mobile terminal according to claim 7, also include, described SIM data and described control module, storage SIM application message, complete the read-write of the identity informations such as user IMSI, communicate with described dual pathways mobile terminal baseband based on GSM11.11 standard agreement。
9. the virtual card right discriminating system based on dual pathways mobile terminal according to claim 7, also include described proximity communication module, it communicates with described dual pathways mobile terminal based on being not limited only to the short-range communication agreement of bluetooth, transmission network authentication information and authentication key information。
10. the virtual card right discriminating system based on dual pathways mobile terminal according to claim 5, described mobile communication equipment of the core network also includes mobile communication core network element MSC/SGSN, mobile communication core network element VLR, mobile communication core network element HLR/Auc。
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Effective date of registration: 20171211 Address after: 100006 Macao center, No. 8, East Street, Wangfujing, Dongcheng District, Beijing, 11 floors Applicant after: Century snail Communication Technology Co., Ltd. Address before: 215000 No. 171 West Avenue, Suzhou Industrial Park, Jiangsu, China Applicant before: Suzhou Snail Digital Technology Co., Ltd. |
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Application publication date: 20160622 |