CN108566498B - Mobile internet-based mobile phone number security and privacy protection method and platform - Google Patents
Mobile internet-based mobile phone number security and privacy protection method and platform Download PDFInfo
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- CN108566498B CN108566498B CN201810195294.6A CN201810195294A CN108566498B CN 108566498 B CN108566498 B CN 108566498B CN 201810195294 A CN201810195294 A CN 201810195294A CN 108566498 B CN108566498 B CN 108566498B
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04M—TELEPHONIC COMMUNICATION
- H04M3/00—Automatic or semi-automatic exchanges
- H04M3/42—Systems providing special services or facilities to subscribers
- H04M3/42008—Systems for anonymous communication between parties, e.g. by use of disposal contact identifiers
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04M—TELEPHONIC COMMUNICATION
- H04M3/00—Automatic or semi-automatic exchanges
- H04M3/42—Systems providing special services or facilities to subscribers
- H04M3/42221—Conversation recording systems
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W12/00—Security arrangements; Authentication; Protecting privacy or anonymity
- H04W12/02—Protecting privacy or anonymity, e.g. protecting personally identifiable information [PII]
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W24/00—Supervisory, monitoring or testing arrangements
- H04W24/04—Arrangements for maintaining operational condition
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W4/00—Services specially adapted for wireless communication networks; Facilities therefor
- H04W4/12—Messaging; Mailboxes; Announcements
- H04W4/14—Short messaging services, e.g. short message services [SMS] or unstructured supplementary service data [USSD]
Abstract
The invention discloses a mobile phone number security and privacy protection method based on a mobile internet, and belongs to the field of communication security protection. The system comprises a plurality of intermediate number platforms which are arranged in different areas and provide intermediate number services; a uniform service arrangement layer is arranged between the intermediate number platforms; the unified service arrangement layer receives a code number binding request initiated by a third-party Internet platform, distributes and binds the intermediate numbers in the intermediate number platform on the belonging region according to the region to which the binding request belongs, and stores the binding relationship; the network element layer of the intermediate number platform to which the intermediate number registration belongs receives a third-party internet platform call request roamed through the core network; the network element layer inquires the binding relation of the uniform service arrangement layer, and respectively controls the establishment of the call path between the calling number and the middle number and between the middle number and the called number, and then the connection is carried out. The invention eliminates the problem of the interruption of the protection capability of the safety privacy number caused by the problems of single-node downtime and the like by constructing multiple nodes nationwide and unifying the scheduling strategy.
Description
Technical Field
The invention relates to the field of communication security protection, in particular to a mobile phone number security and privacy protection method and platform based on a mobile internet.
Background
The safety privacy number platform is a product with open voice capability, responds to the trend of voice IP, and the development and growth of the safety privacy number platform are the capability requirements for safety and privacy protection of mobile phone numbers among strangers along with the rise of the o2o industries such as dropping car driving, American group take-away and the like.
At present, a plurality of safety privacy number protection capability platforms opened to third-party internet companies are available, the safety privacy number protection capability platforms are divided into fixed network and mobile network based from network types by adopting technical division, the safety privacy number protection capability platforms are divided into fixed network and mobile network based from a system architecture level, the fixed network and the mobile network are divided into fixed network and mobile network based on a.
Disclosure of Invention
The invention aims to provide a mobile phone number security and privacy protection method and a mobile phone number security and privacy protection platform based on the mobile internet, aiming at solving the defects of single-node deployment in the existing security and privacy protection capability technology, eliminating the problem of security and privacy number protection capability stoppage caused by the problem of single-node downtime and the like by building multiple nodes and unifying scheduling strategies nationwide, and the numbers of the unified business arrangement layer inventory binding relationship and the increment binding relationship do not need to be changed.
In order to achieve the purpose, the technical scheme adopted by the invention is as follows:
a mobile phone number security and privacy protection method based on mobile internet comprises a plurality of intermediate number platforms which are arranged in different areas and provide intermediate number service; a uniform service arrangement layer is arranged between the intermediate number platforms; the unified service arrangement layer detects whether the middle number platform is available or not, and re-registers the middle number resource of the unavailable middle number platform to the middle number platform adjacent to the region of the unavailable middle number platform; the uniform service arrangement layer receives a number binding request initiated by a third-party Internet platform, distributes an intermediate number in an intermediate number platform on the belonging area according to the belonging area of the binding request, binds the intermediate number, a calling number and a called number, and stores the binding relationship; the network element layer of the intermediate number platform to which the intermediate number registration belongs receives a third-party internet platform call request roamed by a core network; and the network element layer inquires the binding relation of the unified service arrangement layer, and respectively controls the establishment of the speech paths between the calling number and the middle number and between the middle number and the called number and performs connection.
Preferably, the network element layer records the call after the connection of the call paths, generates a call ticket, and pushes the record and the call ticket to the uniform service arrangement layer after the call is finished.
Preferably, after the unavailable intermediate number platform returns to normal, the unified service orchestration layer registers the intermediate number back to the home intermediate number platform for management.
Preferably, the network element layer does not receive an active access request initiated from the unified service orchestration layer.
Preferably, the uniform service arrangement layer unbinds the binding relationship after the call is finished.
Preferably, the mobile phone number security and privacy protection platform based on the mobile internet comprises a uniform service arrangement layer, a distributed network element layer and a network layer,
the uniform service arrangement layer is used for managing inter-region migration of the intermediate number resources and registration on the region to which the intermediate number resources belong according to the region storage intermediate number resources; receiving a number binding request initiated by a third-party Internet platform, binding an intermediate number, a calling number and a called number, and storing a binding relationship;
the distributed network element layer is constructed in the core network of the operator and distributed on nodes in different areas; the distributed network element layer can receive a call request of a third-party internet platform roamed by the network layer; the distributed network element layer inquires the binding relation of the unified service arrangement layer according to the call request, and respectively controls the establishment of the speech paths between the calling number and the middle number and between the middle number and the called number and carries out connection;
the network layer is an operator core network and realizes the establishment of speech paths between the calling number and the middle number and between the middle number and the called number.
Preferably, the interaction scene of the distributed network element layer to the unified service arrangement layer comprises call strategy query, short message strategy query, recording push and ticket notification;
when the distributed network element layer receives a call from a calling number to an intermediate number, the distributed network element layer initiates a call strategy query to the uniform service arrangement layer according to the calling number and the intermediate number, and the uniform service arrangement layer queries a binding relationship according to a request and feeds back the binding relationship;
the method comprises the steps that short message strategy query is carried out, when the distributed network element layer receives a short message of a calling number to an intermediate number, the distributed network element layer initiates short message strategy query to the unified service arranging layer according to the calling number and the intermediate number, and the unified service arranging layer queries a binding relation according to a request and feeds back the binding relation;
recording and pushing, wherein the distributed network element layer records the continuous speech channel conversation and pushes the recorded speech channel conversation to the uniform service arrangement layer after the conversation is finished;
and the distributed network element layer generates a call ticket for the connected speech path conversation and pushes the call ticket to the unified service arrangement layer.
Preferably, the unified service orchestration layer comprises a service orchestration cluster, a recording storage module and a database module, the service orchestration cluster is deployed by adopting mirror image double nodes, and the recording storage module and the database module are respectively connected with the service orchestration cluster.
Preferably, the intermediate number platform comprises a service layer and a network element layer, the service layer is deployed outside the telecommunication core network, a northbound interface of the service layer is butted with a third-party internet platform background, and a southbound interface of the service layer is butted with the telecommunication core network; the network element layer is deployed in a telecommunication core network, a north interface of the network element layer is in butt joint with the service layer, and a south interface of the network element layer is in butt joint with the telecommunication core network.
Preferably, the third-party internet platform includes one of an internet APP and a website server.
Due to the adoption of the technical scheme, the invention has the following beneficial effects:
1. the invention solves the defect of single-node deployment of the existing safe privacy number protection capability technology, solves the problem of safety privacy number protection capability suspension caused by the problems of single-node downtime and the like by constructing multiple nodes nationwide and unifying scheduling strategies, and does not need to change the unified business arrangement layer stock binding relationship and increment binding relationship numbers.
2. The invention optimizes the network delay and the network utilization rate, all speech paths roam to the province of landing attribution of the platform under the condition of a single node, the delay and the network utilization rate caused by the network roundabout are low, and a near switching strategy can be adopted to optimize the delay and improve the network utilization rate through multi-node deployment.
Drawings
FIG. 1 is a schematic diagram of the steps of the protection method of the present invention.
Fig. 2 is a schematic structural diagram of the present invention.
FIG. 3 is a schematic diagram of the interaction between the unified business orchestration layer and the third party Internet platform according to the present invention.
Fig. 4 is a schematic diagram of the workflow of the application interaction of the present invention under normal operation.
Fig. 5 is a schematic diagram of the workflow of the application interaction of the present invention under abnormal operation.
Fig. 6 is a schematic diagram of an application of an embodiment of the present invention.
Detailed Description
The following further describes the embodiments of the present invention with reference to the drawings.
As shown in fig. 1, which is a schematic diagram of the steps of the protection method of the present invention, the specific working steps are as follows:
s1: the middle number platforms are distributed in different areas in a node mode; and a uniform service arrangement layer is arranged between the intermediate number platforms.
S2: a uniform service arrangement layer is arranged between the intermediate number platforms; the unified service arrangement layer detects whether the middle number platform is available or not, and re-registers the middle number resource to which the unavailable middle number platform belongs to the middle number platform adjacent to the region of the middle number platform.
S3: the uniform service arrangement layer receives a number binding request initiated by a third-party Internet platform, distributes the intermediate number in the intermediate number platform on the belonging area according to the belonging area of the binding request, binds the intermediate number, the calling number and the called number, and stores the binding relationship.
S4: the network element layer of the intermediate number platform to which the intermediate number registration belongs receives a third-party internet platform call request roamed by a core network; and the network element layer inquires the binding relation of the unified service arrangement layer, and respectively controls the establishment of the speech paths between the calling number and the middle number and between the middle number and the called number and performs connection.
At present, a plurality of safety privacy number protection capability platforms opened to third-party internet companies are available, the safety privacy number protection capability platforms are divided into fixed network and mobile network based from network types by adopting technical division, the safety privacy number protection capability platforms are divided into fixed network and mobile network based from a system architecture level, the fixed network and the mobile network are divided into fixed network and mobile network based on a. The invention realizes remote disaster recovery, reduces network delay and improves the utilization rate of link resources by the deployment of distributed intermediate number node platforms of different attribution provinces.
As shown in fig. 2, the mobile phone number security and privacy protection platform based on the mobile internet of the present invention includes a uniform service arrangement layer, a distributed network element layer and a network layer. The unified business arrangement layer is used for managing inter-region migration of the intermediate number resources and registration on the region to which the intermediate number resources belong according to the region storage intermediate number resources; and receiving a number binding request initiated by the third-party Internet platform, binding the intermediate number, the calling number and the called number, and storing the binding relationship. The distributed network element layer is constructed in the core network of the operator, distributed on nodes in different areas and used as a virtualized network element cluster; the distributed network element layer can receive a call request of the third-party internet platform roamed by the network layer; the distributed network element layer inquires the binding relation of the unified service arrangement layer according to the call request, and respectively controls the establishment and connection of the call paths between the calling number and the middle number and between the middle number and the called number. The network layer is an operator core network and realizes the establishment of speech paths between the calling number and the middle number and between the middle number and the called number.
Specifically, the unified service orchestration layer is deployed outside the core network, a northbound interface of the unified service orchestration layer is in butt joint with a third-party internet platform background, and a southbound interface of the unified service orchestration layer is in butt joint with the core network; the distributed network element layer is deployed in the core network, a northbound interface of the distributed network element layer is in butt joint with the unified service arrangement layer, and a southbound interface of the distributed network element layer is in butt joint with the core network. The interaction scene of the distributed network element layer to the unified service arrangement layer comprises call strategy inquiry, short message strategy inquiry, recording push and ticket notification. And realizing a service isolation strategy for a service layer deployed in the core network and a service layer deployed outside the core network so as to ensure the information security of the core network of an operator. Specifically, the distributed network element layer does not receive the active access request initiated by the service layer. The distributed network element layer and the unified service arrangement layer adopt interactive scene setting, so that the safety of a core network is ensured, and malicious attack of an external network is avoided.
And calling policy query, wherein when the distributed network element layer receives a call from a calling number to an intermediate number, the distributed network element layer initiates calling policy query to the uniform service arrangement layer according to the calling number and the intermediate number, and the uniform service arrangement layer queries the binding relationship and feeds back the binding relationship according to a request.
And short message strategy query, wherein when the distributed network element layer receives a short message of a calling number to an intermediate number, the distributed network element layer initiates short message strategy query to the uniform service arranging layer according to the calling number and the intermediate number, and the uniform service arranging layer queries the binding relation and feeds back the binding relation according to a request.
And (3) recording and pushing, wherein the distributed network element layer records the continuous speech channel conversation and pushes the recorded speech channel conversation to the uniform service arrangement layer after the conversation is finished.
And (5) ticket notification, wherein the distributed network element layer generates a ticket for the connected speech path conversation and pushes the ticket to the uniform service arrangement layer.
The unified service arrangement layer comprises a service arrangement cluster, a recording storage module and a database module, the service arrangement cluster is arranged by adopting mirror image double nodes, and the recording storage module and the database module are respectively connected with the service arrangement cluster.
As shown in fig. 3, between the uniform service orchestration layer and the third-party internet platform, the uniform service orchestration layer receives a binding relationship allocation request of the third-party internet platform, and after successful binding, feeds back a successful status to the third-party internet platform. And similarly, the uniform service arrangement layer receives a recording downloading request of the third-party Internet platform and feeds back the recording state to the third-party Internet platform after the recording downloading request is successful.
As shown in fig. 4, under the condition that the middle platform is normally operated, the working process of the invention is as follows:
(1) firstly, a calling user initiates a number binding request to a third-party internet background through a third-party APP;
(2) after receiving the request, the third-party internet background initiates a number binding request to the uniform service arrangement layer;
(3) after receiving the number binding request, the unified service arrangement layer determines a middle number attribution province platform through a strategy of analyzing the attribution province of the calling party and the called party, the determined strategy is the nearby call forwarding, then the middle number managed by the attribution department is distributed, the strategy is assumed to be determined as the attribution province A, and the success is returned after the distribution;
(4) after receiving the binding relationship and generating a successful response, the APP starts to initiate a call from a calling party to an intermediate number;
(5) calling speech path is roamed to the intermediate number platform of the attribution province A;
(6) the provincial A intermediate number platform analyzes the speech path to obtain a calling number and an intermediate number, and inquires a called number to a uniform service arrangement layer;
(7) after receiving the request, the uniform service arrangement layer inquires the number binding relationship and returns the intermediate number and the real called number;
(8) after the intermediate number platform of the affiliation province A receives the response, the intermediate number platform initiates a call to a real called party;
(9) after the called party picks up the phone, the platform of the intermediate number of the province A of the affiliation links two sections of voice channels, including calling to the intermediate number, the intermediate number to the called party, and records the calling and the called party respectively;
and after the conversation is finished, the recording file and the call ticket are pushed to a unified service arrangement layer.
As shown in fig. 5, in case that a certain middle platform is not operated normally, the working process of the present invention:
(1) the unified service arrangement layer detects that the attribution province A is unavailable;
(2) the unified service arrangement layer re-registers the number resource managed by the attribution province A to the attribution province B which is most adjacent to the attribution province A;
(3) a calling user initiates a number binding request to a third-party internet background through a third-party APP;
(4) after receiving the request, the third-party internet background initiates a number binding request to the uniform service arrangement layer;
(5) after receiving the number binding request, the unified service arrangement layer calculates the number to be distributed to the province A management by a strategy, directly binds the intermediate number managed by the original province A with the calling and called parties, manages the actual number in the province B intermediate number platform, and returns success after distribution;
(6) after receiving the binding relationship and generating a successful response, the APP starts to initiate a call from a calling party to an intermediate number;
(7) calling speech path is roamed to the middle number platform of the attribution province B;
(8) the provincial B intermediate number platform analyzes the speech path to obtain a calling number and an intermediate number, and inquires a called number to a uniform service arrangement layer;
(9) after receiving the request, the uniform service arrangement layer inquires the number binding relationship and returns the intermediate number and the real called number;
(10) after the platform of the middle number of the province B obtains the response, the platform initiates the middle number to the real called call;
(10) after the called party picks up the phone, the platform of the middle number of the province B of the affiliation links the two sections of voice channels from the calling party to the middle number and from the middle number to the called party, and records the calling party and the called party respectively;
(10) and after the conversation is finished, the recording file and the call ticket are pushed to a unified service arrangement layer.
(10) After the intermediate number platform of the attribution province A returns to normal, the unified service arrangement layer registers the number back to the intermediate number platform management of the attribution province A again, and the calling returns to the normal flow again.
As shown in fig. 6, a specific working process is described by taking a certain network appointment platform as an example:
(1) a passenger in XX province forms an order relation with a driver through a network car booking APP, and the passenger initiates an intermediate number binding request to a network car booking platform through the APP before initiating a call through the APP;
(2) after receiving a number binding request from a passenger APP, the network car appointment platform initiates a number binding request to a uniform service arrangement layer of the privacy number platform to request allocation of an intermediate number;
(3) after the uniform service arrangement layer receives the request, the strategy determines that Beijing is the optimal platform selection,
a) when the YY province platform is available, the XX province intermediate number registered in the YY province platform is registered in the YY province platform, the XX province intermediate number is distributed to passengers and drivers, the number binding relationship between the passengers, namely the XX province intermediate number and the drivers is formed, and a successful response message carrying the intermediate number is returned;
b) under the situation that the Beijing node fails and is unavailable, the unified service arrangement layer registers the batch number to the ZZ province of the adjacent attributive province platform to form a binding relationship between a passenger and a driver, namely the XX province intermediate number managed by the ZZ province platform, and returns a successful response message carrying the intermediate number.
(4) The passenger initiates a call from the passenger to the XX province intermediate number, the speech path roams to the intermediate number platform, and the intermediate number platform sends a request for inquiring the driver number according to the passenger and the intermediate number to the unified service arrangement layer;
(5) after receiving the request, the unified service arrangement layer inquires the setting relationship and returns the intermediate number and the driver number;
(6) the intermediate number attribution province platform initiates a call from the intermediate number to a driver;
(7) the ringing of the driver shows that the incoming call is an intermediate number, after the incoming call is off-hook, the intermediate number attribution province platform connects the two end calls in a lap joint manner, and records the calling party and the called party respectively;
and after the conversation is finished, pushing the ticket and the record to a unified service arranging layer.
The above description is intended to describe in detail the preferred embodiments of the present invention, but the embodiments are not intended to limit the scope of the claims of the present invention, and all equivalent changes and modifications made within the technical spirit of the present invention should fall within the scope of the claims of the present invention.
Claims (10)
1. A mobile phone number security and privacy protection method based on mobile internet is characterized in that: the system comprises a plurality of intermediate number platforms which are arranged in different areas and provide intermediate number services; a uniform service arrangement layer is arranged between the intermediate number platforms; the unified service arrangement layer detects whether the middle number platform is available or not, and re-registers the middle number resource of the unavailable middle number platform to the middle number platform adjacent to the region of the unavailable middle number platform; the uniform service arrangement layer receives a number binding request initiated by a third-party Internet platform, distributes an intermediate number in an intermediate number platform on the belonging area according to the belonging area of the binding request, binds the intermediate number, a calling number and a called number, and stores the binding relationship; the network element layer of the intermediate number platform to which the intermediate number registration belongs receives a third-party internet platform call request roamed by a core network; and the network element layer inquires the binding relation of the unified service arrangement layer, and respectively controls the establishment of the speech paths between the calling number and the middle number and between the middle number and the called number and performs connection.
2. The mobile internet-based mobile phone number security and privacy protection method according to claim 1, characterized in that: and the network element layer records the call after the connection of the call paths, generates a call ticket, and pushes the record and the call ticket to the uniform service arrangement layer after the call is finished.
3. The mobile internet-based mobile phone number security and privacy protection method according to claim 1, characterized in that: and after the unavailable intermediate number platform returns to normal, the unified service arrangement layer registers the intermediate number back to the attribution intermediate number platform for management.
4. The mobile internet-based mobile phone number security and privacy protection method according to claim 1, characterized in that: and the network element layer does not receive the active access request initiated by the unified service arranging layer.
5. The mobile internet-based mobile phone number security and privacy protection method according to claim 1, characterized in that: and the uniform service arrangement layer unbinds the binding relationship after the call is finished.
6. The utility model provides a cell-phone number safety privacy protection platform based on mobile internet which characterized in that: comprises a uniform service arrangement layer, a distributed network element layer and a network layer,
the uniform service arrangement layer is used for managing inter-region migration of the intermediate number resources and registration on the region to which the intermediate number resources belong according to the region storage intermediate number resources; receiving a number binding request initiated by a third-party Internet platform, binding an intermediate number, a calling number and a called number, and storing a binding relationship;
the distributed network element layer is constructed in the core network of the operator and distributed on nodes in different areas; the distributed network element layer can receive a call request of a third-party internet platform roamed by the network layer; the distributed network element layer inquires the binding relation of the unified service arrangement layer according to the call request, and respectively controls the establishment of the speech paths between the calling number and the middle number and between the middle number and the called number and carries out connection;
the network layer is an operator core network and realizes the establishment of speech paths between the calling number and the middle number and between the middle number and the called number.
7. The mobile internet-based mobile phone number security and privacy protection platform according to claim 6, wherein: the unified service orchestration layer is deployed outside a core network, a north interface of the unified service orchestration layer is in butt joint with a third-party internet platform background, and a south interface of the unified service orchestration layer is in butt joint with the core network; the distributed network element layer is deployed in a core network, a northbound interface of the distributed network element layer is in butt joint with the unified service arranging layer, and a southbound interface of the distributed network element layer is in butt joint with the core network; the interaction scene of the distributed network element layer to the unified service arrangement layer comprises call strategy inquiry, short message strategy inquiry, sound recording push and ticket notification;
when the distributed network element layer receives a call from a calling number to an intermediate number, the distributed network element layer initiates a call strategy query to the uniform service arrangement layer according to the calling number and the intermediate number, and the uniform service arrangement layer queries a binding relationship according to a request and feeds back the binding relationship;
the method comprises the steps that short message strategy query is carried out, when the distributed network element layer receives a short message of a calling number to an intermediate number, the distributed network element layer initiates short message strategy query to the unified service arranging layer according to the calling number and the intermediate number, and the unified service arranging layer queries a binding relation according to a request and feeds back the binding relation;
recording and pushing, wherein the distributed network element layer records the continuous speech channel conversation and pushes the recorded speech channel conversation to the uniform service arrangement layer after the conversation is finished;
and the distributed network element layer generates a call ticket for the connected speech path conversation and pushes the call ticket to the unified service arrangement layer.
8. The mobile internet-based mobile phone number security and privacy protection platform according to claim 6, wherein: the unified service arrangement layer comprises a service arrangement cluster, a recording storage module and a database module, wherein the service arrangement cluster is arranged by adopting mirror image double nodes, and the recording storage module and the database module are respectively connected with the service arrangement cluster.
9. The mobile internet-based mobile phone number security and privacy protection platform according to claim 6, wherein: the middle number platform comprises a service layer and a network element layer, the service layer is deployed outside a telecommunication core network, a northbound interface of the service layer is in butt joint with a third-party internet platform background, and a southbound interface of the service layer is in butt joint with the telecommunication core network; the network element layer is deployed in a telecommunication core network, a north interface of the network element layer is in butt joint with the service layer, and a south interface of the network element layer is in butt joint with the telecommunication core network.
10. The mobile internet-based mobile phone number security and privacy protection platform according to claim 6, wherein: the third-party Internet platform comprises one of an Internet APP and a website server.
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| CN109451482A (en) * | 2019-01-03 | 2019-03-08 | 中国联合网络通信集团有限公司 | Privacy number processing method, device and storage medium |
| CN110401572A (en) * | 2019-09-04 | 2019-11-01 | 中国联合网络通信集团有限公司 | Network end-to-end arranging service system and method |
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