TWI631858B - System for providing multiple services over mobile network using multiple imsis - Google Patents

Abstract

The present invention discloses a system for providing several services using a plurality of international mobile subscriber identity codes over a mobile network. The system includes a mobile device and an international mobile subscriber identity provider server. By switching the first international mobile subscriber identity code installed in the mobile device to the second international mobile subscriber identity, the role of the mobile network operator can be transformed from an internet service provider to an application service provider. As a result, data traffic, mobile network speeds, and payment systems that deliver mobile Internet services can be manipulated to meet OTT partners without violating the network neutrality principles that Internet service providers need to comply with.

Description

Use several international mobile user IDs through the mobile network System for several services

The present invention relates to a system for providing several services over a mobile network, and more particularly to a system for providing several services using a number of International Mobile Subscriber Identity (IMSI) over a mobile network.

With the development of technology, the Internet plays an increasingly important role in daily life. In the early days, the terminal device connected to the Internet was a connected device provided by an Internet Service Provider (ISP). When the 3G mobile network became popular, the mainstream of Internet connectivity became a mobile network provided by mobile network operators and mobile phones through mobile network operators (MNOs). With the extensive deployment of 3G or 4G base station hardware facilities, competition among mobile network operators has intensified.

The services of mobile network operators usually provide different service solutions to meet the various needs of different users. Mobile internet access service can be in one The International Mobile Subscriber Identity is provided through a specific mobile network after the key installed in the Subscriber Identity Module (SIM) is successfully authenticated. The service plan is usually combined with a voice call service so that a smart phone with a SIM that stores the international mobile subscriber identity code can provide mobile internet access and voice services. Today, mobile phone users must pay for the mobile Internet service they use based on usage (in Gigabyte or Kilobyte) in order to continue to enjoy the service. With the popularity of Internet applications, these applications provide specific services through mobile networks, such as social, chat, video streaming, etc., to their subscribers, without being limited by mobile network operators. This forms a set of parasitic ecosystems on mobile networks that are built and maintained by mobile network operators.

The business model mentioned above is called OTT (Over The Top). By using the mobile network provided by the mobile network operator, the service content is provided by the service provider, not the mobile network operator itself. At the same time, service providers do not have to pay for the operating costs of mobile network operators. OTT typically provides their services on a "freemium" basis, which means that users typically use these services for free, so that service providers can quickly access a large number of users without having to invest in a mobile network architecture. As such service providers and their users increase significantly, and because of the existence of alternative access technologies such as Wi-Fi, increasing data network usage and causing price erosion, mobile network operators will also need to allocate more The budget is in the network expansion and new bandwidth acquisition investment. However, base In the existing technology that destroys the mobile network niche, mobile network operators are unable to cooperate with OTT to manage OTT services, allowing OTT to share the cost of mobile network operators and provide quality assurance for their services.

On the other hand, because Net Neutrality is a principle that requires Internet operators and governments to handle all Internet data equally, the information provided by Internet operators is between their legal locations. There are no problems with stagnation, throttling, and priority payments. Mobile network operators cannot intervene from service providers to meet expectations from certain OTT partners and profit from them. The situation of mobile network operators has been in a dilemma for a long time.

Telecommunications regulators, such as the US FCC and India's TRAI, began to monitor the cooperation mechanism between mobile network operators and OTT. Mobile network operators' practices, such as “zero tax rate” and “blocking” specific OTTs, are likely to violate the principle of net neutrality. Regulators are legislating to ban mobile network operators, by providing any Internet and payment systems for Internet services, which further makes mobile network operators dumb pipes, and mobile network operations Businesses will face the challenge of price erosion forever. Therefore, the new development direction of mobile network operators can only be directed towards management.

By placing several international mobile subscriber identity codes in a single mobile device, mobile network operators can change their role by switching international mobile subscriber identity codes from Internet service providers to application service providers (Application) Service Provider, ASP), giving users in traditional actions The choice between the Internet and priority services. By making Internet services an option and giving customers the choice between a mobile Internet and a managed OTT service, mobile network operators can be released from network neutrality restrictions and gain access to operating payment systems. The freedom of the Internet to meet the expectations of OTT partners. More aggressively, mobile network operators can sell international mobile subscriber IDs to OTTs, such as in the M2M model, to increase revenue streams.

Therefore, the inventor spent a lot of time and effort to research and design a system that provides several services through a mobile network based on several international mobile subscriber identity management. The system solves these problems and helps mobile network operators manage OTT partners. Most importantly, the system helps mobile network operators deliver improved service levels and customization to their customers.

This paragraph of text extracts and compiles certain features of the present invention. Other features will be revealed in subsequent paragraphs. The intention is to cover various modifications and similar arrangements in the spirit and scope of the appended claims.

In order to solve the aforementioned problems and provide an innovative architecture for the mobile network operator's development of OTT service requirements, the present invention discloses a system for providing several services by using several international mobile subscriber identity codes over a mobile network. The system comprises: a mobile device having: an international mobile subscriber identity management software, the international mobile subscriber identity management software operating to switch international mobile subscriber identity codes to receive respective services, and to subscribe to individual services Requires downloading a specific international shift from the International Mobile Subscriber Identity Code Provisioning Server Dynamic user identification code; and an international mobile subscriber identity management hardware, comprising: a security software system for managing a plurality of international mobile subscriber identity codes and respective subscriber identity module basic profiles (SIM profile) a first international mobile subscriber identity, the first international mobile subscriber identity and a corresponding subscriber identity module basic data are selected by the international mobile subscriber identity management software for the mobile device to accept authentication for access Internet or enabling the subscription function of a voice call service provided by a mobile network operator; and a second international mobile subscriber identity, the second international mobile subscriber identity and a corresponding subscriber identity module are basic The data is selected by the international mobile subscriber identity management software for the mobile device to receive authentication to receive a service provided by at least one service provider from at least one predefined Uniform Resource Locator (URL); And an international mobile subscriber identity providing server for storing a plurality of international mobile subscriber identity codes Each user identification module basic data, and after receiving a request from the international mobile subscriber identity management software, download an international mobile subscriber identity and corresponding subscriber identity module basic data for installation in the international mobile subscriber The ID is managed in the hardware.

Preferably, the mobile device is a smart phone or tablet.

Preferably, the service requested by the international mobile subscriber identity code downloaded from the international mobile subscriber identity provider server is a cloud service, a video streaming service, an operational mobile banking service, and a virtual private network (VPN). Services, Internet Protocol Call Technology (VOIP) services, instant messaging services, or international roaming services.

Preferably, the international mobile subscriber identity management hardware comprises a SIM card slot and a SIM card, wherein the SIM card can store and manage a plurality of sets of international mobile subscriber identity codes and respective subscriber identity module basic materials.

Preferably, the international mobile subscriber identity management hardware is an eSIM chip for storing and managing a plurality of sets of international mobile subscriber identity codes and respective subscriber identity module basic materials.

Preferably, the eSIM chip is embedded in a SIM card slot.

Preferably, the international mobile subscriber identity management hardware is a thin film SIM, wherein the thin film SIM is attached to a conventional SIM card and inserted into a SIM card slot of the mobile device for enabling the mobile device to access The international mobile subscriber identity code in the thin film SIM and the basic information of the respective subscriber identity modules, and a set of international mobile subscriber identity and subscriber identity module basic data are installed therein.

Preferably, the international mobile subscriber identity code switching is performed by updating the international mobile subscriber identity code within the mobile device and the corresponding subscriber identity module base profile.

Preferably, all services except those bound to the first international mobile subscriber identity and the corresponding subscriber identity module basic information are limited to the use of limited traffic.

Preferably, if the voice call service is enabled and the international mobile subscriber identity code is switched by the international mobile subscriber identity management software, the voice call service remains available for use after the handover.

The first international mobile subscriber identity code can provide a non-directional network service. That is, the user can connect to any web page or any OTT service via the mobile network through the mobile device. The second international mobile subscriber identity code and other international mobile subscriber identity codes installed after the second international mobile subscriber identity code are used to provide targeted network services provided by the mobile network operator or a cooperating service provider. Pre-defined services. This is a feature of the present invention. At the same time, between the operation of switching the first international mobile subscriber identity code to the second international mobile subscriber identity code, the role of the mobile network operator is changed from an internet service provider to an application service provider. They are no longer dumb pipes. Data traffic, mobile network speeds, and payment systems that deliver mobile Internet services can be manipulated to meet OTT partners without violating the network neutrality principles that Internet service providers need to adhere to.

100‧‧‧ mobile devices

110‧‧‧International Mobile Subscriber Identity Management Hardware

111‧‧‧Security software system

112‧‧‧First International Mobile Subscriber Identity

113‧‧‧ Second International Mobile Subscriber Identity

114‧‧‧ Third International Mobile Subscriber Identity

115‧‧‧ Fourth International Mobile Subscriber Identity

120‧‧‧International Mobile Subscriber Identity Management Software

200‧‧‧International Mobile Subscriber Identity Server

201‧‧‧First server

202‧‧‧Second server

203‧‧‧ third server

301‧‧‧First mobile network

302‧‧‧Second mobile network

Figure 1 shows a system for providing several services over a mobile network in accordance with the present invention.

Figure 2 shows the detailed architecture in a mobile device.

Figure 3 shows an example of how the system works.

The invention will be more specifically described by reference to the following embodiments.

Referring to Figures 1 through 3, these figures are used to disclose an embodiment of a system for providing several services using a number of international mobile subscriber identity codes over a mobile network. The main unit in the system should include at least one mobile device 100 and an international mobile subscriber identity provider server 200. The number of mobile devices 100 is not limited to one. A mobile device 100 is for only one user. In fact, there may be thousands or even more mobile devices 100 in the system. The use of a mobile device 100 is merely illustrative of the invention. Mobile device 100 is a customized electronic device that is sold to mobile network operators by their mobile network operators. In fact, it can be replaced by a smart phone or tablet because these devices can be easily obtained from the market, which is not limited by the present invention. However, the mobile device 100 needs to be configured with some specially arranged hardware and software. Details of the mobile device 100 will be further explained below.

The mobile device 100 is equipped with an international mobile subscriber identity management software 120. The mobile device 100 has an international mobile subscriber identity management hardware 110. Since the international mobile subscriber identity management hardware 110 is built inside the mobile device 100, the main architecture of the international mobile subscriber identity management hardware 110 is illustrated together with the mobile device 100 in FIG. In this embodiment, the international mobile subscriber identity management hardware 110 is a SIM card slot and a SIM card. The SIM card can store and manage a plurality of sets of international mobile subscriber identity codes and basic data of individual subscriber identity modules. It should be a multi-digit mobile subscriber identity SIM card. some The SIM card may not carry the international mobile subscriber identity code and the subscriber identity module basic data until a set of international mobile subscriber identity codes and subscriber identity module basic data are downloaded and installed from the remote server. At the same time, the international mobile subscriber identity management hardware 110 may also include logic for processing data output inputs. The international mobile subscriber identity management hardware 110 thus stores a number of international mobile subscriber identity codes and their respective subscriber identity module basics. The basic data of the subscriber identity module mainly includes an authentication key (Ki). The subscriber identity module basic data and the international mobile subscriber identity code are checked and authenticated by the mobile network operator's base station equipment, so that further services can be obtained via the base station equipment via the internet.

One feature of the present invention is that a space is prepared for installing at least two International Mobile Subscriber Identity codes and freely switching them in the mobile device 100. Thus, in other embodiments, the International Mobile Subscriber Identity Management Hardware 110 can be an eSIM chip. The eSIM chip can store and manage a plurality of sets of international mobile subscriber identity codes and respective subscriber identity module basic materials, which means that a mobile device having such a unit may not need to include a physical SIM card for authentication. Enter the internet or use a voice call service. In particular, the eSIM chip can be embedded in a SIM card slot. This design allows a mobile device to install an international mobile subscriber identity code prior to insertion of a physical SIM card. If the mobile device is a smart phone, the Internet service provider can sell the smart phone and an international mobile subscriber identity code, which is preloaded in the eSIM chip in the SIM card slot.

In other embodiments, there are other ways to implement the International Mobile Subscriber Identity Management Hardware 110. The International Mobile Subscriber Identity Management Hardware 110 can be a thin film SIM. In this example, the thin film SIM is attached to a conventional SIM card and inserted into a SIM card slot of the mobile device 110 to activate the mobile device 110 to access the international mobile subscriber identity and individual user identification in the thin film SIM. Module basic information. At the same time, the thin film SIM can also install a set of international mobile subscriber identity and user identification module basic data. The film SIM can buy in the market, for example, Taisys slimduet ^TM technology provides. It is made of a flexible circuit board that incorporates a processor, memory, and other active and passive components. Two groups of contacts are also formed on both sides of the flexible circuit board, and these contacts conform to the specifications of the SIM card output input contacts. The memory can store several international mobile subscriber IDs and individual subscriber identity module basic data. It can also store certain important information, such as user accounts and passwords of certain online services. These online services need to be logged in before they can be used. access. The processor can process data transmission or access operations, including installing a set of international mobile subscriber identity codes and subscriber identity module basic data in a multi-digit mobile subscriber identity SIM card or a memory therein. When the film SIM is attached to a SIM card and inserted into the SIM card slot of the mobile device 100, it can activate the mobile device 100 to access the international mobile subscriber identity code and the respective subscriber identity module basic data.

The international mobile subscriber identity management hardware 110 has several important software or materials: a security software system 111, a first international mobile subscriber identity 112 and a second international mobile subscriber identity 113. Security software system 111 is The roles of these international mobile subscriber identity codes installed in the mobile device 100 and the respective subscriber identity module basic materials are managed. Instructed by the international mobile subscriber identity management software 120, the security software system 111 can initiate a service through a mobile network provided by a mobile network operator after a corresponding international mobile subscriber identity code is authenticated.

As described above, in the mobile device 100, or more precisely, more international mobile subscriber identity codes and their respective subscriber identity module basic materials can be installed in the international mobile subscriber identity management hardware 110. Two of the international mobile subscriber identity codes are important: the first international mobile subscriber identity 112 and the second international mobile subscriber identity 113. The first international mobile subscriber identity 112 can be selected with a corresponding subscriber identity module base data for the international mobile subscriber identity management software 120 for the mobile device 100 to accept authentication for access to the Internet. It also enables the subscription of voice call services provided by mobile network operators after authentication. Sometimes, the first international mobile subscriber identity 112 can do both at the same time. The second international mobile subscriber identity 113 can be selected with a corresponding subscriber identity module basic data for the international mobile subscriber identity management software 120 for the mobile device 100 to accept authentication to receive by at least one service provider (mobile network) The service provided by the operator's contract partner or mobile network operator itself, from at least one predefined Uniform Resource Locator (URL), as shown in Figure 1. Because the second international mobile subscriber identity 113 is switched to an active state, the mobile network operator providing the internet service or voice call service transforms their role by the internet Road service providers are transformed into application service providers. They do not have to satisfy the service requirement when the first international mobile subscriber identity 112 is active, but due to the second international mobile subscriber identity 113, a new service must be provided. Therefore, network neutrality is no longer a limitation of "application service providers." It is to be noted that the first international mobile subscriber identity 112 and the second international mobile subscriber identity 113 can be issued by different mobile network operators. However, this does not affect the operation of the service bound to the second international mobile subscriber identity 113.

The uniform resource location address, for example, the uniform resource location address 1, the uniform resource location address 2, and the uniform resource location address 3 of FIG. 1 are directed. This means that when a service is provided, after the second international mobile subscriber identity 113 and the corresponding subscriber identity module basic profile authentication, the service provider performs deep packet inspection on all IP packets from the mobile device 100 (Deep Packet Inspection). , DPI). If the mobile network operator (precisely defined, the mobile network operator's basic operating facility for initiating the service) finds that the IP header of an IP packet does not point to one of the predefined Uniform Resource Locating Addresses, the IP packet will be give up. That is, only IP packets to a predefined Uniform Resource Locator address can be delivered to the destination. With deep packet inspection, the predefined Uniform Resource Locator address is not limited to the Uniform Resource Locator address of the relevant service that the mobile network operator wants to open for the customer. It can also be screened out by certain mobile network operators. The user of the service accesses a uniform resource location address, for example, a service with a large network traffic (such as a video stream) or a platform.

A unified resource location address has a specific service. When the second international mobile subscriber identity 113 and the corresponding subscriber identity module basic profile are authenticated, the uniform resource location address is used to connect the mobile device 100 to the international mobile subscriber identity provider server 200. The international mobile subscriber identity providing server 200 can store a plurality of international mobile subscriber identity codes and respective subscriber identity module basic materials, and can also download internationally after receiving a request from the international mobile subscriber identity management software 120. The basic information of the user identification module corresponding to the mobile subscriber identity code is installed in the international mobile subscriber identity management hardware 110. The service subscribed to by a required international mobile subscriber identity code downloaded from the International Mobile Subscriber Identity Assignment Server 200 can include a number of aspects. For example, an international mobile subscriber identity can be used to connect to a cloud service. Other services can be video streaming services, operating mobile banking services, accessing virtual private networks, Voice Over IP (VOIP) services, instant messaging services, or international roaming services. Of course, the service must be provided through a specific Uniform Resource Address. It will be appreciated that there are many application examples of services that are not exhaustively described herein, and are all within the scope of the present invention.

The above service, including the voice call service, can be considered to be initiated by a corresponding international mobile subscriber identity code. In other words, each international mobile subscriber identity code is associated with a corresponding subscriber identity module basic profile with a particular service. However, in the mobile device 100, only one International Mobile Subscriber Identity can be in an active state at a time. The international mobile subscriber identity code not selected by the international mobile subscriber identity management software 120 is not located. The active state is in the standby state. One feature of the present invention is that all services except those bound to the first international mobile subscriber identity 112 and the corresponding subscriber identity module profile are limited to the use of limited traffic. With this arrangement, the mobile network operator is no longer a dumb channel, and the first international mobile subscriber ID 112 provides almost unlimited traffic to their free value-added customers and enjoys other OTT services.

Another feature of the present invention is that if the voice call service is enabled and the international mobile subscriber identity (whichever international mobile subscriber identity code) is switched by the international mobile subscriber identity management software 120, the voice call service is maintained after the handover. Available status. This feature can be achieved in the following manner. All downloaded and installed International Mobile Subscriber IDs have the same Mobile Subscriber International ISDN Number (MSISDN). Therefore, all International Mobile Subscriber IDs are in a simultaneous ringing state. Once a voice call is passed through the mobile station international subscriber identity, each international mobile subscriber identity has the same rights to receive the voice call as long as it is active in the mobile device 100. This feature ensures that all voice calls are not missed after the International Mobile Subscriber Identity Code is switched.

It will be apparent from the above description that the international mobile subscriber identity management software 120 is also an important role in the present invention. The International Mobile Subscriber Identity Management Software 120 can operate to switch international mobile subscriber identity codes for receiving respective services. It can also operate to require a specific international mobile subscriber identity code to be downloaded from the International Mobile Subscriber Identity Server server 200 for each service. Ordering. The method in which the management software 120 switches the international mobile subscriber identity code is performed by updating the international mobile subscriber identity code in the mobile device 100 and the corresponding subscriber identity module base profile. In other words, when a set of international mobile subscriber identity codes and the corresponding subscriber identity module basic data are newly authenticated by the binding service, the previous active mobile subscriber identity code will be closed to complete the handover procedure.

An example of the operating system in this embodiment is explained below. Please see Figures 2 and 3. One user holds the mobile device 100 on which the first international mobile subscriber identity 112, the second international mobile subscriber identity 113 and the respective subscriber identity module basics are installed. In the beginning, the first international mobile subscriber identity 112 allows him to use the voice call because the first international mobile subscriber identity 112 and the corresponding subscriber identity module basic profile have been sent to the base of the first mobile network operator. The device is certified by it. If the first international mobile subscriber identity 112 further allows the subscriber to enter the Internet after authentication, the subscriber can now browse the website or access the server, for example, a first server 201, through the first mobile network operator. A first mobile network 301 (shown by a dashed arrow). The first international mobile subscriber identity 112 can be authenticated to use unrestricted network traffic before the contract with the first mobile network operator expires. The internet service may also use a specific network traffic, which is not limited by the present invention.

When the user wants to use other online services, he should activate the international mobile subscriber identity management software 120 in the mobile device 100. Although international The mobile subscriber identity management software 120 is intangible, but it does operate in the mobile device 100 and displays an interface on the mobile device 100 screen. For illustrative purposes, the icons displayed on the interface are simplified by the services bound by the International Mobile Subscriber Identity. For example, the international mobile subscriber identity code 1 points to a service that binds the first international mobile subscriber identity 112 and its corresponding subscriber identity module basic data, and the international mobile subscriber identity code 2 points to the second international mobile subscriber identity 113. User identification module basic information services, and so on. At this stage, only the International Mobile Subscriber Identity 1 icon and the International Mobile Subscriber Identity 2 icon appear on the screen. When the International Mobile Subscriber ID 2 icon is clicked, the "Download Other Services" service will be activated. The mobile device 100 is triggered to issue a request to the international mobile subscriber identity provider server 200 via the first mobile network 301, requesting a set of international mobile subscriber identity and individual subscriber identity modules bound to the subscriber's desired service. Group basic information. In this example, the user issues two requests to two services. The international mobile subscriber identity providing server 200 downloads a third international mobile subscriber identity 114, a fourth international mobile subscriber identity 115 and respective subscriber identity module basics for installation in the mobile device 100. At this point, two other icons will appear on the screen: an International Mobile Subscriber ID 3 icon and an International Mobile Subscriber ID 4 icon.

The third international mobile subscriber identity 114 and its corresponding subscriber identity module basic data are used to accept the first mobile network 301 base station device authentication, so that the mobile device 100 can access a second server 202 thereafter. The second server 202 provides an online banking service for payment, which is provided by a unified resource location address For reference, the uniform resource location address is provided after the third international mobile subscriber identity code 114 and its corresponding subscriber identity module basic data authentication are completed. The content of the Uniform Resource Locator address can be accessed after a registration process is completed. The registration process may require a set of usernames and passwords. However, they may be the third international mobile subscriber identity 114 and the corresponding subscriber identity module base material. That is, as long as the third international mobile subscriber identity 114 is selected by the international mobile subscriber identity management software 120 to be in an active state, the online banking service can be automatically turned on. At this time, the first international mobile subscriber identity 112, the second international mobile subscriber identity 113 and the fourth international mobile subscriber identity 114 are both closed.

In accordance with the spirit of the present invention, the mobile network used is not limited to the first mobile network 301. The first mobile network operator can agree with the second mobile network operator to sell the international mobile subscriber identity code and its bound service as agreed by the second mobile network operator. The fourth international mobile subscriber identity 115 and the corresponding subscriber identity module basic data are used to authenticate the base station device of the second mobile network 302, so that the mobile device 100 can connect and access a third server. 203. The third server 203 provides an online game of limited network traffic and play time, which is the only source of service through the second mobile network 302, and the fourth international mobile subscriber identity 115 must be downloaded if the user wants to play the game. The third server 203 is referred to by a uniform resource location address, and the uniform resource location address is provided after the fourth international mobile subscriber identity 115 and the corresponding subscriber identity module basic data are authenticated. Obviously, after the mobile device 100 is authenticated, Receive each specific service through a specific mobile network. The third server 203 cannot be accessed or accessed via the first mobile network 301. The second server 202 is also not accessible via the second mobile network. This protects the interests of every mobile network operator.

The system disclosed by the present invention is preferably operated by a single mobile network operator, which means that the mobile network operator can set up the international mobile subscriber identity provider server 200 and prepare the mobile device 100 (whether it is a smart phone or tablet). The second SIM card 113 is sold with the second SIM card 113, or the second SIM card 113 is separately sold (or the second international mobile subscriber identity code is downloaded) to operate the system. In the process of switching the first international mobile subscriber identity code to the second international mobile subscriber identity code, the mobile network operator can convert their roles from the Internet service provider to the application service provider. Traffic caused by users' Internet access through the mobile network is reduced, but is not subject to network neutrality specifications. At the same time, users can find more services and choose the services that benefit them. Of course, the installed International Mobile Subscriber ID can only be used for voice calls in other countries. When one of the international mobile subscriber identity codes is active, the subscriber can enjoy a separate voice call service in different countries, which makes it possible to roam the voice call but pay the local fee.

Although the present invention has been disclosed in the above embodiments, it is not intended to limit the invention, and those skilled in the art can make some modifications and refinements without departing from the spirit and scope of the invention. The scope of the invention is defined by the scope of the appended claims.

Claims (10)

A system for providing several services through an active network using several International Mobile Subscriber Identity (IMSI), comprising: a mobile device having: an international mobile subscriber identity management software, the international mobile subscriber The identification code management software operates to switch the international mobile subscriber identity to receive the respective services, and for the subscription of the individual services, requires the download of a specific international mobile subscriber identity code from the international mobile subscriber identity provider server; The international mobile subscriber identity management hardware includes: a security software system for managing a plurality of international mobile subscriber identity codes and respective subscriber identity module (SIM) profile basic data; a first international mobile subscriber identity, the first international mobile subscriber identity and a corresponding subscriber identity module basic data are selected by the international mobile subscriber identity management software for the mobile device to accept authentication for access to the Internet Road or enable a voice call service provided by a mobile network operator Order Function; and a second international mobile subscriber identity, and the second international mobile subscriber identity with a user identification module corresponding to the basic information chosen by the international mobile subscriber identity management software, for receiving the mobile device identified The certificate is to receive a service provided by at least one service provider from at least one predefined Uniform Resource Locator (URL); and an international mobile subscriber identity providing server for storing a plurality of international mobiles User identification code and respective user identification module basic data, and after receiving a request from the international mobile subscriber identity management software, download an international mobile subscriber identity code and corresponding subscriber identity module basic data to be installed on The international mobile subscriber identity management software is in the hardware. The system of claim 1, wherein the mobile device is a smart phone or a tablet. The system of claim 1, wherein the service requested by the international mobile subscriber identity code downloaded from the international mobile subscriber identity provider server is a cloud service, a video streaming service, an operational mobile banking service, Incoming virtual private network (VPN) services, Internet Protocol Call Technology (VOIP) services, instant messaging services, or international roaming services. The system of claim 1, wherein the international mobile subscriber identity management hardware comprises a SIM card slot and a SIM card, wherein the SIM card can store and manage a plurality of international mobile subscriber identification codes and each Other users identify the basic information of the module. The system of claim 1, wherein the international mobile subscriber identity management hardware is an eSIM chip for storing and managing a plurality of sets of international mobile subscriber identity codes and respective subscriber identity module basic materials. The system of claim 5, wherein the eSIM chip is embedded in a SIM card slot. The system of claim 1, wherein the international mobile subscriber identity management hardware is a thin film SIM, wherein the thin film SIM is attached to a conventional SIM card and inserted into a SIM card slot of the mobile device. The mobile device is used to enable access to the international mobile subscriber identity code and the individual subscriber identity module basic data in the thin film SIM, and to install a set of international mobile subscriber identity and subscriber identity module basic data. The system of claim 1, wherein the international mobile subscriber identity code switching is performed by updating an international mobile subscriber identity code and corresponding subscriber identity module base material in the mobile device. The system of claim 1, wherein all services are limited to use limited traffic except for services bound to the first international mobile subscriber identity and the corresponding subscriber identity module profile. The system of claim 1, wherein if the voice call service is enabled and the international mobile subscriber identity is switched by the international mobile subscriber identity management software, the voice call service remains available after the handover.