阅读说明：本技术 一种移动设备远程营收管理控制方法及系统 (Mobile equipment remote revenue management control method and system ) 是由 黄永谊 于 2021-06-29 设计创作，主要内容包括：本发明提供一种移动设备远程营收管理控制方法及系统,涉及通信技术领域,采用移动终端进行登录企业服务端时进行零知识证明问题验证,进行用户的账号确认和身份验证,有效保障用户本人信息登录企业服务端的安全性与企业各层人员远程访问管理的对应身份的功能保障,增加系统远程控制的安全性,移动终端通过与企业服务端接收控制器端发送的一对序列码成功配对后进行数据传输,有效保障企业服务器在安全的情况下进行数据的接收与传送,保障数据传输的安全性,同时移动终端通过第三方传输端传输数据后,第三方传输端进行与企业服务端的配对传输,有效保障传输移动终端传输效率,节约时间的情况下,进行数据的安全传输,提高数据传输的安全性能。(The invention provides a remote revenue management control method and a system for mobile equipment, relating to the technical field of communication, wherein a mobile terminal is adopted to carry out zero knowledge proof problem verification when logging in an enterprise server, account confirmation and identity verification of a user are carried out, the safety of the user information logging in the enterprise server and the function guarantee of corresponding identity of remote access management of personnel at each layer of an enterprise are effectively guaranteed, the safety of remote control of the system is increased, the mobile terminal carries out data transmission after successfully pairing with a pair of sequence codes sent by an enterprise server receiving controller end, the data receiving and transmission of the enterprise server are effectively guaranteed under the safety condition, the safety of data transmission is guaranteed, simultaneously, after the mobile terminal transmits data through a third party, the third party transmitting end carries out pairing transmission with the enterprise server end, and the transmission efficiency of the mobile terminal is effectively guaranteed, under the condition of saving time, the data is safely transmitted, and the safety performance of data transmission is improved.)

1. The utility model provides a long-range receipts of mobile device management control system which characterized in that: the system comprises:

the enterprise server serves as a center for receiving, storing and forwarding the whole mobile terminal remote intelligent management data, and establishes a relationship among the mobile terminal, the controller, the first database and the second database, and is a core part of the whole remote management;

the controller end is used as front-end equipment for remote control of the mobile terminal, and is connected with different sensors and actuators through the controller end to realize different operation functions;

the mobile terminal is used for remote login and access of a user to the enterprise server, so that the user can access the enterprise server by connecting a wireless local area network or a mobile network to perform remote control management on enterprise revenue data;

the first database is used for inputting and storing basic information such as employees, management layers and project basic conditions in an enterprise;

the second database is used for storing the specific situation information of the main operation and income items in the enterprise and the specific situations of other service operation and income items in the enterprise;

the third-party transmission end is used for transmitting data between the mobile terminal and the enterprise server end, and the third-party transmission end performs data transmission through correct pairing with the enterprise server end;

the safety module is used for monitoring the safety of the whole system in real time;

and cloud backup, namely performing timed encryption backup on the data contents of the first database and the second database.

2. A remote revenue management control method for mobile equipment is characterized by comprising the following steps: the method comprises the following steps:

sp 1: registering and logging in, wherein a user logs in an account accessed by an enterprise server through a mobile terminal, and the user not registering the account needs to register the account;

sp 2: verifying, namely, the system carries out instant continuous three questions and popup questions and answers to the loggers and the registrars through zero-knowledge proof, the question and answer data come from the basic content of the first database, the loggers are logged after all questions are answered, if one question is wrong, the loggers cannot be logged, and if three continuous rounds of questions are wrong, the loggers and the loggers cannot be logged;

sp 3: selecting functions, namely selecting the functions of file transmission and data viewing after login;

sp 4: the method comprises the steps that file transmission is carried out, a controller end sends a group of matching sequences to a mobile terminal and an enterprise server, a user directly carries out successful matching with the enterprise server through the mobile terminal to carry out data transmission of a first database and a second database, meanwhile, the mobile terminal transmits data to a third party output end, a controller end sends a group of matching sequences to the third party output end and the enterprise server, and the third party output end carries out data transmission of the first database and the second database through successful matching with the enterprise server;

sp 5: the method comprises the following steps of data checking, namely selecting identities of managers, employees and project responsible persons by a user, carrying out three questions of random continuous zero-knowledge proof according to the identities after the identities are selected, and checking and managing data of a first database and a second database through an enterprise server after all the questions are correct;

sp 6: and safety and backup are carried out, the safety module carries out real-time monitoring on the system in the whole process, and the cloud backup carries out data backup on the first database and the second database at regular time.

3. The system of claim 1, wherein the mobile device is configured to perform the operations of: the controller end comprises an input module, a monitoring module, a transceiving module and a connecting module.

4. The system of claim 1, wherein the mobile device is configured to perform the operations of: the mobile terminal is embedded with a trusted platform module, a positioning module and a data information module, and the mobile terminal is started by program induction.

5. The system of claim 1, wherein the mobile device is configured to perform the operations of: the project condition record of the enterprise project of the second database comprises a project name, a responsible person, a fund transaction record and a project progress, and the first database comprises the project name and basic information of a butt joint person, an employee, a management layer name, a position, a working age and the like.

6. The method of claim 2, wherein the method further comprises: random problems provided during verification and data checking are different, problem coincidence does not occur between each round of problems, and the controller end controls sending and judging of zero knowledge proof problems.

7. The system of claim 1, wherein the mobile device is configured to perform the operations of: and a push mechanism of an XMPP protocol is adopted between the mobile terminal and the enterprise server, and the security module carries out security protection on the whole system through elliptic curve encryption.

Technical Field

The invention relates to the technical field of communication, in particular to a method and a system for managing and controlling remote revenue of mobile equipment.

Background

The mobile Internet of things is a product developed by the current mobile Internet, and combines the Internet of things and the mobile Internet. The mobile internet of things combines the internet surfing experience of the mobile internet with the characteristics of connecting actual objects with the network anytime and anywhere, and realizes real-time data acquisition, information interaction, remote intelligent control, management and other operations of actual articles through the mobile terminal. Through removing the thing networking not only to article information have the omnidirectional grasp to for the user provides the most convenient and fast channel of acquireing these information, increase the controller and can provide more intelligent, convenient, real-time management and control for the user on mobile internet's basis.

According to a remote control method, a remote control device and a mobile terminal disclosed by Chinese patent No. CN107566471A, wherein the method is applied to a system comprising a master mobile terminal and a slave mobile terminal, the method comprises the following steps: the slave mobile terminal receives a target message sent by the master mobile terminal; and playing the multimedia data corresponding to the target message from the mobile terminal. The slave mobile terminal in the embodiment of the invention receives the target message sent by the master mobile terminal and plays the multimedia data corresponding to the target message, thereby realizing the remote control of the mobile terminal and improving the intelligence degree of the mobile terminal.

When the above patent document is used practically, remote control of monitoring a plurality of terminals by one terminal is embodied, safety performance is low, a main mobile terminal can log in any account identity to check and supervise, identity authentication is absent, and enterprise data loss and stealing are avoided by ensuring that great safety performance and identity authentication are needed during remote monitoring used in an enterprise.

Disclosure of Invention

Technical problem to be solved

Aiming at the defects of the prior art, the invention provides a method and a system for managing and controlling the remote revenue of mobile equipment, which solve the problem of low safety performance of the existing remote control of the mobile equipment.

(II) technical scheme

In order to achieve the purpose, the invention is realized by the following technical scheme: a mobile device remote revenue management control system, the system comprising:

the enterprise server serves as a center for receiving, storing and forwarding the whole mobile terminal remote intelligent management data, and establishes a relationship among the mobile terminal, the controller, the first database and the second database, and is a core part of the whole remote management;

the controller end is used as front-end equipment for remote control of the mobile terminal, and is connected with different sensors and actuators through the controller end to realize different operation functions;

the mobile terminal is used for remote login and access of a user to the enterprise server, so that the user can access the enterprise server by connecting a wireless local area network or a mobile network to perform remote control management on enterprise revenue data;

the first database is used for inputting and storing basic information such as employees, management layers and project basic conditions in an enterprise;

the second database is used for storing the specific situation information of the main operation and income items in the enterprise and the specific situations of other service operation and income items in the enterprise;

the third-party transmission end is used for transmitting data between the mobile terminal and the enterprise server end, and the third-party transmission end performs data transmission through correct pairing with the enterprise server end;

the safety module is used for monitoring the safety of the whole system in real time;

and cloud backup, namely performing timed encryption backup on the data contents of the first database and the second database.

A remote revenue management control method for mobile equipment comprises the following steps:

sp 1: registering and logging in, wherein a user logs in an account accessed by an enterprise server through a mobile terminal, and the user not registering the account needs to register the account;

sp 2: verifying, namely, the system carries out instant continuous three questions and popup questions and answers to the loggers and the registrars through zero-knowledge proof, the question and answer data come from the basic content of the first database, the loggers are logged after all questions are answered, if one question is wrong, the loggers cannot be logged, and if three continuous rounds of questions are wrong, the loggers and the loggers cannot be logged;

sp 3: selecting functions, namely selecting the functions of file transmission and data viewing after login;

sp 4: the method comprises the steps that file transmission is carried out, a controller end sends a group of matching sequences to a mobile terminal and an enterprise server, a user directly carries out successful matching with the enterprise server through the mobile terminal to carry out data transmission of a first database and a second database, meanwhile, the mobile terminal transmits data to a third party output end, a controller end sends a group of matching sequences to the third party output end and the enterprise server, and the third party output end carries out data transmission of the first database and the second database through successful matching with the enterprise server;

sp 5: the method comprises the following steps of data checking, namely selecting identities of managers, employees and project responsible persons by a user, carrying out three questions of random continuous zero-knowledge proof according to the identities after the identities are selected, and checking and managing data of a first database and a second database through an enterprise server after all the questions are correct;

sp 6: and safety and backup are carried out, the safety module carries out real-time monitoring on the system in the whole process, and the cloud backup carries out data backup on the first database and the second database at regular time.

Preferably, the controller end comprises an input module, a monitoring module, a transceiver module and a connection module.

Preferably, the trusted platform module, the positioning module and the data information module are embedded in the mobile terminal, and the mobile terminal is started by program induction.

Preferably, the project condition record of the enterprise project by the second database comprises a project name, a responsible person, a fund transaction record and a project progress, and the first database comprises the project name and basic information of a butt joint person, an employee, a management layer name, a position, a working age and the like.

Preferably, random problems provided during verification and data checking are different, problem coincidence does not occur between every two rounds of problems, and the controller end controls sending and judging of the zero knowledge proof problems.

Preferably, a push mechanism of an XMPP protocol is adopted between the mobile terminal and the enterprise server, and the security module performs security protection on the whole system through elliptic curve encryption.

(III) advantageous effects

The invention provides a method and a system for managing and controlling remote revenue of mobile equipment. The method has the following beneficial effects:

1. the invention verifies the zero-knowledge proof problem when logging in the enterprise server by adopting the mobile terminal, confirms the account number of the user and verifies the identity of the user, effectively ensures the safety of logging in the enterprise server by the user information and the function guarantee of corresponding identity of remote access management of personnel in each layer of the enterprise, ensures that the personnel in the enterprise respectively take their own roles when accessing the enterprise server, and increases the safety of remote control of the system.

2. The mobile terminal is successfully matched with the pair of sequence codes sent by the enterprise server receiving controller end to transmit data, so that the data receiving and transmitting of the enterprise server are effectively guaranteed under the safe condition, the safety of data transmission is guaranteed, meanwhile, after the mobile terminal transmits data through the third-party transmission end, the third-party transmission end performs matched transmission with the enterprise server end, the transmission efficiency of the mobile terminal is effectively guaranteed, the data is transmitted safely under the condition of saving time, and the safety performance of data transmission is improved.

Drawings

FIG. 1 is a system connection topology of the present invention;

FIG. 2 is a diagram of the steps of the method of the present invention.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

The first embodiment is as follows:

as shown in fig. 1, a remote revenue management control system for a mobile device includes:

the enterprise server serves as a center for receiving, storing and forwarding the whole mobile terminal remote intelligent management data, and establishes a relationship among the mobile terminal, the controller, the first database and the second database, and is a core part of the whole remote management;

the controller end is used as front-end equipment for remote control of the mobile terminal, and is connected with different sensors and actuators through the controller end to realize different operation functions;

the mobile terminal is used for remote login and access of a user to the enterprise server, so that the user can access the enterprise server by connecting a wireless local area network or a mobile network to perform remote control management on enterprise revenue data;

the first database is used for inputting and storing basic information such as employees, management layers and project basic conditions in an enterprise;

the second database is used for storing the specific situation information of the main operation and income items in the enterprise and the specific situations of other service operation and income items in the enterprise;

the third-party transmission end is used for transmitting data between the mobile terminal and the enterprise server end, and the third-party transmission end performs data transmission through correct pairing with the enterprise server end;

the safety module is used for monitoring the safety of the whole system in real time;

and cloud backup, namely performing timed encryption backup on the data contents of the first database and the second database.

The controller end comprises an input module, a monitoring module, a transceiving module and a connecting module, wherein the input module is used for recording information of a first database and a second database in modes of photographing and scanning, manual recording, file transmission and the like, the monitoring module is connected with the safety module, the safety module is used for monitoring the inside of the system through the monitoring module, meanwhile, the monitoring module is used for carrying out safety monitoring on transceiving serial codes of an enterprise server end and a mobile terminal, the transceiving module is used for carrying out instant transmission of the serial codes of the controller end, the enterprise server end, a third-party transmission end and the mobile terminal, the connecting module is used for accessing the controller end, an external server and an actuator, the controller end is used for connecting external equipment, a trusted platform module is embedded in the mobile terminal, the positioning module and a data information module, the mobile terminal is automatically started through program induction, and encryption and decryption operation is provided through the trusted platform module, The safety functions of safety storage, key management, integrity management, remote certification and the like are ensured, the safety and the reliability of internal data are ensured, the identity authentication and the encryption and decryption of external data are completed, the mobile terminal is positioned in real time through the positioning module, the data information module stores, erases and locks data, the mobile terminal can be an intelligent watch, an intelligent mobile phone, a tablet, a computer and other electronic equipment which can be networked, a program between the mobile terminals is sensed and automatically started, when the equipment A is lost, the positioning module is used for positioning, the equipment B enters the positioning range through the equipment B, the equipment A is close to the equipment A within the circle radius of 50 meters, the equipment A is started to automatically start an application, the position reminding is carried out through controlling the volume maximization and the screen brightness maximization, the searching after the equipment is lost is facilitated, and simultaneously after the mobile terminal is lost, logging in an account of an enterprise server through another mobile terminal, checking account logging-in equipment, locking or erasing remote data of the corresponding lost equipment by checking historical logging-in equipment, recording project conditions of enterprise projects by a second database including project names, responsible persons, fund transaction records and project progress, recording all specific conditions of internal projects of the enterprise by the second database, facilitating management after remote logging-in, classifying, sorting and counting the stored data by the second database, storing basic information of the first database including the project names and the butt-joint persons, staff, management layer names, positions, working ages and the like, storing the basic information of the first database aiming at the internal staff of the enterprise, names, heights, weights, working time, working positions, existing butt-joint projects, basic conditions of companies and the like, and adopting a push mechanism of an XMPP protocol between the mobile terminal and the enterprise server, the security module carries out security protection on the whole system through elliptic curve encryption, the XMPP protocol provides an optional security mechanism and is mainly realized through a TLS protocol and an SASL protocol, meanwhile, the next TLS protocol provides communication encryption, the SASL protocol provides identity authentication, and the verification of a user when the user logs in through a mobile terminal is facilitated.

The second embodiment is as follows:

as shown in fig. 1 and fig. 2, a method for controlling remote revenue management of a mobile device includes the following steps:

sp 1: registering and logging in, wherein a user logs in an account accessed by an enterprise server through a mobile terminal, and the user not registering the account needs to register the account;

sp 2: verifying, namely, the system carries out instant continuous three questions and popup questions and answers to the loggers and the registrars through zero-knowledge proof, the question and answer data come from the basic content of the first database, the loggers are logged after all questions are answered, if one question is wrong, the loggers cannot be logged, and if three continuous rounds of questions are wrong, the loggers and the loggers cannot be logged;

sp 3: selecting functions, namely selecting the functions of file transmission and data viewing after login;

sp 4: the method comprises the steps that file transmission is carried out, a controller end sends a group of matching sequences to a mobile terminal and an enterprise server, a user directly carries out successful matching with the enterprise server through the mobile terminal to carry out data transmission of a first database and a second database, meanwhile, the mobile terminal transmits data to a third party output end, a controller end sends a group of matching sequences to the third party output end and the enterprise server, and the third party output end carries out data transmission of the first database and the second database through successful matching with the enterprise server;

sp 5: the method comprises the following steps of data checking, namely selecting identities of managers, employees and project responsible persons by a user, carrying out three questions of random continuous zero-knowledge proof according to the identities after the identities are selected, and checking and managing data of a first database and a second database through an enterprise server after all the questions are correct;

sp 6: and safety and backup are carried out, the safety module carries out real-time monitoring on the system in the whole process, and the cloud backup carries out data backup on the first database and the second database at regular time.

Random questions proposed during verification and data viewing are different, problems do not coincide among every round of questions, a controller end controls sending and judging of zero knowledge certification problems, when login verification is carried out, zero knowledge certification is carried out according to data information of a first database, questions proposed by a system are answered on the premise that secret information is not leaked, even if an attacker eavesdrops a communication channel, the attacker can only obtain a certain number of questions or answers, due to the fact that the authentication process is random, the attacker is difficult to cheat through the obtained information, the phenomenon that an account number is stolen by others is effectively prevented, the login safety of the user account number is guaranteed, when data viewing is carried out, the proposed questions are pertinently verified on the selected identity, and the data viewing of a manager, an employee and a project principal have different authorities, the manager performs the implementation of the authority of data transmission, modification, check, statistics, control and the like, the staff only performs the data check of the first database, cannot perform the check of the second database, can apply to the manager, can modify the personal identity data of the first database after the application is passed, the project principal can check the specific condition of the personal corresponding project in the second database, can perform the data modification of the corresponding project after the application is passed, is performed under the supervision of the manager in the whole process, performs zero-knowledge proof problem verification when logging in the enterprise service end by adopting the mobile terminal, performs the account confirmation and identity verification of the user, effectively ensures the safety of the user personal information logging in the enterprise service end and the function guarantee of the corresponding identity of each layer of enterprise personnel remote access management, and enables the enterprise personnel to perform the functions of each enterprise service end when accessing the enterprise service end, the safety of the remote control of the system is increased.

During file transmission, in order to ensure that an enterprise server keeps a normal operation state when mobile equipment transmits data, during data transmission, a mobile terminal sends a data transmission instruction, a controller sends a sequence code according to a transmission object of the instruction, if the mobile terminal directly transmits the data through the enterprise server, the controller sends the sequence code to the mobile terminal and the enterprise server, the enterprise server receives the sequence code in the normal operation state, the mobile terminal pairs the sequence code by inputting the sequence code, the data is transmitted after the sequence code is successfully paired, if the mobile terminal transmits the data through a third-party transmission end, the controller sends the sequence code to the third-party transmission end and the enterprise server, the mobile terminal directly transmits the data to the third-party transmission end, and the data is automatically transmitted after the third-party transmission end and the enterprise server are successfully paired, if the pairing is failed, the problem of the enterprise server is indicated, the third-party transmission end does not transmit data and sends a prompt to the mobile terminal, meanwhile, the controller end monitoring module monitors the pairing condition of the enterprise server, and timely notifies the enterprise server of the fault of the enterprise server for maintenance after the pairing is failed, so that the data is effectively prevented from not being transmitted when the problem of the enterprise server occurs, the data is prevented from being lost, the mobile terminal is adopted to transmit the data after successfully pairing with the enterprise server end to receive a pair of sequence codes sent by the controller end, the data is effectively received and transmitted by the enterprise server under the safe condition, the safety of the data transmission is ensured, and meanwhile, after the mobile terminal transmits the data through the third-party transmission end, the third-party transmission end performs the pairing transmission with the enterprise server end, so that the transmission efficiency of the mobile terminal is effectively ensured, and under the condition of saving time, and the data is safely transmitted, and the safety performance of data transmission is improved.

It is noted that, herein, relational terms such as first and second, and the like may be used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions. However, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus. Without further limitation, an element defined by the phrase "comprising a reference structure" does not exclude the presence of other similar elements in a process, method, article, or apparatus that comprises the element.

Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.