WO2016201884A1

WO2016201884A1 - Wifi hierarchical management method for smartphone

Info

Publication number: WO2016201884A1
Application number: PCT/CN2015/095203
Authority: WO
Inventors: 商智慧; 包卫卫
Original assignee: 上海斐讯数据通信技术有限公司
Priority date: 2015-06-17
Filing date: 2015-11-20
Publication date: 2016-12-22
Also published as: CN104902480A

Abstract

Disclosed is a WIFI hierarchical management method for a smartphone, comprising the following steps: S1: a smartphone scanning a WIFI signal to acquire a network list containing several WIFIs; S2: selecting a certain WIFI from the network list, and acquiring a system application program list via a system interface; S3: selecting several application programs from the application program list to establish a network license table; and S4: the application programs existing in the network license table being able to be authorized to use the corresponding WIFI. The present invention can not only better protect the privacy of users, but also can selectively use a network in the case where the security of the network is not confirmed, thereby satisfying the requirements of the users.

Description

Smartphone WIFI hierarchical management method

Technical field

The invention relates to a smart phone network security technology, in particular to a smart phone WIFI hierarchical management method.

Background technique

With the large-scale popularization of smartphones, various security issues emerge in an endless stream. Some install Trojans with trojans, some are system vulnerabilities, and some are more hidden security issues, such as wifi networks connected to mobile phones. Unconsciously, the user's privacy is stolen.

At present, the mobile Internet is more and more developed, and free wifi is also increasing, but users cannot distinguish whether the free wifi has security problems. Some wifi inspection applications launched by security vendors cannot completely distinguish whether they are non-secure wifi. There is no guarantee that this wifi will not record user data.

At present, the mobile phone application developed by each mobile phone application manufacturer will automatically log in in the background after the user is connected to the network. If the wifi connected by the user is an illegally modified wifi, the login user name and password are very easy to leak; Users are not notified at all, so that users lose their most important personal information without knowing it; sometimes, users have this security concept and want to use unsafe wifi to see things that are not related to personal privacy, such as updating the weather. , browsing news, etc., do not want to log in applications similar to WeChat, QQ and other personal privacy, such demand can not be met.

Summary of the invention

The object of the present invention is to provide a WIFI hierarchical management method for a smart phone, which not only can better protect the privacy of the user, but also can selectively use the network to meet the needs of the user if the network is not confirmed to be secure.

In order to achieve the above object, the present invention is achieved by the following technical solutions:

A smart phone WIFI hierarchical management method includes the following steps:

S1: The smart phone scans the WIFI signal to obtain a list of networks including several WIFIs;

S2: selecting a WIFI from the network list, and obtaining a system application list through the system interface;

S3: selecting a plurality of applications from the list of applications to establish a network license table;

S4: The application existing in the network permission table may be authorized to use the corresponding WIFI.

The network license table corresponds to a plurality of WIFIs according to the SSID of the WIFI.

The establishment of the network license table in S3 includes the following sub-steps:

S3.1: Select a WIFI, and obtain an application list according to the SSID of the WIFI;

S3.2: selecting a plurality of applications in the application list, and the system generates a tag number according to different selection results;

S3.3: The system generates a network permission table according to the SSID and the tag number of the WIFI.

In the S3.2, if the application in the application list is selected, the tag number is 2; if the application in the application list is partially selected, the tag number is 0; if the application in the application list is not selected at all , the tag number is 1.

The network license table includes the SSID and tag number of all WIFIs in the smartphone that have entered the username and/or password.

The network license table authorization application in S4 uses the corresponding WIFI to include the following sub-steps:

S4.1: An application attempts to use the currently connected WIFI network;

S4.2: The system obtains the SSID of the WIFI network, and determines whether the WIFI exists in the network permission table. If not, the application cannot access the WIFI;

S4.3: if the WIFI exists in the network permission table, obtaining a tag number and an application list according to the SSID of the WIFI;

S4.4: Determine whether an application is in the application list according to the tag number, thereby determining whether to authorize the application to use the currently connected WIFI network.

In the S4.1, if the application does not use a WIFI network, the system automatically authorizes the application to use the network.

In the S4.4, if the tag number is 2, the application is directly authorized to use the currently connected WIFI; if the tag number is 0, it is found whether the application is in the application list in the network permission table. If the application is in the application list in the network license table, the application is authorized to use the currently connected WIFI; if the tag number is 1, the application is denied to authorize the application to use the currently connected WIFI.

Compared with the prior art, the invention has the following advantages:

1, can better protect the privacy of users;

2. It is possible to selectively use the network to meet the needs of users if the network is not confirmed to be safe.

DRAWINGS

1 is a flow chart of a method for hierarchical management of a smart phone WIFI according to the present invention.

detailed description

The present invention will be further described below in detail with reference to the accompanying drawings.

A smart phone WIFI hierarchical management method includes the following steps:

S1: The smart phone scans the WIFI signal to obtain a list of all WIFI networks within the coverage of the signal.

S2: Select a WIFI from the network list, and obtain a list of system applications through the system interface; in this embodiment, after the mobile phone is connected to a WIFI, by default, all applications cannot use the WIFI network, but the user can Set access rules.

S3: Select a number of applications from the application list to establish a network license table; the network license table corresponds to a number of WIFIs according to the SSID (Service Set Identifier) of the WIFI.

S3.1: Select a WIFI, and obtain an application list according to the SSID of the WIFI.

S3.2: Selecting a plurality of applications in the application list, and the system generates a tag number according to different selection results. In this embodiment, the access rule set by the user is: the application in the all-selected application list, and the tag number is 2; Partial selection application, the tag number is 0; if not selected, the tag number is 1.

S3.3: The system generates a network license table according to the SSID and the tag number of the WIFI. In this embodiment, the network license table includes the SSID and the tag number of all the WIFIs that have entered the user name and/or password in the smart phone, that is, all the WIFIs. The network maintains this network license table. Therefore, since each WIFI network maintains a list of applications corresponding to it, each WIFI and application are classified. For example, WIFI A is a secure WIFI, and users can use it to network all applications. WIFI B is non-secure WIFI, users can specify the application to use this WIFI instead of Leak user privacy.

S4: The application existing in the network license table can be authorized to use the corresponding WIFI.

S4.1: An application attempts to use the currently connected WIFI network. If the application does not use a WIFI network, the system automatically authorizes the application to use the network.

S4.2: The system obtains the SSID of the currently connected WIFI network, and determines whether the WIFI exists in the network permission table. If not, the application cannot access the WIFI.

S4.3: If the WIFI exists in the network permission table, the tag number and the application list are obtained according to the SSID of the WIFI.

S4.4: Determine whether an application is in the application list according to the tag number, thereby determining whether to authorize the application to use the currently connected WIFI network. In this embodiment, if the tag number is 2, the application is directly authorized to use the currently connected WIFI; if the tag number is 0, it is found whether the application is in the application list in the network permission table, if the application In the list of applications in the network license table, the application is authorized to use the currently connected WIFI; if the tag number is 1, the application is denied to authorize the application to use the currently connected WIFI.

In summary, the smart phone WIFI hierarchical management method of the present invention can not only better protect the privacy of the user, but also selectively use the network to meet the needs of the user if the network is not confirmed to be secure.

Although the present invention has been described in detail by the preferred embodiments thereof, it should be understood that the foregoing description should not be construed as limiting. Various modifications and alterations of the present invention will be apparent to those skilled in the art. Therefore, the scope of the invention should be defined by the appended claims.

Claims

A smart phone WIFI hierarchical management method, characterized in that the method comprises the following steps:

S1: The smart phone scans the WIFI signal to obtain a list of networks including several WIFIs;

S2: selecting a WIFI from the network list, and obtaining a system application list through the system interface;

S3: selecting a plurality of applications from the list of applications to establish a network license table;

S4: The application existing in the network permission table may be authorized to use the corresponding WIFI.
The smart phone WIFI hierarchical management method according to claim 1, wherein the network permission table corresponds to a plurality of WIFIs according to the SSID of the WIFI.
The smart phone WIFI hierarchical management method according to claim 2, wherein the establishing a network permission table in the S3 comprises the following substeps:

S3.1: Select a WIFI, and obtain an application list according to the SSID of the WIFI;

S3.2: selecting a plurality of applications in the application list, and the system generates a tag number according to different selection results;

S3.3: The system generates a network permission table according to the SSID and the tag number of the WIFI.
The smart phone WIFI hierarchical management method according to claim 3, wherein in the S3.2, if the application in the application list is fully selected, the tag number is 2; if the part is selected in the application list For applications, the tag number is 0; if you do not select an app in the application list, the tag number is 1.
The smart phone WIFI hierarchical management method according to claim 1 or 3, wherein the network permission table includes all SSIDs and tag numbers of WIFIs in the smart phone that have entered the user name and/or password.
The smart phone WIFI hierarchical management method according to claim 4, wherein the network license table authorization application in the S4 uses the corresponding WIFI to include the following sub-steps:

S4.1: An application attempts to use the currently connected WIFI network;

S4.2: The system obtains the SSID of the WIFI network, and determines whether the WIFI exists in the network permission table. If not, the application cannot access the WIFI;

S4.3: if the WIFI exists in the network permission table, obtaining a tag number and an application list according to the SSID of the WIFI;

S4.4: Determine whether an application is in the application list according to the tag number, thereby determining whether to authorize the application to use the currently connected WIFI network.
The smart phone WIFI hierarchical management method according to claim 6, wherein if the application uses a WIFI network in the S4.1, the system automatically authorizes the application to use the network.
The smart phone WIFI hierarchical management method according to claim 6, wherein in the S4.4, if the tag number is 2, the application is directly authorized to use the currently connected WIFI; if the tag number is 0, finds whether the application is in the application list in the network license table, and if the application is in the application list in the network license table, authorizes the application to use the currently connected WIFI; if the tag number is 1 , then refuses to authorize the application to use the currently connected WIFI.