CN103281173A - Key management method for plural network platforms - Google Patents

Abstract

The invention relates to a key management method of a plurality of network platforms, which is used for a user to log in any network platform by different types of web browsers in the future, wherein the network platform is guided to a private cloud end by a resident program of a hypertext transfer protocol, the private cloud end displays a timeliness operation parameter for the web browser to input by the user, and when the user inputs a personal parameter in a preset timeliness, the private cloud end immediately generates a pass key; and after the passing key generated by the private cloud identifies the passing lock generated by the private cloud when the user registers, the passing key and the passing key transmit the comparison verification result message to the network platform, so that the passing lock and the passing key help the network platform to verify the authenticity of the user identity.

Description

Key management method for multiple network platforms

technical field

The present invention relates to a key management method for a plurality of network platforms, in particular to a secure remote dynamic entry (dynamic entry) that allows the use of a web browser, a pass key transmission network (data transmission network), a private cloud, and a server e-commerce system.

Background technique

Cloud computing technology (Cloud Computing) was first proposed by Amazon as a software technology, which was born in response to the online shopping platform. After that, Google and Microsoft also followed up, and this technology has already existed in our lives, and its applications continue to expand, becoming an indispensable part of our lives. With the rapid development of the Internet, hardware performance and high-speed computing requirements of web browsers have increased, coupled with the popularity of broadband and other aspects, to observe the evolution of cloud computing, we can start from the early network dial-up (Modem). Web server (Web Server), host hosting (WebHosting), and the application program hosting (ASP) developed today.

Computer computing power gradually gathers on the server side along with the network, and the server side also gathers a larger amount of computing power. Therefore, we use the Internet to continuously generate more WWW and related needs. Many companies have begun to provide network services or e-commerce.

Where digital electronic devices are used in whole or in part in commercial activities, such commercial activities can be called a kind of electronic commerce. E-commerce usually involves three issues: traffic lock, logistics and cash flow, and the logistics and cash flow often become the bottleneck of the entire e-commerce activity because of the complicated process. These two factors are also the key to the success of e-commerce. big key. E-commerce is already a kind of business activity pattern that we are familiar with in modern times. E-commerce has more advantages than traditional commercial activities through the convenience of web browsers, but there are still some problems that need to be solved urgently.

Contents of the invention

The purpose of the present invention is to provide a key management method for multiple network platforms, which utilizes the access lock shared by different types of web browsers to support the activation of the user's network platform, so that the access lock helps to verify the activation user authenticity.

Another object of the present invention is to provide a key management method for multiple network platforms, only web browsers with correct passkeys can freely link to the network platforms, and use network service transactions to request access to the complete or partially loaded services.

The key management method of the plurality of network platforms that can achieve the purpose of the above invention is to link the plurality of network platforms with a private cloud, and accept users to use different types of web browsers to connect via any network platform; secondly, the user uses the web browser Enter personal parameters to register; moreover, the private cloud uses personal parameters to generate a pass-through lock using a key algorithm. The pass-through lock will be used by the user to connect to any network platform with different types of web browsers in the future, and the private cloud will verify the user's identity. , the management includes the following steps:

When the user logs in to any network platform with different types of web browsers in the future, the network platform will use the hyperfile transfer protocol resident program to lead to the private cloud, and the private cloud will display a time-sensitive operating parameter to the web browser. User input, when the user enters personal parameters within the preset time limit, the private cloud will generate a pass key;

The pass key generated by the private cloud is identified with the pass lock generated in the private cloud when the user registers, and the comparison verification result message is sent to the network platform, so that the pass lock and the pass key can help The network platform verifies the authenticity of the user's identity.

Description of drawings

Fig. 1 is a block diagram of the key management method of the multiple network platform of the present invention.

Fig. 2 is a flow chart of key registration for the multiple network platforms.

FIG. 3 is a flow chart of private cloud comparison between a user logging in to any network platform with a web browser.

Explanation of reference signs

1 web browser

2 private cloud

3 Network platform

4 servers

Detailed ways

Please refer to Fig. 1 and Fig. 2, the key management method of the plurality of network platforms 3 provided by the present invention, the user first registers according to the following steps:

The user enters the network platform 3 with the web browser 1;

The private cloud 2 links multiple network platforms 3, and accepts users to connect via any network platform 3 with different types of web browsers 1;

The user enters personal parameters in the web browser 1 (personal parameters can be a single parameter, or multiple parameters, or personal identification number (personal data) and personal identification number) to register;

The private cloud 2 generates a pass lock using a secret key algorithm (secret key algorithm) with personal parameters, and the private cloud 2 further operates to use a selected encryption protocol to cooperate with the pass lock, so as to encrypt the pass lock.

As shown in Figure 3, the access lock will be used by users to link any network platform 3 with different types of web browsers 1 in the future to allow the private cloud 2 to verify the identity of the user. The management includes the following steps:

When the user logs in to any network platform 3 with different types of web browsers 1 in the future, the network platform 3 uses hyperfile transfer protocol resident program (HTTP) as the network application protocol to lead to the private cloud 2, and the private cloud 2 and display a timeliness operational parameter (operational parameter) to the web browser 1 for the user to input, when the user inputs the personal parameter within the preset timeliness, the private cloud 2 will generate a passkey immediately;

The pass key generated by the private cloud 2 is identified with the pass lock generated in the private cloud 2 when the user registers, and the comparison and verification result message is sent to the network platform 3, so that the pass lock and pass The key helps the network platform 3 to verify the authenticity of the user's identity.

The web browser 1 can be operated by the user to communicate with one or more cooperative network platforms 3 (network platform) through a communication interface, and wherein the web browser 1 can be operated to process Web services; the different types of web browsers 1 can operate on a communication network to use web services to communicate passkeys and application programming interfaces (application programming interface, API), wherein the web browser 1 has a network A mobile web browser connected or connected with mobile data1.

Wherein the pass key will generate different pass keys according to the different types of web browsers 1 logged in, when the user logs in with different types of web browsers 1, each web browser 1 will use the generated pass key The key is sent to the private cloud 2, and the private cloud 2 compares the pass key with the pass lock when logging in to verify the user's identity.

The private cloud 2 (Private Cloud) connects the web browser 1 and the network platform 3, and is operable to perform one or more web browser 1 management or request service functions. When the user registers, the private cloud 2 uses the key algorithm to generate a pass lock with personal parameters; when the user logs in, when the web browser 1 requests to link with the network platform 3, it can receive the user's input within the preset time limit Personal parameters, so that the private cloud 2 generates a pass key immediately;

The network platform 3 provides the user login of the web browser 1, and the network platform 3 guides the private cloud 2 as a network application program protocol with the hyperfile transfer protocol resident program (HTTP);

The server 4 is connected to the network platform 3. When the web browser 1 sends a passkey to the private cloud 2, the private cloud 2 will identify and confirm the sent passkey and the user registers the private cloud 2 to generate Whether the access lock is consistent; it can operate to generate, process, store and encrypt web services in the private cloud 2 of the web browser 1.

The private cloud 2 of the present invention can connect different types of web browsers 1, and can pass through any web browser 1 of different types that cooperate with the private cloud 2 through the user's single passkey. It is allowed to use the startup network platform 3 without obtaining a pass lock to the private cloud 2 . The server 4 therefore has the function of binding the startup network platform 3 to the web browser 1 . Moreover, the web browser 1 cannot reach the network platform 3 cooperating with the private cloud 2 without the passkey, only when the web browser 1 bound by the user activates the passkey to the private cloud 2. The web browser 1 with the correct passkey can freely connect to the private cloud 2 and activate the user's content in the private cloud 2 . Therefore, the pass lock for starting any web browser 1 will be controlled by the private cloud 2 , so as to provide the user with a pass key generated in the private cloud 2 to activate all contents of any web browser 1 .

The server 4 may be interconnected to several clients via a communication network (which may be a fixed-line or wireless local area network, a wide area network (WAN), an internal network, an external network, a peer-to-peer network, the Internet or other communication networks) Web browsers 1 on terminals such as tablet computers, mobile phones, telephones, personal computers and personal digital assistants.

During the operation, the user (not shown in the figure) can interact with the web browser 1 to execute the API of the private cloud 2 to obtain the desired passkey and/or the API. The passkey and/or API can be stored on the private cloud 2 computer environment, and communicated to the web browser 1 environment through the communication network;

The web browser 1 will use web service transactions to request access to specific passkeys and applications loaded in full or in part on the private cloud 2 . The application programming interface communicates these web service transactions between the web browser 1 environment and the private cloud 2 and server 4 computer environment for processing and storage. Private cloud 2 can be loaded with application programming interface, process (process) and program item (applet), used to generate, authenticate and communicate network services, and can be connected with other server 4 computer environments, third-party service providers, network A storage web browser 1 (network attached storage; NAS) and a storage area network (storage area network; SAN) cooperate to realize their network service transactions.

The above-described embodiments are only the technical ideas and characteristics of the present invention, and its purpose is to enable those skilled in the art to understand the content of the present invention and implement it accordingly, but it cannot limit the scope of patent protection of the present invention. All equivalent changes or modifications made to the disclosed spirit of the invention shall fall within the protection scope of the patent of the present invention.

Claims (6)

1. A key management method for multiple network platforms, which is to link multiple network platforms with a private cloud, and accept users to connect via any network platform with different types of web browsers; secondly, the user enters personal information in the web browser Parameter registration; moreover, the private cloud generates a pass-through lock using a key algorithm based on personal parameters, and the pass-through lock is used by the user to connect to any network platform with different types of web browsers in the future, allowing the private cloud to verify the user's identity. Said management includes the following steps: When the user logs in to any network platform with different types of web browsers in the future, the network platform will use the hyperfile transfer protocol resident program to lead to the private cloud, and the private cloud will display a time-sensitive operating parameter to the web browser. User input, when the user enters personal parameters within the preset time limit, the private cloud will generate a pass key; The pass key generated by the private cloud is identified with the pass lock generated in the private cloud when the user registers, and the comparison verification result message is sent to the network platform, so that the pass lock and the pass key help The network platform verifies the authenticity of the user's identity. 2. The key management method of multiple network platforms as claimed in claim 1, wherein the passkey will generate different passkeys according to different types of web browsers logged in, and when the user uses different types of Each web browser will send the generated passkey to the private cloud, and the private cloud will compare the passkey with the passlock at the time of login to verify the user's identity. 3 . The key management method for multiple network platforms according to claim 1 , wherein the network platform can be operated by a user to communicate with one or more cooperative web browsers through a communication interface. 4 . 4. The key management method of multiple network platforms as claimed in claim 1, wherein the network platform further includes connecting to a server, and when the web browser transmits a passkey to the private cloud, the private The cloud will verify and confirm whether the transmitted pass key is consistent with the pass lock generated by the user's registered private cloud. If the data is consistent or inconsistent, the private cloud will send a comparison verification result message to the server, so that the The server determines the authenticity of the user. 5. The key management method of multiple network platforms as claimed in claim 1, characterized in that, the private cloud is built and cooperates with one or more web browsers of different types during operation. communication, and attempt to be authenticated by said cooperative one or more different types of web browsers using the selected authentication and confirmation access lock; after authentication and confirmation, said cooperative one or more different Each type of web browser uses different web platform services to handle API requirements from the cooperating web browsers. 6. The key management method for multiple network platforms as claimed in claim 1, wherein the private cloud further operates to use a selected encryption protocol to cooperate with the pass lock to encrypt the pass lock.

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