Device and method for accessing computer desktop service in multi-network isolation environment

Abstract

The invention discloses a computer desktop service access device and an access method in a multi-network isolation environment. The access method comprises the steps of: deploying a server providing a virtual desktop service in each isolation network, wherein each virtual desktop server comprises at least two physical network interfaces; arranging a network switcher between a user terminal and a network to be accessed; deploying writing equipment for writing user personal data into user personal equipment; creating a monitoring process and at least one virtual desktop client process in an operation system of the user terminal; running the monitoring process and the client process by the user terminal; selecting one idle client process for connecting the isolation network by means of the monitoring process; and destroying the currently operating virtual desktop client process of a user when the user terminal detects network switching, selecting or generating a new client process, and identifying the newly connected isolation network. By adopting the computer desktop service access device and the access method, the security, convenience and rapid responsiveness of user operating desktop access in the multi-network isolation environment can be improved.

Description

technical field [0001] The invention relates to the fields of computer cloud computing, virtual computing, and cloud desktops, in particular to a computer desktop service access device and method in a multi-network isolation environment. Background technique [0002] Due to the different security requirements for different networks, there are often multiple physically isolated network environments within the government, military, and enterprises or organizations that require confidentiality. Under normal circumstances, computer terminals are not allowed to connect to these isolated networks at the same time. When a user accesses multiple networks, the first method is to place multiple terminals on the workbench, and each terminal is connected to a separate network. The second method is to use one terminal to switch to different networks through a KVM multi-computer switcher. The third method is to use a terminal and run multiple virtual environments isolated from each other ...

AI Technical Summary

Problems solved by technology

[0003] The above-mentioned first method requires multiple terminals per person, which is expensive and inconvenient to use; the second method, because personal KVM computer switches generally have physical distance restrictions, the same terminal maintains the same software operating environment and is easily used as a springboard Attack successively connected networks; the third method is connected to multiple networks at the same time and maintains multiple virtual operating environments on the terminal at the same time, and the security is easily challenged

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