A high-efficiency virtual desktop Malicious code detection mechanism

A high-efficiency virtual desktop Malicious code detection mechanism

Guo Yu Yong

Compared with traditional methods of malicious code detection, the malicious code detection method facing virtual desktop faces the challenge of performance. Multiple virtual desktops on the same physical server simultaneously carry out malicious code detection, making hardware such as disk a serious IO performance bottleneck. This paper presents an efficient virtual desktop malicious code detection scheme, based on the female parent cloning technology of virtual desktop malicious code detection Mechanism (mcids), mcids according to the characteristics of virtual desktop system, through the system image network storage cloning technology and deployment in The malicious code engine in the networked storage system reduces the range of malicious code detection in the Virtual desktop system, effectively reduces the disk IO overhead required for malicious code detection, and Mcids also overcomes the semantic differences in traditional "out-of-the-box" security detection mechanisms, The system's security can be improved. Experiments on the prototype system show that the method is technically feasible, and Mcids has better performance advantages than the existing methods.

A high-efficiency virtual desktop Malicious code detection mechanism