Network service process amouflage method for multidimensional trusted assessment in cloud virtualization environments

To address the issues of traceability and the challenges of ensuring data privacy and security for network service processes in virtualized systems within cloud environments, this paper proposes a network service process camouflage method based on multi-dimensional trusted assessment. The method transforms traditional process injection techniques from an offensive mechanism into a defensive approach. By analyzing the behavioral characteristics of service processes in cloud virtualization environments, the system identifies the injection behaviors and states of network service processes. These are then combined with the contextual environment of trusted target processes to construct a trust scoring model that spans the dimensions of technical feasibility, concealment, functional adaptability, and risk control. Based on the scoring results, the system adaptively selects trusted camouflage targets and designs a hidden binding mechanism to establish an intelligent association between the network service process and the target process. This enhances behavioral concealment and survivability, thereby providing a dynamic protection method for service processes in cloud virtualized environments.