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In this section, we have implemented the model of the prototype architecture described in section 2.2. In the implementation phase, we extend some crucial components that are usable for network forensics investigation on the cloud environment; the prototype implementation of the proposed architecture assumption are as follows:

 An account of individual cloud user VMs managed by CSP;

 Cloud users able to run/stop the process of data collection for forensics investigation;

 Monitor the VMs for cloud security perspective and also ensure the M2M secure communication;

 Inside the cloud, a web-based system created and used to analyze the collected data.

In this chapter, we clarify that the users are able to work with the VMs, to change their status individual and also monitor the overall activity parameters of VMs. Our proposed architecture slightly extends the software management for control of network forensics by adding some application programming interface. Using OpenNebula [34, 35], an open-source active community-based cloud management system, it supports more distinct and independent VMMs products. The main objective is to create an interface of analysis tool to capture malicious threats that run as a service in the users’ cloud VMs. In this scenario, NetworkMiner [36] an open-source network forensics analysis framework, helps to analyze collected forensics data within the cloud [38]. The next couple of sections briefly elaborate on the complete mechanism of the OpenNebula and NetworkMiner analysis tool.