Performance Evaluation of Trigger Driven Zero Remnance Proof Based Data handling for Digital Forensic

Abstract: In today�s world web based system security scenario and storage services is getting popularity among individual users and the associations. It involves open medium information exchanges over insecure channels. To present better security against the open vulnerabilities we should be assured about the security offered by those systems. To make the system more secure and strong against the attacks, effective confidentiality and integrity techniques have to be implemented concurrently with designing the new communication system. This work proposed a novel trigger driven zero remnance proof (TD-ZRP) approach for improving the data security. It makes deletion/removal complete following the forensic properties embedded with the data lifecycle events. The approach is using the active object phenomenon which uses attach metadata for activating the events consequently. This paper also presents the result evaluation of proposed approach in comparison with some of the well known existing methods.

Keywords: Information Exchanges, Security, Self Data Removal (SDR), Lifecycle.