Forensic Analysis
Forensic analysis, in the context of security and cybersecurity, is the systematic and methodical process of examining digital evidence to identify, preserve, recover, and analyze data and information related to a security incident or cybercrime. This analysis aims to uncover the cause of a security breach, the extent of the damage, and the identities of the individuals or entities involved. Forensic analysis is crucial for incident response, legal investigations, and establishing the chain of custody for digital evidence. It often involves using specialized tools and techniques to ensure the integrity of the evidence and to reconstruct events leading up to and following a security incident or cyberattack. The results of forensic analysis are used to support legal action, remediation efforts, and to improve an organization's overall cybersecurity posture.
ThreatNG is a comprehensive solution encompassing External Attack Surface Management (EASM), Digital Risk Protection (DRP), and Security Ratings, with a focus on assessing "Data Leak Susceptibility," enhances an organization's ability to conduct Forensic Analysis by proactively identifying vulnerabilities within its external digital presence. This proactive approach aids in the collection of critical digital evidence and context, streamlining the forensic analysis process. It seamlessly integrates with existing security solutions, particularly data security tools like forensic analysis and digital forensics systems. For example, when ThreatNG identifies external vulnerabilities that may have been exploited in a cyber incident, it can facilitate a handoff to the organization's forensic analysis system. The forensic analysis system can then leverage the information provided to conduct a thorough examination, reconstruct events, and pinpoint the source and extent of the incident. This coordinated approach enhances the organization's forensic analysis capabilities, making the process more efficient and robust, and reinforces its overall incident response and cybersecurity posture.
