Strengthening Cybersecurity Certifications Through Robust Chain of Custody Practices
Jasmin Ćosić, Admir Jukan, Miroslav Bača · 2024
In the nowadays, when cyber-security certification plays very important role and build the trust between customers and vendors/manufacturers, ensuring the integrity and trustworthiness of whole certification process, is very important. This paper explores possibilities for integration of chain of custody concept within cybersecurity certification frameworks to fortify assurance mechanisms and process. Drawing upon digital forensic methodologies, the research proposes a novel approach to enhance the reliability and credibility of cybersecurity certifications process and possible used “evidences”. By leveraging chain of custody concept through blockchain technology, the paper propose documentation and tracking of the certification evidence throughout the entire certification lifecycle. This approach come from digital forensic and digital investigation, and perspective not only strengthens the verifiability of certification claims but also contributes to a more robust and transparent cybersecurity ecosystem. Potential benefits and challenges of incorporating and integrating chain of custody practice into cybersecurity certification processes are also considered. Ultimately, this research aims to pave the way for a more secure and trustworthy cyber landscape by promoting the adoption of rigorous forensic practices in cyber security certification assurance.