Abstract

In the progressing digital era, the proliferation of technology has brought remarkable opportunities and unprecedented challenges. Cybercrime is a criminal activity that involves the use of a network, computer, internet, technology, etc. The paper will examine the evolving landscape of cybercrime and its multifacetedimpact on individuals, organisations and nations. Within this context, the study explores computer forensics science as a specialised field that plays a pivotal role in investigating cybercrime, aiding in the identification, analysis and preservation of digital evidence crucial for effective and efficient investigation. However, theefficacy of computer forensics encounters various challenges including technological advancements and the constantly evolving tactics of criminals. Recent instances of the misuse of computer forensics underscore the ethical and privacy dilemmas that arise when powerful investigative tools are not used judiciously. Additionally, the paper delves into the impending impact of quantum computing on cybercrime investigation, offering insights into the potential disruptions and advancements that this emerging technology brings to the field. The authors have attempted to shed light on the anticipated critical intersections of cybercrime, computerforensic science, and the evolving landscape of quantum computing. By recognising the urgency of effective cybercrime investigation, understanding the nuances of computer forensic science, and proactively adapting to the forthcoming quantum era, stakeholders can collectively work towards ensuring a secure and resilient digitalecosystem.