Digital Forensics Challenges in Quantum Computing Era

Abstract

The emergence of quantum computing presents unprecedented opportunities for solving complex problems at speeds far beyond classical computers' capabilities. However, this quantum revolution also brings forth new challenges in various domains, including digital forensics. This paper delves into the intricate landscape of "Digital Forensics Challenges in the Quantum Computing Era," exploring how quantum technologies may disrupt traditional forensic practices. Quantum phenomena, such as superposition and entanglement, introduce novel encryption methods, rendering classical cryptographic techniques vulnerable. This abstract examines the evolving challenges posed by quantum computing, including data security, evidence authenticity, and decryption complexities. The paper emphasizes the need for proactive adaptation within the digital forensics community to address these challenges and develop quantum-resistant techniques, ensuring the integrity of investigations in the quantum era.