Secure Electronic Transaction Based Framework for Evidence Transportation in Network Forensics

This research article outlines a detailed framework for implementing Secure Electronic Transactions (SET) in the field of network forensics. The framework is designed to guarantee the secure and reliable transport of digital evidence through the utilization of encryption algorithms, authentication mechanisms, secure communication channels, and secure storage techniques. The framework’s performance and effectiveness were evaluated through a series of experiments. The findings indicate that the framework attains elevated levels of confidentiality, integrity, and authenticity of the evidence throughout transportation. Encryption algorithms, such as AES-128 and ChaCha20, are preferred for securing electronic transactions due to their fast encryption speeds, high throughput, and low memory usage. The framework exhibits scalability, reliability, and flexibility, thereby rendering it suitable for various network forensic scenarios. The SET framework offers a reliable solution for secure evidence transportation in network forensics. It guarantees the maintenance and safeguarding of digital evidence during the entire process.