Blockchain-Based Preservation of Network Forensic Evidence
A framework combining SHA-256, blockchain provenance, distributed verification, and off-chain storage to strengthen the integrity and traceability of PCAP evidence.
I’m Mirza — an informatics lecturer and researcher exploring how blockchain, cryptography, and digital forensics can make evidence more trustworthy.
JAKARTA, INDONESIAI work at the intersection of higher education, public-sector technology, and applied research. As a lecturer at Universitas Muhammadiyah Jakarta and an IT project lead, I turn complex technical challenges into practical, accountable systems.
My current work investigates blockchain-backed evidence provenance, secure network acquisition, and reliable chain-of-custody practices.
ORCID 0000-0003-0915-9651 ↗Applied research at the crossroads of cryptography, distributed systems, and forensic practice.
A framework combining SHA-256, blockchain provenance, distributed verification, and off-chain storage to strengthen the integrity and traceability of PCAP evidence.
A prototype for integrity verification and custody management of evidence archives using smart contracts, manifests, and cryptographic hashes.
Exploring in-memory hashing before PCAP serialization to minimize evidence exposure and strengthen acquisition integrity.
Universitas Muhammadiyah Jakarta · Teaching, research, curriculum development, and academic quality assurance.
Directorate of Informatics Applications (APTIKA) · Ministry of Communication and Informatics, Republic of Indonesia
PT Aleph Santosa Adiraja
D’Royal Morocco International Islamic School · LPIA