Digital forensics & digital evidence
First response, forensic acquisition, evidence preservation, decision traceability and defensible operational workflows.
I work across digital forensics, cybersecurity and AI security, with a particular focus on decisions that affect the preservation, reliability, traceability and defensibility of digital evidence.
The portfolio is intentionally organized around one coherent line: handling digital evidence well, understanding the reliability of the technology used to analyse it, and building practical systems that make security decisions more transparent.
First response, forensic acquisition, evidence preservation, decision traceability and defensible operational workflows.
Research on robustness, traceability, human validation, provenance and accountability in AI-assisted evidence-sensitive workflows.
Selected projects in OSINT, external exposure assessment and reproducible public-sector security analysis.
Selected public work is presented with clear scope and status so visitors can distinguish publication work, research activity and maintained projects from exploratory prototypes.
A small set of projects is highlighted deliberately. Additional experiments remain on GitHub until they are mature enough to strengthen, rather than dilute, the public portfolio.
Decision-oriented field guides for digital-evidence first response, preservation, acquisition, risk, reversibility and documentation.
Research on reliability, validation and technical accountability of AI used in evidence-sensitive investigative contexts.
Selected work in public-sector security assessment, OSINT monitoring and external exposure triage.
The site is a public portfolio, not a substitute for an institutional profile or a complete curriculum vitae. Claims are intentionally limited to work that can be described clearly and, where possible, linked to public outputs.