Projects

Custom C/C++ malware framework implementing shellcode encryption (AES/RC4), payload staging, process injection, and sandbox evasion. Built as a red team loader to demonstrate and study EDR bypass techniques in controlled environments.

Full-stack Python/Flask platform that automates UK Cyber Essentials self-assessment. It inventories installed software, correlates versions against the NVD/CVE database, scores each finding with CVSS, and generates export-ready PDF compliance reports. Integrated Groq Llama API for AI-assisted risk narrative.

Forensic-grade GUI tool built with Python that applies Windows registry-level write protection to internal and external drives, preventing evidence tampering during DFIR acquisition. Features auto device detection, activity logging, and one-click CSV export for chain-of-custody documentation.

End-to-end forensic investigation of the Digital Corpora 2018 Lone Wolf scenario, covering hash-verified image acquisition, MFT and registry artifact analysis, email and browser forensics, full timeline reconstruction, and a legal-standard investigative report linking digital evidence to suspect activity.

Collaborative advanced investigation on the 50 GB Digital Corpora 2019 Narcos dataset, covering multi-analyst evidence verification, deleted file carving, communication interception analysis, malware artifact correlation across disk and memory, and a comprehensive case report with suspect attribution.

NIST CFREDS Mr. Evil forensic challenge. Identified 6+ hacking tools on a Dell CPi notebook, reconstructed the OS activity timeline, analysed IRC logs and email artifacts, extracted network traces from PCAP, and attributed suspect identity through digital evidence. Delivered a legal-ready court report.

Security-first full-stack donation platform with JWT authentication, Google reCAPTCHA v3, role-based access control (donor/admin/manager), case management workflows, parameterised SQL queries preventing injection, and CSRF-protected API endpoints.