Cybersecurity engineer focused on offensive security, threat detection, and digital forensics. Experienced in identifying vulnerabilities, analyzing security incidents, and building tools that help organizations strengthen their security posture.
I am a cybersecurity engineer focused on offensive security, threat detection, and digital forensics. My experience spans penetration testing, vulnerability assessment, SOC operations, and security research. As a national cybersecurity competition winner, I apply both offensive and defensive security principles to identify risks, strengthen detection capabilities, and build resilient systems.
Team S4LV4T0R3. First place against 75+ university teams in offensive and defensive security contest.
Top 2% of 1,000+ competitors across 29 universities. National-level red-team and forensics challenge.
Repeated top placements across forensics, web exploitation, OSINT and reverse engineering tracks.
Skills developed through coursework, internships, independent research and competitive play.
Automated red/blue team simulation environment for the e-Government Authority. Simulates attacker behaviour across 100+ MITRE ATT&CK techniques and tests detection capabilities in real-time.
Advanced phishing simulation and awareness platform. Custom landing pages, payload tracking, and user activity analysis for security training programs across organisations.
Blockchain-based campus WiFi authentication using MetaMask and Web3 signatures, replacing legacy RADIUS in a university research lab with a passwordless and cryptographically-verifiable system.
Independent vulnerability research across HackerOne and Bugcrowd targets. Focused on OWASP Top 10, with emphasis on access control, IDOR and business-logic flaws.
Open to internships, full-time roles, red-team engagements and CTF collaborations.
Open to security roles, red-team engagements, and research collaborations.