About

• ·Led a 15+ member Android security research team on a $1.5M cybersecurity project; owned the full mobile threat research vertical from platform internals to offensive tooling delivery.
• ·Engineered a mobile data extraction system achieving 100% exfiltration (3,035/3,037 files, 7830.6 GB, 19 directories) across 3 unrooted, locked-bootloader devices spanning Android 12–16 (API 31–36) and 3 OEM stacks.
• ·Designed and administered technical hiring assessments (red teaming, reverse engineering, OS internals) to recruit and scale the team from 0 to 15+ researchers and engineers.
• ·Built a 50+ APT group threat intelligence database with Android-specific TTPs, malware hashes, and campaign IOCs covering nation-state actors across 7+ countries.
• ·Authored comprehensive Android internals research covering 5 major OS generations (kernel architecture, GKI, boot chain, HAL evolution, SELinux enforcement, ART runtime).
• ·Transitioned from research intern to Android lead; research output and delivery velocity directly contributed to securing the $1.5M project contract.

Contributed to cutting-edge cybersecurity R&D at C3i Hub. Simulated real-world attack scenarios across mobile and network attack surfaces, delivering meaningful impact in national cyber defense.

Worked on "Enhancing Electric Vehicle Security: AI-Powered Detection and Prevention of Cyber Attacks." Conducted reconnaissance, red teaming, and penetration testing to develop IDS/IPS for electric vehicles.

5 PRs filed (1 merged, 1 reviewed, 3 pending). Building toward a Google Summer of Code proposal.

Shipped 7 production platforms: Nucleus, Guardian-X, 1drive.tech, QTRL, PolyMind, Jury AI, and more.

4 vulnerability reports on HackerOne across major programs. Focus: Android APK analysis and WebView exploitation.

Bachelor's degree in Computer Engineering. Research focus on Android physical access vectors and application security.

Researching physical access red team vectors since class 10th. Threat intelligence on APT groups across nation-states.