payload_01 · automotive / embedded / safety
AegisKernel
A QNX RTOS-based secure operating environment for automotive systems — safety architecture, TARA and threat modeling across 120+ critical operations.
phase 01: recon
Security-first engineer: automotive cybersecurity, safety-critical systems and hands-on vulnerability assessment.
phase 02: enumeration
Computer Science graduate and Safety Lead on a QNX-based automotive platform. I map how systems fail — threats, risks and safe states — and document it so every decision is traceable.
phase 03: privilege escalation
Vulnerability assessment first: mapping the attack surface with Nmap, Nikto and Nessus, then testing it with Burp Suite and Metasploit.
Thinking like the adversary — ethical hacking with Hydra, Hashcat and John the Ripper on Kali Linux, and training toward the CEH.
Co-led AegisKernel, a QNX RTOS-based secure operating environment, owning its safety architecture under ISO 26262, ISO/SAE 21434 and ISO 21448.
TARA, threat modeling, WCET validation and safe-state analysis across 120+ critical operations, turned into traceable engineering artifacts.
Structured, risk-aware analysis of where systems break — documented in SRS, safety envelopes and taxonomies so every finding can be tracked and fixed.
phase 04: lateral movement
Every engagement is lateral movement through a toolkit — from recon and exploitation to safety analysis and data pipelines.
payload_01 · automotive / embedded / safety
A QNX RTOS-based secure operating environment for automotive systems — safety architecture, TARA and threat modeling across 120+ critical operations.
payload_02 · mobile / geolocation / ai
A dynamic geofencing-based waste management platform with real-time tracking, location alerts and AI complaint triage — patent filed, 1st place Best Project.
phase 06: exfil → exit
Open to cybersecurity roles, automotive security work and research collaboration. Based in Bengaluru.
vasudha@system:~$ close --connection. CONNECTION CLOSED. vasudha@system:~$ exit. THANK YOU.