Researching the intersection of secure software architecture and bare-metal engineering.
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Initialize Protocols
> Vellore Institute of Technology (VIT)
Deep-dive into Automata Theory and Hardware Security. Engineered 'FileGuard' ransomware detection engine and prototyped the 'Neuro-Cabin' IoT safety system during the ARC Hackathon sprint.
Established foundations in C/C++, Linux internals, and embedded systems. Began extensive 3D printing and Raspberry Pi/8051 microcontroller prototyping.
> Narayana, KPHB Campus | State Board TSBIE
Rigorous academic focus on Mathematics, Physics, and Chemistry. Secured 985/1000. Developed core analytical and logical problem-solving frameworks.
> Kennedy High The Global School, Bachupally | CBSE
Graduated with 94.8%. Built early technical foundations and sparked a lifelong interest in robotics and drone engineering.
Ransomware detection engine utilizing Automata Theory to identify and halt malicious encryption patterns.
A custom bare-metal gaming console engineered entirely from scratch utilizing an 8051 microcontroller.
Autonomous drone logistics and sensor fusion system targeting high-efficiency payload delivery routes.
An interactive, React-based sorting algorithm visualizer featuring custom audio sonification for speed.
Custom network infrastructure and tunneling utilizing Tailscale for secure, global bare-metal access.
Smart-helmet hardware prototype engineered with embedded sensors to ensure rider safety.
1st Place Winner. Real-time CV application mapping human body coordinates via camera feed over a local network.
ARC Hackathon sprint. Prototyped a hardware-based driver safety monitoring IoT system deployed on a Pi 5.
Innohack sprint. Explored physical embedded security by prototyping a Hardware Security Module architecture in 24h.