Pre-final year Computer Science and Engineering student (CGPA: 8.3) with hands-on experience in Security Engineering, IoT Security Research, and Backend Development. CTF Player · IEEE YESIST12 Awardee · Hackathon Finalist.
I work at the intersection of offensive security and software engineering — finding vulnerabilities before attackers do, and building systems resilient enough to withstand them.
My research at Anna University produced a Quantum-Inspired Gateway IDPS for IoT — combining entropy-based anomaly detection with real-time packet inspection using Python and Scapy.
I compete in CTFs and hackathons, placing 1st at Dr. MGR College and reaching finals at Hacksagon, IIITM Gwalior and TN Police Hackathon 2025.
Real-time gateway IDPS with entropy deviation modelling for adaptive IoT security. Implements flow tracking, behavioral anomaly detection, and firewall-level prevention response using Python and Scapy.
Forensic tool estimating Tor origin IP correlation by analyzing Inter-Arrival Time between entry and exit nodes. Built statistical correlation model and frontend visualization for traffic analysis insights.
AI-powered system for detecting zero-day attacks by analyzing behavioral patterns and anomalies in network traffic. Leverages machine learning models to identify previously unseen threat signatures in real time.
Solar and wind energy storage system using Raspberry Pi with sand battery conversion. Automated monitoring and real-time energy routing for microgrid supply-demand stability.
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