Custom Linux Debugger
Built from scratch in C. Software breakpoint injection with int3, CPU register inspection via PTRACE_GETREGS, memory inspection/mutation, and single-step tracing.
Inspect Architecture →Cybersecurity Researcher · Reverse Engineer · Low-Level Systems · CTF Player
Computer Science (Cyber Security) undergraduate at SRM Institute of Science and Technology with focused foundations in systems programming, Linux internals, operating systems, computer networks, and secure software engineering.
Passionate about reverse engineering, binary analysis, and building deterministic low-level tools with an emphasis on memory safety, reliability, and security. Actively competing in national and international CTF competitions and conducting low-level systems research.
Academic Standing: CGPA: 8.95 / 10.0
Core Coursework: Data Structures & Algorithms, Operating Systems, Computer Networks, Cryptography, Network Security, Object-Oriented Programming, Multithreading & Concurrency.
Qualified as national finalist in competitive CTF hosted by IIT Bombay, tackling advanced reverse engineering, custom VM obfuscation, and binary exploitation.
Placed 21st internationally out of hundreds of global teams, solving complex heap exploitation, binary cracking, and cryptographic protocols.
Selected in the highly competitive institutional internal round for innovative systems architecture and security engineering solutions.
Built from scratch in C. Software breakpoint injection with int3, CPU register inspection via PTRACE_GETREGS, memory inspection/mutation, and single-step tracing.
Inspect Architecture →High-throughput recovery engine with dynamic workload distribution, thread pool optimization, synchronized database lookups, and attack mode configuration.
Inspect Architecture →Currently focused on deep Linux kernel internals, binary exploitation, and reverse engineering research. Open to research collaborations, CTF team invites, and systems engineering discussions.