I break things to understand how they're built. Focused on web exploitation, digital forensics, cryptography, and OSINT — turning curiosity into capture-the-flag wins and security research.
I'm a BTech Cybersecurity student (Class of 2027) who got hooked on security through capture-the-flag competitions. What started as solving puzzles became a genuine obsession with how systems can be probed, broken, and ultimately secured.
My playground spans web exploitation, digital forensics and steganography, cryptography (RSA, hashing, and the encoding tricks that hide in plain sight), plus networking and OSINT. On the offensive side, I'm building toward red teaming — thinking like an attacker to find what defenders miss.
When I'm not grinding boxes on Hack The Box, I'm writing up challenges, building security tooling in Python, and sharpening the fundamentals that separate scripted attacks from real understanding.
A detection system that monitors network traffic for malicious activity and anomalies — applying the attacker's perspective to build smarter defense.
A Python tool for parsing and analyzing ranking data — turning raw datasets into structured, queryable insight.
Detailed walkthroughs of capture-the-flag challenges across Steganography, Reverse Engineering, and Forensics — documenting the methodology, not just the flag.
Write-ups for the web track: path traversal LFI, JSFuck de-obfuscation, an encoding-bypass XXE, and a staged prototype-pollution chain — source analysis to flag.
Full recon-to-root walkthroughs of HackTheBox machines across Linux and Windows — enumeration, foothold, and privilege escalation with the reasoning behind each step.
Forks, payload collections, and experiments-in-progress. The full repository list lives on my GitHub profile.
Open to internships, CTF team-ups, and security collaborations. The fastest way to reach me is through any of the channels below.