Offensive Security
Documenting hands-on experiments, mentoring peers, and publishing practical write-ups that help translate offensive techniques into real-world security impact.
Hey there
I'm an Ethical Hacker and Bug Bounty Hunter with a passion for securing the internet. Building tools, breaking systems, and making the web safer.
Documenting hands-on experiments, mentoring peers, and publishing practical write-ups that help translate offensive techniques into real-world security impact.
Turning reconnaissance into actionable intelligence by hardening products, running continuous threat hunting, and feeding CTF learnings back into production systems.
Designing resilient pipelines with Python, Go, and n8n to eliminate manual toil, improve signal quality, and accelerate security response loops.
Bridging logic and creativity — a toolkit shaped by hands-on experience in coding, securing, and problem-solving across diverse domains.
Exploring the space between building and breaking — each project reflects a balance of software engineering and cybersecurity insight.
A tool that automates the scanning of webpages to detect and analyze HTML forms, identifying XSS and SQL injection vulnerabilities through crawling input field enumeration, and pattern-based payload analysis — streamlining the process of web application security testing.
A cybersecurity-focused AI model designed to assist with vulnerability research, security analysis, and ethical hacking education. Built to run locally through Ollama, it can help users explore penetration testing concepts, analyze potential weaknesses in systems, and generate insights for cybersecurity learning and research workflows.
An interactive cybersecurity training platform built for Capture The Flag competitions and skill development. It offers realistic security challenges, progress tracking, leaderboards, and guided learning paths to help users strengthen their penetration testing, problem-solving, and vulnerability research capabilities.
A lightweight Python-based script that captures and records keyboard inputs in real time, enabling detailed activity tracking for security auditing, monitoring suspicious actions, and forensic investigations — running discreetly with minimal resource usage.
Showcasing my participation in hackathons where I applied practical skills, teamwork, and innovation to solve real-world problems.
Problem Statement: Farmers often overuse fertilizers, leading to higher input costs, soil degradation, and environmental harm, while still struggling to achieve optimal crop yields. A solution is needed to provide precise fertilizer recommendations that maximize yield and minimize waste.
Problem Statement: Despite strict regulations, ragging incidents in colleges often go unreported due to fear of retaliation, lack of anonymity, and slow response mechanisms. An AI-powered system is needed to ensure safe reporting, real-time detection, and swift action while protecting student privacy.
Tracking my participation in live Capture The Flag challenges, including rank, points, and dates.
Feel free to reach out — always happy to connect on security, projects, or anything tech.