Cybersecurity • Web Security • Research
Cybersecurity Engineer | Security Researcher | IEEE Author
Building web application security tools, vulnerability assessment platforms, AI-powered phishing detection systems, and intrusion detection solutions. Passionate about Web Application Security, SOC Operations, and Threat Detection.
Hands-on security engineering projects focused on web application security, SOC operations, threat detection, vulnerability assessment, and AI-powered cyber defense.
Automated web application security assessment platform performing reconnaissance, vulnerability discovery, SSL/TLS analysis, security header inspection, directory enumeration, XSS and SQL Injection detection with risk-based reporting.
Machine learning-based phishing detection platform using TF-IDF, Support Vector Machine (SVM), and heuristic threat analysis to identify phishing emails, malicious URLs, and suspicious messages in real time.
Precision-oriented IDS with tuned XGBoost and threshold calibration to cut false positives while keeping recall.
Real-time vitals (HR, temp, SpO₂) with secure data path and alerts. Granted under Indian IP.
2D image-based VITON: segment person + garment and warp clothing with geometric matching—no 3D meshes required.
Low-cost vitals monitoring with secure data flow and alerting.
2D try-on stack (segmentation + pose + warping) with texture realism ablations.
Precision-oriented IDS with threshold calibration to cut false positives.
Hands-on cybersecurity skills developed through practical labs and challenges.
Developed practical skills in network reconnaissance, web app penetration testing, and exploitation methodologies using industry-standard tools.
Mastered cybersecurity fundamentals and basic attack methodologies through hands-on labs covering networking, web basics, and Linux fundamentals.
Sharing practical insights on cybersecurity, web application security, networking, Active Directory, Linux, and offensive security through hands-on technical articles.
Learn how race condition vulnerabilities arise in modern web applications, how attackers exploit them, and practical techniques to identify and mitigate these flaws.
Discover passive and active reconnaissance techniques to identify hidden subdomains and expand the attack surface during penetration testing.
Understand domains, trees, forests, trust relationships, and enterprise Active Directory architecture from a security perspective.
Explore how Kerberos and NetNTLM authenticate users in Windows domains and why understanding these protocols is essential for defenders and penetration testers.
Learn how Linux namespaces and cgroups provide process isolation, resource management, and the foundation of modern container security.
A comprehensive guide to DHCP covering IP address allocation, lease management, the DORA process, relay agents, and security considerations in enterprise networks.
Want to collaborate or chat about research/engineering? I read every message.
