About
Cybersecurity undergraduate pursuing a B.E. in Computer Science with a specialization in Cyber Security. Hands-on experience in ethical hacking, vulnerability assessment, penetration testing, and network security, with interests in digital forensics, threat analysis, incident response, and cybersecurity operations.
Experience
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Full Stack Cyber Security PractitionerInfoziant2026 – —
Conducted VAPT on web applications using Burp Suite and Kali Linux, identifying and documenting 5+ critical vulnerabilities including SQLi and XSS with remediation reports. Practised full-stack security workflows covering offensive testing, log review, and security hardening aligned with OWASP Top 10 standards.
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Cyber Security & Ethical Hacking InternHackup Technologies2025 – —
Executed structured ethical hacking exercises across reconnaissance, exploitation, and post-exploitation phases using industry-standard attack tools, strengthening real-world offensive security skills. Performed network enumeration and vulnerability scanning on controlled lab environments, producing structured incident and threat reports for each engagement.
Education
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B.E. Computer Science Engineering (Cyber Security)Dr. NGP Institute of TechnologyCyber Security · 2027
Skills
Tools / apps / platforms
Projects
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Shadow IT Detection System Using Network Metadata AnalysisPython, NLP, Flask, Web Scraping, Zeek
Developed a real-time Shadow IT detection framework using Python and Zeek to analyze encrypted network metadata, including IPs, domains, TLS SNI, protocols, and session patterns. Implemented rule-based threat detection, automated firewall enforcement, and security event logging to identify unauthorized SaaS usage while preserving network privacy.
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API Call Sequence Abuse Detection SystemPython, Scapy, Isolation Forest, Flask
Developed a backend API security system using Python and Flask to monitor user-specific API request sequences and detect abnormal application workflow behavior. Implemented rule-based anomaly detection, request logging, and real-time blocking to prevent API misuse such as unauthorized workflow sequences.
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Driver Drowsiness Detection SystemPython, Splunk, Tor, NLP, OpenCV, SVM
Developed a real-time driver drowsiness detection system using Python, OpenCV, SVM, and facial landmark detection to analyze eye closure, yawning, and head movement. Implemented EAR and PERCLOS metrics with real-time audio alerts to identify fatigue and enable timely driver intervention.
Courses & certifications
- Practical Cybersecurity for Cybersecurity Practitioners · NPTEL
- Privacy and Security in Online Social Media · NPTEL
- Introduction to Industry 4.0 and Industrial Internet of Things · NPTEL
- Full Stack Cyber Security Practitioner Program · Infoziant