I build AI, cybersecurity, and full-stack products that solve real problems.
A curated selection of technical builds across threat intelligence, healthcare review ergonomics, and high-concurrency systems.
AI-assisted domain and URL threat-forensics platform aggregating multi-source threat telemetry, DNS/WHOIS/SSL data, and NLP-based text analysis to evaluate suspicious web infrastructure.
AI-assisted radiological imaging review workstation centering on auditable human-in-the-loop oversight, structured reviewability, and clinician verification interfaces.
Notice: Prototype under development, not a clinically validated diagnostic product.
Hostel and campus accommodation management platform streamlining room allocation, vacancy locks, and maintenance complaint lifecycles.
Punycode decoding, Shannon entropy calculation on domain tokens, and protocol-level normalization.
Parallel async queries to crt.sh certificate transparency logs, WHOIS age verification, and authoritative DNS records.
Cross-checks against real-time threat intelligence feeds and NLP scanner looking for credential-harvesting phrasing.
Normalization of suspicious input URL, punycode parsing, and lexical entropy check.
Queries crt.sh transparency logs, WHOIS age, and authoritative DNS records concurrently.
Cross-checks against active URLhaus, PhishTank, and OpenPhish threat intelligence datasets.
Combines heuristic signals into a composite risk rating (Sample demo score: 88/100) and entity graph.
A verified archive of hackathon podium finishes, technical articles, and continuous certifications.
Secured 2nd place at the SecLeaf Q4 Operations CTF 2026 with Team Merp Era, earning 7,407 points in an intensive 24-hour cybersecurity competition. A rewarding experience built on technical problem-solving, teamwork, persistence, and practical cybersecurity challenges.
Awarded 3rd Place among regional engineering teams for IMPOSTR, pitching a live domain intelligence platform developed from scratch in a 36-hour sprint.
Intensive international cybersecurity competition testing technical problem solving, binary exploitation, cryptography, and forensics.
Multi-vector web threat forensics tool pitched and validated before an expert judging panel.
Detailed engineering paper discussing OSINT aggregation latency, heuristic verdict models, and DNS telemetry.
Production web applications engineered for regional enterprises, delivering tailored branding, responsive layouts, and customer acquisition funnels.
Full commercial web platform for a corporate gifting firm in Nepal. Designed to showcase multi-category product lines, clarify bulk ordering workflows, and capture client inquiries directly into business pipelines.
Corporate web presence engineered for an infrastructure and commercial construction enterprise. Features completed project portfolios, equipment and machinery capabilities, and direct tender inquiry channels.
After designing and competing with IMPOSTR at HackaFest 2026, I broke down the entire architectural blueprint into an extensive Medium engineering post.
The article examines why single-point threat checks fail against modern phishing, how to stream DNS/WHOIS/SSL telemetry without blocking client responsiveness, and how to calibrate heuristic weights.
Every technology is tied directly to production systems and real-world implementations.
Rigorous computer science curriculum combined with consistent top-tier academic performance.
I am a Computer Science student at Siddaganga Institute of Technology who approaches engineering from first principles. I am fascinated by what happens beneath high-level abstractions — whether analyzing network packets, parsing certificate transparency logs, or structuring resilient database schemas.
My work is driven by building real, usable software: from pitching competitive security prototypes under hackathon constraints to shipping production websites that regional businesses rely on every day.
Whether discussing cybersecurity tools, full-stack systems, or potential collaborations, my inbox is always open.
