What I Build
I enjoy building systems across the stack — from intelligent AI applications and scalable backend services to decentralized blockchain platforms and security research.
Full-Stack Web Applications
Designing and building end-to-end web applications with modern frontend frameworks, scalable backend APIs, and production-ready architectures.

AI-Powered Systems
Building intelligent applications using machine learning and modern AI tooling to solve real-world problems and enhance user experiences.

Blockchain Applications
Developing decentralized systems using smart contracts, Web3 integrations, and secure blockchain architectures on modern networks.

Security Research
Discovering and responsibly disclosing web vulnerabilities. Recognized by NASA and Cisco Hall of Fame for impactful security findings.

Developer Community Leadership
Leading blockchain initiatives at GDG on Campus IIIT Kalyani and contributing to large open-source programs and developer communities.
Who's behind all this great work?
I'm a Computer Science student at IIIT Kalyani passionate about building real-world systems end-to-end. My interests span full-stack development, AI-powered applications, blockchain systems, and web security. I enjoy working across the stack — from designing intuitive interfaces to building scalable backend architectures.
Security Research Recognition
Discovered and responsibly disclosed web vulnerabilities to organizations including NASA and Cisco, earning recognition in their Hall of Fame for impactful security findings.
Hackathon Winner & Blockchain Lead
Web3 Track Winner at an MLH Hackathon where I built a decentralized credential platform using ERC-721 smart contracts. Currently serving as Blockchain Lead at GDG on Campus IIIT Kalyani.
Featured Projects
Selected projects showcasing my work in Web3, AI and full-stack systems.
Web3 Credential Platform
Decentralized credential platform issuing NFT-based certificates using ERC-721 smart contracts on Polygon with role-based access and gasless minting.
My experience
My journey spans security research, blockchain development, hackathon innovation, and community leadership. I enjoy building impactful systems while actively contributing to developer communities and open-source ecosystems.
Independent Web Security Researcher
Reported and responsibly disclosed web vulnerabilities through Bugcrowd to organizations including NASA and Cisco. Earned recognition in the NASA and Cisco Hall of Fame for impactful security findings and gained strong experience analyzing real-world web application attack surfaces.
Web3 Track Winner — MLH Hackathon
Designed and implemented a decentralized credential platform during a 36-hour MLH hackathon. Built ERC-721 smart contracts with role-based access control on Polygon and developed a serverless minting system using Firebase.
Blockchain Lead — GDG on Campus IIIT Kalyani
Leading blockchain-focused initiatives and mentoring students interested in Web3 technologies. Conducting discussions on smart contracts, decentralized systems, and real-world blockchain applications.
Core Team Member — Winter of Code 5.0
Part of the organizing team for a large-scale open-source program with 4000+ registrations. Coordinating with international organizations, managing partnerships with multiple tech communities, and helping moderate a developer community of 3800+ members.
My Tech Stack
Technologies I use to design, build, and ship scalable software.
Technical Writing & Insights
I enjoy breaking down complex engineering concepts into clear explanations. Soon I’ll be publishing articles on system design, AI infrastructure, blockchain systems, and security research.

Designing Scalable AI APIs
Breaking down the architecture and system design patterns required to build scalable AI inference APIs used in modern applications.

How Web3 Credential Systems Work
Exploring the architecture behind decentralized credential platforms using ERC-721 NFTs and blockchain verification.

System Design: Real-Time Chat Architecture
A deep dive into designing scalable real-time messaging systems using queues, WebSockets, and distributed services.
