About My Work

I specialize in engineering high-integrity smart contracts where security and automation are non-negotiable. My recent focus has been on mastering the Chainlink ecosystem to build decentralized systems that are truly autonomous.

A prime example of my approach is my Decentralized Raffle Protocol. Rather than just writing a basic lottery, I architected a fully hands-off system using Solidity and Foundry. I integrated Chainlink VRF v2.5 to ensure winner selection is provably fair and tamper-proof, and utilized Chainlink Automation to handle the execution logic. This means the contract operates entirely on its own—opening, selecting winners, and distributing rewards based on a precise on-chain heartbeat without any manual intervention.

My development philosophy is rooted in rigorous verification. I don’t just write code; I "break" it first using Foundry’s advanced testing tools. From simulating complex time-based transitions with vm.warp to mocking VRF callbacks for local development, I ensure every state transition—from OPEN to CALCULATING—is bulletproof.

By combining the Checks-Effects-Interactions pattern with custom error handling, I deliver protocols that aren't just secure against common attack vectors like reentrancy, but are also optimized for gas efficiency. I build for the long term, ensuring every contract I deploy is resilient, verifiable, and ready for production.