I specialize in smart contract auditing, security analysis, and vulnerability discovery across Solidity, DeFi, and Web3 systems.
My primary strength in blockchain is Auditing — reviewing smart contracts for security risks, logic flaws, economic vulnerabilities, and protocol design weaknesses before deployment.
I also build secure decentralized applications and blockchain infrastructure with a security-first mindset.
- Smart Contract Auditing
- DeFi Security Review
- Attack Surface Analysis
- Vulnerability Research
- Access Control Review
- Reentrancy & Logic Flaw Detection
- Oracle / Flash Loan Risk Analysis
- Gas & Architecture Optimization
- Solidity
- Smart Contract Security
- DeFi Protocol Architecture
- DApp Architecture
- Gas Optimization
- Foundry / Hardhat
- EVM (Ethereum Virtual Machine)
- SVM (Solana Virtual Machine)
- Ethereum (EVM-based chains)
- Solana
- Ripple (XRPL)
- Solidity
- Rust
- Go
- Python
- Foundry
- Hardhat
- Git
- Ethers.js
- Web3.js
Smart contracts designed for transparent decentralized fundraising.
A decentralized application designed to track and manage carbon footprint transparency.
A decentralized ride-sharing platform aimed at removing centralized intermediaries.
A web application that allows developers and learners to explore the functionality of the Ripple network.
Familiar with the architecture and design patterns used in modern DeFi systems including:
- Automated Market Makers (AMM)
- Liquidity Pools
- Yield Farming
- Governance Mechanisms
Inspired by protocol designs used in leading DeFi systems.
Blockchain educator helping developers understand smart contracts, Solidity programming, and Web3 architecture.
I believe blockchain technology can create more transparent and fair digital systems.
My goal is to contribute to impactful decentralized products and help grow the global Web3 developer ecosystem.