We architect, develop, and audit secure smart contracts that power decentralized applications and digital asset ecosystems.
Secure, scalable, and gas-optimized framework design for decentralized protocols. We define tokenomics, state variables, and upgrading strategies to ensure long-term viability.
Use cases:
Development of ERC-20, ERC-721, ERC-1155, and custom standards on Ethereum, Polygon, and L2s. employing industry-standard security patterns to minimize risk.
Use cases:
Rigorous security analysis, automated testing, fuzzing, and manual code review to identify potential vulnerabilities and ensuring fund safety before mainnet launch.
Use cases:
Seamless integration of smart contracts with frontend interfaces and backend infrastructure. Connecting your logic to wallets, oracles, and other DeFi legos.
Use cases:
Implementing upgradeable proxy patterns and providing ongoing monitoring and updates to adapt to protocol changes and governance decisions.
Use cases:
Blockchain immutability means code errors are irreversible. We ensure your contracts are secure, efficient, and aligned with your business logic from day one—minimizing risk and maximizing trust.
With millions in TVL secured, we know what it takes to execute a seamless, strictly audited, and future-ready smart contract lifecycle.
Defining tokenomics, data structures, state variables, and security patterns to ensure a robust foundation.
Writing clean, modular Solidity code utilizing industry-standard libraries like OpenZeppelin to prevent common pitfalls.
Comprehensive unit testing, fuzzing, and gas optimization to ensure efficiency and correctness under all conditions.
Internal code reviews followed by third-party audit coordination to identify and remediate vulnerabilities.
Secure deployment to mainnet, source code verification on block explorers, and transfer of ownership to governance.
We architected and built the core smart contracts for a decentralized lending platform, enabling secure collateralized borrowing and yield farming. The system utilized upgradeable proxies and rigorous access controls.
Developed a high-performance marketplace contract supporting custom royalties, dutch auctions, and lazy minting, optimized for low transaction costs and high throughput on Polygon.
Mitigating reentrancy, flash loan attacks, and logic errors through rigorous testing and defense-in-depth strategies.
Writing efficient code to minimize transaction costs for users and reduce operational fees without sacrificing security.
Ensuring compatibility across multiple EVM chains and implementing secure cross-chain bridges for asset portability.
Solidity
Ethereum
Hardhat
Ethers.js
Node.js
Python