shubhangi

•Built and deployed modular DeFi systems for the MaxAPY Protocol using Solidity and Foundry, including ERC4626 vaults, yield strategies, and automated harvesting with fuzz testing. •Created an ERC7540-compliant MetaVault with Superform integration, supporting cross-chain yield aggregation, NFT-based positions, asynchronous withdrawals, and fee distribution. •Developed a LayerZero-powered cross-chain oracle (SharePriceOracle) with price validation, L2 sequencer checks, and secure access control. •Deployed SuperPositionsReceiver for MetaVault to enable secure cross-chain swaps via Bungee and recover ERC1155-based positions. •Developed a RESTful DeFi API for cross-chain token bridging using Node.js, Express.js, and ethers.js, handling contract interactions for multi-chain fund flows across major EVM networks with allowances, bridge calls, and transaction monitoring for automated token swaps and failed investment recovery. •Enabled vault upgradability by refactoring MetaVault into a MultiFacetProxy, preserving state integrity for future upgrades.

Played a key role in the research, design, and development of Safle Vault, a cutting-edge non-custodial smart wallet. Key contributions: •Led the development of ERC-4337 account abstraction, enhancing wallet functionality with smart contracts for entry points and bundlers. •Engineered secure private key management and seamless dApp integration across multiple chains. •Integrated compatibility with EVM (BSC, Polygon, Optimism, Arbitrum, Base) and non-EVM chains (Bitcoin, Solana, Tezos, Stellar) using @solana/web3.js and @stellar/stellar-sdk. •Implemented SegWit support for optimized transaction efficiency and network utilization. •Developed APIs for blockchain data extraction and processing, along with accurate gas estimation and fee calculations for both legacy and EIP-1559 transactions.

Project: Supply-chain Research and development •Developed a blockchain-based supply chain solution on Ethereum using Solidity. •Implemented product tracking and inventory management to improve transparency and efficiency.

Project: Athene: PRT – Pension Risk Transfer •Led Python API development for PII encryption. •Designed and automated ETL pipelines, reducing processing time by 40%. •Managed a 5-person team, driving sprint planning and project efficiency. •Implemented Control-M for automated job scheduling.