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Developed a decentralized platform that encrypted and stored user data on IPFS and allowed them complete control on their data to share with other third party medical professionals or vendors as a way to monetize their own data. Managing and coordinating multiple international delivery teams simultaneously, ensuring that we meet the required deliverables using standards such as OpenZeppelin and the contracts are audit ready before deployment. Design and simulate various tokenomic structures and incentive models across multiple onchain EVM environments such Ethereum, Binance Smart chain, Polygon etc. for comparison of costs and user engagement.

Designed a Launchpad platform for fund raising, automated distribution, and liquidity provisioning on known decentralized LP provider applications across multiple chains, making sure a Zero Trust Architecture is maintained, using various escrows and time-locked fund releases. Redesigned an existing Rebasing legacy system that readjusts supply according to TVL(Total value locked) upgrading it to the latest standards. Increasing transparency and security by introducing multi-signature wallets and upgradability using proxy patterns and upgradable contracts. As well as updating the user interface to make sure the system can be accessed across devices and wallets such as MetaMask and WalletConnect. Developed multiple tokens adhering to Standards of ERC20, ERC721 and ERC1155 respectively, with added features such as Governance and Perpetual Liquidity Pools, for staking and rewards which directly interacted and responded to changes on DeFi Protocols such as Uniswap and other DEXes.

A reputation based mail client utilizing Blockchain to ensure that the data is immutable and censorship resistant. The reputation of the user is computed based on interactions with other users as well as users who are not yet part of the platform, while maintaining the privacy of the user. Patent Approved by Swedish and US Patent Offices - 12407535(US) / 20240146552(Swedish). Built a host of interacting smart contracts that would automate a range of DeFi Auction related tasks. Eliminating the need for participants to trust development teams and is resistant to fraudulent actions making it a Trustless system. Worked on automating the deployment of Hyperledger Fabric Peers at scale allowing storage of each organization’s data separately, while allowing the data to be used by aggregation services on the platform.

Revamped the architecture of Hybrid.chat (chatbot creation platform) to allow multiple bots on the same webpage. Load testing the user flow using Gatling for Hybrid.chat’s launch. A Python Backend service with OpenAPI Specifications using NEO4J as the GraphDB.

Worked on designing the Architecture and interactions between Dynamically generated Smart Contracts. Built multiple PoCs for the token use case and its platform. Worked on the integration of Smart Contracts with off-chain parts of the system. Built multiple Smart Contracts for a hierarchical system which could publish and control other Smart Contracts under it.

Built a reporting system for monitoring and displaying user activity and progress. Worked on setting up the VirtualCoach platform (across VMs) in a cloud environment using Docker.