Arvie Gatchalian Carlos

Streamlined data processing pipelines using Go and Kafka, increasing data ingestion rates by 50% and enhancing system reliability. Collaborated with cross-functional teams to transform outdated monolithic applications into efficient Golang services, boosting code maintainability and reducing time-to-market for new features by 30%. Led as the lead blockchain developer designing, developing, and deploying ERC-721 and ERC-1155 Solidity smart contracts on Ethereum and EVM-compatible blockchains. Created an Ethereum NFT marketplace platform for listing Bitcoin ordinal inscriptions with capabilities to create, mint, and list NFTs representing inscriptions, ERC-20 tokens, and name inscriptions. Facilitated seamless integration of new features ensuring scalability and compatibility across blockchain architectures. Spearheaded design and development of a REST API managing Bitcoin inscription data off-chain with real-time ETH/USD pricing, utilizing MongoDB for storage.

Developed decentralized applications using Cosmos SDK and Tendermint, resulting in a 30% throughput increase. Improved the interoperability and usability of the Injective Bridge, facilitating efficient asset transfers across blockchains and doubling cross-chain transactions. Enhanced staking functionality for the Injective Bridge, improving user engagement by 35%. Advanced the Injective Blockchain Explorer into a premier monitoring and analysis tool with a 25% boost in user satisfaction. Implemented microservices architecture to improve application scalability and maintainability. Established robust CI/CD pipelines cutting deployment time by 50% and ensuring continuous delivery of high-quality code.

Led backend system development using Golang, significantly optimizing API response times. Executed microservices architecture strategy, enhancing system scalability and reliability by 35%. Developed backend e-commerce web and merchandising applications using advanced cloud platform technologies. Achieved 50% reduction in server load via database query optimizations and efficient caching mechanisms. Collaborated with full stack engineers to build and deploy new features, conducted thorough code reviews reducing bug density by 20%, and worked with cross-functional teams to increase user engagement by 15%.