Gil LB

Developed a hybrid market model for a prediction market protocol combining yield generation with market-based price discovery. Designed the system to transition from a parimutuel phase into a Central Limit Order Book (CLOB) structure.

Designed and developed advanced DeFi protocols with a focus on composability, capital efficiency, and developer experience. Integrated tooling and AI agents into the development and auditing workflow to prioritize security and gas optimization from the architecture stage.

Contributed to the core architecture of a protocol focused on accessible, cost-efficient, and secure smart contract development. Built AI-assisted tooling for natural-language to contract compositions and implemented multiple DeFi components including launch workflows and Uniswap hook logic with bonding-curve behavior.

Led technical direction and business strategy while scaling a software house to a 30-person team delivering 50+ digital products. Owned system architecture, created technical roadmaps and documentation, and drove innovation through research and technology adoption.

Owned product vision and usability and led development of the wallet frontend, while contributing to smart contracts. Focused on smooth onboarding for non-blockchain users using features such as Abstract Accounts and WebAuthn, including gasless transactions.

Led development of a multi-chain library that normalizes common wallet operations across different blockchains. Created reusable abstractions for multi-chain integrations used by Neon Wallet desktop and mobile applications, including NeoN3, NeoLegacy, and EVM networks.

Architected Neon Wallet’s mobile version and later contributed to the desktop application. Addressed multi-network support, multi-account handling, WalletConnect integration, and protocol-level network interaction for the wallet.

Architected a multi-chain (Neo and Flow) platform for NFT-based decentralized authentication and access validation. Developed smart contracts on both networks, an SDK integrating both chains simultaneously, and related integrations.

Architected and developed a Safety, Health, and Environment management platform for use across global units. Implemented Azure Active Directory integration for authentication and user management and designed the application to scale without requiring code changes.

Led development of a B2B delivery services platform integrating multiple systems for nearly 60,000 couriers. Worked on integration and optimization of large data volumes, including handling tens of millions of invoices and multiple registered companies.

Owned initial planning, structuring, and development of a food delivery platform across iOS, Android, and the web. Led the early product build focused on delivering an artisanal food marketplace.

Developed an Android application to automate quality control testing that was previously performed manually. Implemented automated checks for device metrics such as CPU, RAM, GPS, screen brightness, and touch functionality.

Worked on applications for SIMET, an internet quality measurement tool, including proposing and designing a new version of the main application. Migrated from a Java Applet to JavaScript and delivered visualization and testing components such as heat maps, dashboards, and related tooling.

Earned a Bachelor's degree in Computer Science from Pontifícia Universidade Católica de São Paulo (PUC-SP).