Matthew Tan

Treehouse is a decentralized application that introduces Treehouse Assets (tAssets) and Decentralized Offered Rates (DOR), new primitives that enable fixed income products in digital assets. Users who deposit ETH or liquid staking tokens (LST) into the protocol receive tETH and contribute to the convergence of fragmented on-chain ETH rates. Previously, Treehouse was a digital asset portfolio management and market intelligence platform.

Nodepay is the network infrastructure that provides decentralized bandwidth for AI training. By connecting to the Nodepay Network, users will be able to sell their unused internet to AI companies, enabling the efficient transfer of public training data, labeling, model sharing and remote distributed training.

OneBalance is a new framework for credible accounts - combining chain abstraction, gas abstraction and permission management to solve the fragmented Web3 user experience.

Nirvana Labs is a Web3 infrastructure solution for building, managing, and supporting any blockchain application. Nirvana Labs developed Nirvana Cloud to provide a foundation for an open, secure, and distributed internet.

Sizzles.fun is a copy trading platform. Previously, Sizzles.fun was formerly known as Candlestick, a crypto opportunity radar powered by actionable trading signals and forecasts.

Gomu is a Web3 developer tool that provides APIs and SDKs to easily and securely build native Web3 applications and experiences for users. Gomu makes it easy to interact with Web3 data from both third-party sources and on-chain data. Gomu's high-quality data is ready to be integrated into mission-critical applications.

Headquarters(HQ.xyz) is the Finance Dashboard for Web3 teams, which helps Web3 teams be accountable by automating their financial activities and reporting.

Aurigami is a decentralized and non-custodial liquidity protocol. It enables users to easily lend, borrow, and earn interest on their digital assets. Depositors can earn passive income by providing liquidity to the protocol, while borrowers can borrow with an over-collateralized approach.