Yondon Fu is an engineering leader and advisor with 11 years of experience building blockchain-native infrastructure and real-time media systems from startup to production. As a Livepeer co-founder and former Director of Engineering, he helped design and ship core protocol and client implementations while later advising the project. He pairs hands-on backend and smart-contract skills—demonstrated by contributions to OpenZeppelin’s MerkleProof library and the Go Livepeer client—with applied research in real-time generative AI and video workflows. His independent work includes container orchestration for model inference, ComfyUI-driven video pipelines, and browser tooling for social primitives, revealing a strong focus on practical systems for creators. Based in New York, he blends product intuition with low-level cryptographic correctness and an inclination for open-source collaboration.
11 years of coding experience
10 years of employment as a software developer
Computer Science, Computer Science at Dartmouth College
High School Diploma, High School Diploma at Hunter College High School
Official Go implementation of the Livepeer protocol
Role in this project:
Back-end Developer
Contributions:30 releases, 638 reviews, 775 commits in 5 years 6 months
Contributions summary:Yondon's commits primarily involve the official Go implementation of the Livepeer protocol. Their contributions include implementing skeleton client using Get, automated testing and providing information about testing for client. This suggests involvement in the core backend functionalities of the project. The commits touch upon contracts such as LivepeerProtocol and general client interactions, indicating a focus on the blockchain protocol's logic.
OpenZeppelin Contracts is a library for secure smart contract development.
Role in this project:
Back-end Developer
Contributions:7 commits, 3 PRs, 7 comments in 3 months
Contributions summary:Yondon primarily contributed to the implementation and testing of a MerkleProof library within the OpenZeppelin contracts repository. Their work involved writing Solidity code for verifying Merkle proofs, including initial stubbed tests and a MerkleTree helper. They also addressed code style issues and corrected a potential vulnerability related to proof length validation. The user demonstrated expertise in smart contract development and testing, especially within a cryptographic context.
securesmart-contractethereumsecuritycontract
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