The Monad Foundation is a team of dedicated ecosystem and community builders who are on a mission to massively grow the impact of decentralized tech. We believe that the Monad blockchain--the performant and parallel EVM Layer 1--will help decentralized apps eat the world.
The Monad network was built for high frequency: 10,000 TPS, sub-second finality, full EVM compatibility. Trading is the use case that tests that claim hardest, and you’ll be the person who brings the best trading teams to build on it.
You’ll sit in the room when a perps team, a DEX, or a trading terminal decides which chain to deploy on. You’ll own the relationship from first call through launch and beyond, and you’ll be a public voice for trading on the Monad network on podcasts, panels, and in long-form content.
This is a senior individual contributor role with end to end ownership. You’ll work across ecosystem, defi, marketing, and events at Monad Foundation, and alongside core contributors on technical onboarding. Monad Foundation is a core contributor to the Monad protocol, and this role supports builders on the network as one of many ecosystem participants.

Category Labs (formerly known as Monad Labs) is a team of systems engineers and researchers on a mission to design and build at the frontier of decentralized technology. We strive to design and build step-function improvements over existing blockchain solutions. Such greenfield systems include from-scratch databases, Byzantine Fault Tolerant consensus mechanisms, JIT compilers for EVM bytecode, and much more.
We recently raised $225M in series A funding, and are backed by Paradigm, Electric Capital, Dragonfly Capital, and others.
Category Labs is building the next generation of blockchain infrastructure with Monad, an EVM-compatible layer 1 that dramatically improves performance. Deep optimization is needed across all levels of the stack - from the database layer, to the virtual machine layer, to the consensus and networking layer - in order to streamline EVM transaction processing. We are introducing these low-level optimizations, allowing consumer-grade hardware to deliver exceptional performance while maintaining a high degree of decentralization.