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. After raising $225M in series A funding, led by Paradigm, we are growing our team.
The RoleWe are looking for an exceptional compiler engineer to work on challenging greenfield projects that accelerate bytecode execution. For example, you will you will work on a bytecode execution graph builder which will enable speculative pre-execution of potential control flow paths. Your work will require intensive research and engineering and will help accelerate a platform securing billions of dollars in value. Experience with crypto is not expected.
What You Will DoWork on greenfield performance-oriented projects in a fast-moving startup environment
Research ideas for accelerating EVM bytecode execution
Design and implement performant production systems
Challenging problems. You’ll work on extremely challenging problems with massive impact.
Huge opportunity. The Ethereum Virtual Machine (EVM) standard is ubiquitous, but existing EVM-compatible chains are very slow. Monad’s core innovations offer developers the best of both worlds (portability and performance) and are a game-changer for mass user adoption in crypto.
The right team. You’ll be part of a small, exceptional team (engineers and researchers make up 90% of the team).
Culture. We’re a lean team working together to achieve very ambitious goals. We are united in our culture of collaboration, low ego, and high-quality output. As an early member of our team, you’ll help to shape our culture.
Compensation. You’ll receive a competitive salary and equity package.
Resources and growth. We’re well-capitalized, with backing from leading venture funds like Paradigm, Electric Capital, Greenoaks, Dragonfly, and Coinbase Ventures. We keep a lean team, and this is a rare opportunity to join. You’ll learn a lot and grow as our company scales.
Proven track record in compiler design and system architecture
Strong background in software engineering principles principles
Experience with industry-standard compiler technologies
Good understanding of testing and benchmarking
Industry and/or academic experience working on compilers for parallel architectures
Strong C++ programming skills
Knowledge of type theory is a plus
Minimum full-time salary of $250,000. (**This is not a guarantee of compensation or salary; a final offer amount may vary based on factors including but not limited to experience, domain expertise, and geographic location.)
Benefits for US employees include:
World class benefits package (medical/dental/vision)
Unlimited paid time off
401(k) retirement plan + company match
Lunch and dinner stipend (in-office NYC)
Monthly wellness benefit
Paid parental leave
Benefits for employees hired through an EOR (outside of the US) will be based on EOR offerings and country-specific requirements.
Top Skills
What We Do
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.
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