Rust Engineer
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Requirements
• Write high-performance Rust and enjoy squeezing latency out of critical paths (profiling, flamegraphs, allocator choices, async/runtime tuning, lock contention, cache locality, zero-copy where it matters). • Have deep EVM knowledge, including transaction execution mechanics (gas accounting, calldata/memory/storage semantics), state access patterns, and the practical implications of opcodes and precompiles for real-world workloads. • Understand the MEV ecosystem end-to-end, from proposer/builder separation and relays to private orderflow, builder strategies, and incentives that shape behavior in production networks. • Have done MEV searching yourself (or built MEV-adjacent systems). • Are familiar with the transaction supply chain, including mempool dynamics, propagation/latency effects, private RPCs, orderflow providers, builders/relays. • Be passionate about Ethereum and decentralised systems; have experience in Rust programming (decent level of experience).
Responsibilities
• Write high-performance Rust code for Lighthouse and Anchor projects. • Optimize latency in critical paths using profiling tools, allocator choices, async/runtime tuning, lock contention mitigation strategies, cache locality improvements, and zero-copy optimizations where applicable. • Deeply understand EVM mechanics including gas accounting, calldata/memory/storage semantics, state access patterns, opcode implications for real-world workloads. • Have experience with MEV searching or building adjacent systems related to Monetization of Value Extraction (MEV). • Be knowledgeable about the transaction supply chain components such as mempool dynamics, propagation and latency effects, private RPCs usage, orderflow providers interaction, builder strategies. • Show passion for Ethereum blockchain technology, proof-of-stake systems, decentralized infrastructure development.
Benefits
• Experience writing high-performance Rust code and optimizing latency on critical paths. • Deep knowledge of Ethereum Virtual Machine (EVM) mechanics including gas accounting, calldata/memory semantics, state access patterns, opcodes, and precompiles for real-world workloads. • Understanding the MEV ecosystem end-to-end from proposer/builder separation to private orderflow incentives within production networks. • Experience with or knowledge of doing MEV searching yourself or building related systems. • Familiarity with transaction supply chain, including mempool dynamics, propagation and latency effects, private RPCs, order flow providers, builders/relays.