Staff Low-Latency Trading Systems Engineer (HFT)

OneBalance helps developers build chain-abstracted applications by providing unified balance management and one-click cross-chain execution.

Series A0 current maintainers0 active leadsTeam intelligence

Maintainer signals as of 9/2/2026

20 Genesis Close, George Town, Grand Cayman, KY1-1208, Cayman Islands, Cayman Islands
About OneBalance

OneBalance helps Web3 developers build chain-abstracted applications by providing unified balance management and instant cross-chain execution. Users can aggregate user balances across chains, execute transactions without bridges, and monetize through configurable fees. OneBalance eliminates complexity through Resource Locks technology that enables fast cross-chain operations.

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Skills

About the Role

Design and build exchange-grade trading infrastructure for low-latency market microstructure and crypto-native execution, including Rust order books, matching engines, exchange connectivity, packet processing, risk controls, observability, and market-design architecture.

Requirements

  • Deep expertise in order books, matching engines, exchange connectivity, and electronic market microstructure
  • 8+ years building performance-critical low-latency systems in C++, C, or Rust on Linux
  • Experience owning hot-path systems at an HFT, exchange, prime broker, or market-infrastructure firm
  • Knowledge of network protocols, market-data and order-entry interfaces, user-space packet processing, and Linux networking
  • Knowledge of CPU architecture, cache hierarchies, memory models, concurrent design, profiling, and tail-latency optimization
  • Ability to architect robust systems with correctness, risk, and operational discipline
  • Technical judgment, communication, and staff-level leadership

Responsibilities

  • Architect and implement Rust order book and matching engine systems
  • Design matching rules, order types, auction behavior, trade reporting, and market-data behavior
  • Optimize memory layout, cache locality, allocations, contention, NUMA behavior, and tail latency
  • Own exchange connectivity, wire protocols, UDP, TCP, multicast, and user-space networking paths
  • Build deterministic replay, kill switches, risk checks, fault isolation, observability, and resilience controls
  • Optimize systems across Linux internals, NIC behavior, CPU topology, hardware counters, and accelerator interfaces
  • Set technical direction and mentor engineers
  • Evaluate and architect CLOB, auction, RFQ, batching, and hybrid market models