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Job Position Company Posted Location Salary Tags

Exodus

Remote

$130k - $160k

Anchorage Digital

United States

$98k - $150k

Temporal

New York, NY, United States

$84k - $150k

Temporal

New York, NY, United States

$129k - $156k

Temporal

New York, NY, United States

$84k - $150k

Binance

Taipei, Taiwan

zerohash

United States

$82k - $115k

Zyin

New York, NY, United States

$72k - $112k

Draper University

San Mateo, CA, United States

$105k - $163k

Binance

Taipei, Taiwan

Binance

Brisbane, Australia

Bitso

Latin America

$70k - $80k

Binance

Buenos Aires, Argentina

Stealth

Phoenix, AZ, United States

Who We Are
Stablecoins are beginning to reshape the global FX market, where more than $10 trillion trades every day. Hibachi is building the exchange designed for that shift.

We are building a modern central limit order book for global currencies with transparent prices, direct access to liquidity, and infrastructure designed for continuous global markets. Our goal is to open FX trading beyond the traditional interbank system and create a venue where global money can move freely.

We are a small team of engineers and traders who have built market infrastructure at Tower Research, Citadel, Coinbase, and Bloomberg. We care deeply about performance, correctness, and building systems that operate at global scale.

Hibachi is backed by Dragonfly Capital, Electric Capital, Coinbase Ventures, and Circle Ventures.

About The Technology
Hibachi runs a high performance off chain central limit order book built for fast, private trading and deep liquidity. Zero knowledge proofs allow anyone to verify the exchange’s solvency on chain without revealing user positions. The result is transparent infrastructure built for global markets.

The Role
We're looking for a seasoned Smart Contract Engineer to own the onchain layer of Hibachi's infrastructure. This means writing and auditing the contracts that custody funds, settle trades, and verify ZK proofs — code that operates in adversarial conditions where correctness is non-negotiable. You'll work closely with our core systems team to bridge the offchain CLOB with onchain settlement, and you'll help shape how we think about cross-chain interoperability as we expand across networks.

You'll Be Responsible for:

  • Designing, writing, and deploying production-grade Solidity contracts across settlement, custody, and verification layers
  • Owning the integration between our ZK prover and onchain verifier contracts
  • Architecting and maintaining cross-chain messaging infrastructure, including bridge integrations and message-passing protocols
  • Conducting internal contract reviews and working with external auditors to maintain a rigorous security posture
  • Collaborating with the core Rust engineering team to ensure seamless handoffs between offchain execution and onchain settlement
  • Staying ahead of the smart contract security landscape — known attack vectors, emerging patterns, and evolving best practices


You'll Need to Have:

  • 4+ years of professional Solidity experience, with production contracts deployed and battle-tested on mainnet
  • Deep understanding of the EVM — opcodes, gas optimization, storage layout, and edge cases
  • Hands-on experience with cross-chain messaging protocols (LayerZero, Wormhole, or similar)
  • Strong security instincts — familiarity with common vulnerability classes (reentrancy, front-running, oracle manipulation, etc.) and experience either conducting or participating in audits
  • Comfort owning the full contract lifecycle: design, testing, deployment, monitoring, and upgrades
  • Familiarity with Foundry for testing and development tooling


We'd Love to See:

  • Experience with ZK proof verification onchain — integrating with Groth16, PLONK, or similar proving systems
  • Cryptography fundamentals — elliptic curves, tries, commitment schemes, and how they apply in a smart contract context
  • Familiarity with formal verification tooling (Certora, Halmos, or similar)
  • Background in DeFi protocol design, particularly around settlement, margining, or order book mechanics
  • Experience across multiple EVM-compatible chains and an understanding of how their differences affect contract design