| Job Position | Company | Posted | Location | Salary | Tags |
|---|---|---|---|---|---|
Hibachi | Remote | $80k - $120k | |||
Kraken | London, United Kingdom | $90k - $100k | |||
1010 trading | Remote |
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Hibachi | Remote | $150k - $200k | |||
| Learn job-ready web3 skills on your schedule with 1-on-1 support & get a job, or your money back. | | by Metana Bootcamp Info | |||
CoW DAO | Remote |
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Rain | New York, NY, United States | $140k - $240k | |||
Asymmetric Research | Remote | $84k - $110k | |||
asymmetric.re | Remote | $91k - $116k | |||
CoW DAO | Remote |
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Avalabs | Remote | $253k - $269k | |||
CoW DAO | Remote |
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Byzantine Finance | Remote |
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Zenith | Remote |
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Phi Labs | Lisboa, Portugal | $105k - $120k | |||
ANT-TECH ASIA | New York, NY, United States | $60k - $150k |
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.
You’ll Be Responsible for:
- Alert Response and Incident Investigation
- Own first-response to production alerts - triaging, investigating, and providing invaluable context
- Trace issues across logs, databases, and the codebase to identify root causes, not just symptoms
- Write clear, actionable incident summaries and runbooks so the next incident is easier to handle
- Tooling and Observability
- Improve and maintain dashboards so they identify what’s critical to production operations
- Build convenience tooling and automation to reduce operation toil
- Identify gaps in visibility and close them - if something was hard to debug, make it easier next time
This role is scoped as an entry point into a broader SRE function. As we grow, the right person will have the opportunity to own reliability architecture, define SLOs, lead incident processes, and help shape how a serious trading infrastructure team operates at scale.
You’ll Need to Have:
- Experience supporting and monitoring live production systems
- Ability to read and trace through a codebase to investigate an issue - you don’t need to be the one who wrote it
- Comfort writing database queries for debugging and investigation
- Familiarity with monitoring and observability tooling (Datadog, Grafana, CloudWatch, or similar)
- Clear written communication - your runbooks and incident notes save the day when an issue arises
- Comfort with on-call responsibilities
We’d Love to See:
- Experience in fintech, trading systems, or other low-latency environments
- Familiarity with Web3, blockchain infrastructure, or onchain systems
- AWS navigation experience - enough to find your way around and understand how services connect
- Background in automation, scripting, or building internal developer tooling
- Any exposure to SRE practices, SLI/SLO/SLA, or reliability engineering
What is EVM?
EVM stands for Ethereum Virtual Machine, and it is the runtime environment for smart contracts in the Ethereum network
It is a virtual machine that executes code written in the Solidity programming language, which is the language used for writing smart contracts on the Ethereum platform
The EVM is a sandboxed environment, which means that code executed within the EVM is isolated from the rest of the network and cannot interact with it directly
This is important for security reasons, as it prevents malicious code from affecting the rest of the network
When a smart contract is deployed to the Ethereum network, it is compiled into bytecode that can be executed by the EVM
Each node on the network maintains a copy of the EVM, which allows them to execute smart contract code and validate transactions
When a transaction is submitted to the network, the EVM processes it by executing the corresponding smart contract code
The EVM processes the transaction by reading the bytecode, interpreting it, and executing it step by step
The EVM then returns the result of the transaction to the sender, which can include changes to the state of the contract or the network as a whole
The EVM is designed to be Turing-complete, which means that it is capable of performing any computation that can be performed by a computer
This allows for complex smart contracts to be executed on the Ethereum network, including those with conditional logic, loops, and other advanced programming constructs
The EVM is a key component of the Ethereum network, as it allows for the execution of smart contracts in a secure and isolated environment
It is a crucial part of the blockchain infrastructure that enables decentralized applications to be built and run on the Ethereum platform.