Role Description

We're seeking superstar software engineers with a proven track record of shipping high-impact products, who are passionate about building the market data infrastructure that powers the future of decentralized finance. If you have deep Rust experience and love taking products from vision to reality, you’ll feel right at home here. In this role, you’ll:

• Build backend services
• Write smart contracts
• Create developer SDKs
• Enhance tooling and monitoring
• Play a hands-on part in defining our product

A strong grasp of the DeFi landscape will help you spot opportunities and extend the boundaries of what’s possible.

We're hiring at multiple levels of seniority, bring your expertise, and we’ll tailor the title to you.

Qualifications

• Minimum 4 years of software engineering experience, with a portfolio of shipped products you’re proud of
• Expertise in Rust is strongly preferred
• Experience with large-scale, safety-critical systems is a plus
• Smart contract and blockchain development experience is great, but we also value backend engineers who excel in low-level languages (Rust or C++)
• Familiarity or curiosity with Solidity, Python, and Typescript
• Standout communication skills with technical, business, and external partners
• Capability and passion for mentoring engineers at all levels
• Ready to participate in periodic on-call rotations

Requirements

• Thrive in a startup environment within the dynamic DeFi space
• Value adaptable problem solvers eager to address evolving market needs
• Write open-source software
• User-centric development with a focus on crafting user-friendly APIs and clear documentation

Benefits

• Work remotely with a global team spanning the US, South America, Europe, and Asia
• Optional office in Porto, Portugal
• English proficiency is essential for team and external developer communication

Company Description

• Balanced team with tech-talented individuals and those excelling in partnerships with data providers, developers, and the DeFi community
• Communication is key in our network-driven approach