Senior Software Engineer, Backend - Platform (Tokens & Wrapped Assets)
About This Role
Join the Tokens & Wrapped Assets team within our Platform organization, where you'll engineer the systems responsible for issuing, wrapping, and transforming every asset on Coinbase—including flagship products like cbBTC. This is high-stakes, high-impact backend engineering at the intersection of blockchain infrastructure and real-world financial scale, spanning Ethereum, Base, and Solana ecosystems.
What You'll Be Doing
Architect and own end-to-end backend systems that power token issuance and wrapped asset creation across multiple blockchain networks
Design resilient, scalable services that interact with smart contracts governing asset transformation and custody
Collaborate cross-functionally with product, security, and protocol teams to ship reliable crypto infrastructure
Build tooling and APIs that support DeFi integrations and wrapped asset operations at institutional scale
Drive technical decisions around multi-chain architecture spanning Ethereum, Base, and Solana
Troubleshoot and optimize distributed systems handling high-value digital asset flows
What We're Looking For
5+ years of backend engineering experience building production-grade distributed systems
Strong grasp of blockchain fundamentals, including smart contracts, token standards, and multi-chain architecture
Proficiency in backend languages (Go, Rust, Java, or similar) and experience with high-availability services
Demonstrated ownership mentality—comfortable driving complex projects from design through deployment
Excellent collaboration skills across engineering, security, and product teams
Passion for crypto, web3, and building infrastructure that scales decentralized finance
Bonus Points
Direct experience with wrapped asset mechanics, bridging protocols, or token issuance systems
Familiarity with Solana's runtime or Ethereum/Base smart contract ecosystems
Prior work in high-security, high-compliance financial or crypto environments
Contributions to open-source blockchain projects or DeFi protocols
Why Join Us
Competitive compensation, equity, and crypto-forward benefits packages
Flexible, mission-driven culture built around transparency and ownership
Direct influence on infrastructure securing billions in digital assets across the crypto ecosystem
Continuous learning opportunities working alongside top blockchain engineers shaping the future of decentralized finance
Salary Range
$148,762.27 - $148,762.27
About Coinbase
Coinbase is at the forefront of building a more open, accessible, and efficient financial system globally through blockchain technology. Our mission is to increase economic freedom in the world, and we do this by creating a reliable and easy-to-use platform that empowers individuals and institutions to participate in the burgeoning digital asset economy. We are committed to developing innovative tools and infrastructure that drive the future of finance, fostering a world where digital assets are universally understood and adopted. Our culture thrives on curiosity, collaboration, and a relentless pursuit of excellence. We believe in empowering our teams to take ownership, experiment with new ideas, and solve complex challenges with creativity and integrity. At Coinbase, you'll find a dynamic and inclusive environment where diverse perspectives are valued, and continuous learning is encouraged. We're building a future that demands bold thinking and a commitment to our shared vision. Joining Coinbase means contributing to a revolutionary shift in finance, working alongside some of the brightest minds in blockchain and technology. With 403 open positions, we offer unparalleled opportunities for professional growth, impact, and the chance to shape an industry from the ground up. If you're driven by a passion for innovation and want to build a world where economic freedom is a reality for everyone, explore career opportunities with us.
Ready to Apply?
To submit your application for this position, please visit Coinbase's official website and follow their application process.