Join Our Pioneering Team at STON.fi

STON.fi stands at the forefront of decentralized finance, operating as an Automated Market Maker (AMM) DEX on the TON blockchain. Our platform sets itself apart with virtually zero fees, low to zero slippage, and a user-friendly interface, seamlessly integrated with TON wallets. In the future, we are proud to offer a suite of advanced features such as cross-chain swaps, gasless transactions, and a commitment to the DAO governance model, ensuring community-centric decision-making and continuous innovation.

STON.fi DEX serves as the backbone for many TON-based DeFi products, including Wallet in Telegram, the official built-in wallet available to hundreds of millions of Telegram users.

As we expand, we are searching for an experienced Rust Backend Developer to contribute to our mission of building sustainable, cutting-edge infrastructure for DeFi products. If you're passionate about blockchain technology and decentralized finance, STON.fi is your platform to make a significant impact.

Dive into the future of finance with STON.fi.

Responsibilities:

• Implement the backend for DeFi web-applications using Rust programming language.
• Design and implement blockchain communication layer, data storage layer and API layer of web applications.
• Build reusable libraries for internal use and open source.
• Analyze & optimize performance.

Requirements:

• At least 1 year of experience as a Rust Backend developer (at least 3 years for Senior Backend Developer).
• Knowledge of Rust programming language.
• Excellent problem-solving and communication skills.
• Advanced proficiency in algorithms and data structures.
• Bachelor's degree in computer science, information security, applied mathematics or related.
• Location that is close to CET timezone, as that's where most of the team is and most of the work is getting done.

Would be a plus:

• Experience in the blockchain industry.
• Understanding of internal organization of various DeFi protocols and their interoperability (DEXes, money markets, synthetic assets, etc).
• Understanding design principles of distributed systems (asynchronous communication, consensus protocols, distributed transactions, etc.).