OKX is hiring a

Web3 Site Reliability Software Engineer (Java & Spring Boot)

About OKX:

Founded in 2017, OKX is one of the world’s leading cryptocurrency spot and derivatives exchanges. OKX innovatively adopted blockchain technology to reshape the financial ecosystem by offering some of the most diverse and sophisticated products, solutions, and trading tools on the market. Trusted by more than 20 million users in over 180 regions globally, OKX strives to provide an engaging platform that empowers everyone to explore the crypto world. In addition to its world-class Defi exchange, OKX serves its users with OKX Insights, a research arm at the cutting edge of the latest trends in the cryptocurrency industry. With its extensive range of crypto products and services and unwavering commitment to innovation, OKX’s vision is a world of financial access backed by the blockchain and the power of decentralised finance.

• Responsible for the reliable, stable and efficient operation of OK large-scale distributed system services;
• Responsible for developing distributed system infrastructure, including framework, micro-service components, middleware, and storage;
• Designed and developed service stability, automated operation and maintenance solutions, including system observability, system pressure measurement, complex engineering, agile, continuous delivery, capacity planning and resilience, traffic load balancing, site acceleration, security, performance tuning, etc.
• Coordinating with business, testing, and ops teams in the line of work.
• Responsible for research and exploration of new technologies in the field and reasonable implementation to maintain technical advancement;

• Bachelor's degree or above, more than three years of working experience;
• Familiar with Java development and spring boot, concurrent programming, and solid computer foundation (network, algorithm);
• Familiar with the principle and application of middleware and storage technology;
• Have specific practical experience and understanding of distributed system design;

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