Qualifications
Your Responsibilities:Develop and design scalable, distributed server-side applications and microservices using Go. Optimize mission-critical backend applications, focusing on system programming, concurrency, and performance enhancements. Create and implement robust peer-to-peer (P2P) communication systems, with prior P2P experience being essential. Contribute to or construct systems utilizing libp2p or similar P2P frameworks. Ensure cross-platform compatibility and a consistent application experience across various environments. Collaborate within an Agile/Scrum team, assisting in backlog refinement, risk identification, and dependency management. Deliver clean, maintainable, and reusable code, adhering to high engineering standards. Enhance backend systems for performance, reliability, security, and fault tolerance. Establish and improve backend infrastructure, including deployment pipelines, observability, and monitoring tools.
About the job
Join Pragmatike as we partner with a pioneering European deep-tech company dedicated to revolutionizing cloud computing. This firm is at the forefront of developing a decentralized and energy-efficient alternative to conventional cloud services, leveraging distributed bare-metal infrastructure and sophisticated automation to provide high-performance computing for contemporary workloads.
We are looking for a Senior / Lead Backend Engineer with a focus on Go programming and extensive experience in production-grade peer-to-peer (P2P) systems. In this highly technical role, you will be instrumental in designing and enhancing the backend architecture of a decentralized cloud platform, collaborating with infrastructure, product, and DevOps teams. Autonomy, ownership, and sound architectural judgment are crucial for success in this position.
About Pragmatike
Pragmatike represents a forward-thinking European deep-tech company, committed to developing innovative solutions that redefine cloud computing. Their mission focuses on creating a decentralized platform that prioritizes energy efficiency and high performance, making it an attractive option for modern enterprises looking for sustainable computing alternatives.