Backend Sotware Engineer
Pubblicato il 18-10-2026 - Oversonic in Leivi
Oversonic Robotics is a leading company in the field of cognitive humanoid robotics, founded in 2020 with a business design and a goal focused on progress and well-being: to make the benefits of the future accessible by developing and improving the cognitive abilities of artificial intelligence, while creating innovative solutions and applications in the world of industry and healthcare. Our mission is to work alongside people and support them in the most repetitive, dangerous, and strenuous jobs by providing technological solutions that integrate with daily life while respecting the environment.
About the Role: We are seeking an experienced and highly-skilled Mid/Senior Backend Software Engineer to join our cognitive platform team. In this role, you will be a key player in designing, building, and scaling the core backend systems and infrastructure that power our humanoid robot’s cognitive platform. You will tackle complex challenges related to distributed systems, real-time communication, and high-performance computing, ensuring the reliability and efficiency of the platform’s brain.
Your work will directly impact the robot’s ability to process information, learn, and interact with the world.
This is a unique opportunity to join a hi-tech robotics company and contribute to Oversonic’s mission to revolutionize human-robot interaction with cutting-edge technologies and innovative solutions.
Main Responsibilities: Design, develop, and maintain scalable, high-performance backend services and APIs using Python.
Implement and optimize concurrent systems using asyncio, multithreading, and/or multiprocessing.
Architect and build robust distributed systems components.
Develop and manage real-time communication channels using WebSockets and Pub/Sub messaging systems (e.g., MQTT, NATS, Redis Pub/Sub).
Write clean, efficient, testable, and well-documented code.
Collaborate closely with frontend developers, robotics engineers, and infrastructure teams.
Optimize application per