NOS Engineer (C/C++) [2246] (вакансія неактивна)

🖧 PLVision invites a talented and motivated NOS Engineer to join our international team. In this high-impact role, you’ll contribute to a new product initiative by developing a network operating system (NOS) with a focus on features for cloud and data center environments. You will also be responsible for building and maintaining a library for modern ASIC configuration using the Switch Abstraction Interface (SAI).

At PLVision, we lead meaningful technical projects that significantly impact the open networking industry, helping you build a brighter future. With over 17 years of expertise and a highly skilled, recognized, and supportive team, we are deeply committed to engineering excellence. We provide a rewarding environment where you can thrive, transforming your ideas into impactful software solutions and products. Join us to enjoy a fulfilling career while contributing to innovative open networking technologies!

Responsibilities

✔️ Develop a network operating system (NOS) for network devices such as switches and routers
✔️ Contribute to the development of NOS features for cloud and data center networking
✔️ Build and maintain a library for modern ASIC configuration using SAI (Switch Abstraction Interface)
✔️ Investigate and resolve networking-related issues

Requirements

✔️ Proficiency in C/C++ programming
✔️ Experience working in a Linux environment
✔️ Experience with Python, Bash, Docker, and Git
✔️ Basic understanding of L2/L3 protocols, tunneling, routing, switching, and other networking concepts
✔️ Strong troubleshooting and debugging skills
✔️ Intermediate or higher proficiency in technical English

About PLVision

PLVision is a European networking software product development company that helps businesses unlock the full potential of open and disaggregated technologies. We deliver end-to-end, vendor-agnostic solutions, tailored to meet client’s specific use cases, enabling greater flexibility, scalability, and sustainability while ensuring cost control and predictability.