DevOps Software Engineer, Eridan

• Experience with CI/CD tools (Jenkins, GitLab CI, GitHub Actions or similar)
• Strong background in Linux server administration and containerization (Docker)
• Proficiency in scripting languages (Python, Bash) for automation
• Hands-on experience with software quality assurance and automated testing
• Strong problem-solving skills and the ability to manage complex infrastructure systems

Desirable

• Eridan is revolutionizing wireless communication by developing power-efficient, cost-effective radio solutions that enable the future of connectivity. As we move toward mass deployment of our Radio Unit (RU) in live networks, we are seeking a DevOps Software Engineer to design, build, and maintain a robust Continuous Integration/Continuous Delivery (CI/CD) framework and testing infrastructure to support our software development and deployment processes
• Design, implement, and maintain Eridan’s CI/CD infrastructure to ensure seamless software integration and deployment
• Develop and maintain CI pipelines for automated software builds and testing
• Manage multiple CI and test infrastructure stations and servers, including:
• CI runners
• Test stations with RUs
• OAI DUs
• Test result visualization servers
• Backup and artifact storage solutions
• Ensure high availability, scalability, and security of CI/CD environments
• Develop and maintain automated testing pipelines to validate software and hardware integrations
• Implement test automation frameworks and improve software quality assurance processes
• Automate test result visualization and reporting to streamline debugging and performance monitoring
• Utilize open-source DevOps toolchains to optimize workflows
• Maintain and monitor existing infrastructure in the Sunnyvale office, including:
• OAI server
• ICTS server
• FPGA and CMOS runners
• Ensure efficient resource utilization for software builds and testing environments
• Manage networked test environments, troubleshooting issues as they arise

Total funding: $50.6m

While modems and antennae in cell towers have changed with the times, the transceiver, responsible for converting modem data into the radio frequency emitted by antennae, remains notably outdated. Its inefficiency leads to substantial power consumption during data transmission, posing a significant challenge for the industry.