Qualification Required:

• 5-10 Yrs years of Qualified Software professionals
• Proven hands-on eBPF Linux, Kubernetes, GIT, SIT

Roles And Responsibilities

• Working as an Individual contributor and would be reporting to a Project Manager
• Would be responsible for coding, testing and development sustenance of high quality and secure products solutions.
• Follow source code management, sonar reviews and documentation updates to adhere to processes
• Maintains a high level of customer satisfaction by clarifying customer needs and ensuring that these are met.

Required Technical And Professional Expertise:

Primary Skills

• Linux Kernel: A solid understanding of the Linux kernel, including its architecture, system calls, and internal APIs.
• C Programming: Proficiency in C programming is essential.
• BPF Instruction Set: Familiarity with the eBPF instruction set and how to write and optimize BPF bytecode.
• Kernel Debugging: Experience with kernel debugging tools like gdb, perf, and bpftrace.
• System Programming: Knowledge of system-level programming concepts, including memory management, context switching, and process management.
• Networking: Understanding of networking concepts and protocols, especially network-related eBPF programs.
• Security: Awareness of security best practices to ensure that eBPF programs do not compromise system stability or security" 

Secondary Skills

• Linux Kernel: A solid understanding of the Linux kernel, including its architecture, system calls, and internal APIs.
• C Programming: Proficiency in C programming is essential.
• BPF Instruction Set: Familiarity with the eBPF instruction set and how to write and optimize BPF bytecode.
• Kernel Debugging: Experience with kernel debugging tools like gdb, perf, and bpftrace.
• System Programming: Knowledge of system-level programming concepts, including memory management, context switching, and process management.
• Networking: Understanding of networking concepts and protocols, especially network-related eBPF programs.
• Security: Awareness of security best practices to ensure that eBPF programs do not compromise system stability or security"