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Niche DPDK/NFV telecom specialization reduces competition despite mid-level seniority and common architect title.
Highly domain-specific telecom, DPDK, and embedded networking expertise limits cross-industry transferability.
Multiple mandatory technical must-haves and explicit 5–10 years requirement enforce strict shortlisting.
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Design, develop, test, and support high-performance, low-latency embedded software systems in C/C++ for x86_64 multi-core processors.
Own architecture and coding for multi-threaded, multi-processor systems leveraging Intel DPDK, VPP, and Linux environments like CENTOS/RHEL.
Implement and optimize telecom domain network functions including IKEv2, IPsec encryption, and EAP-AKA authentication protocols.
5-10 years of experience in C/C++ development for embedded processor systems with architecture, design, testing, and support.
Proficiency in Intel DPDK, VPP, Unix shell scripting, Python, and Linux-based OS (CENTOS, RHEL).
Experience with multi-threaded, real-time embedded applications on x86_64 processors and knowledge of profiling and performance improvement techniques for x86_64.
Telecom domain experience, especially in wireless telecommunications, is highly required.
Experienced in designing and delivering embedded multi-core, low-latency software solutions at scale in telecom/networking environments.
Skilled in virtualized network function technologies including NFV, Kubernetes container orchestration, and network performance optimization.
Comfortable working with advanced networking protocols (IKEv2, IPsec, EAP-AKA) and complex Linux-based software stacks for telecommunications systems.