01Overview
Meet The Team
The team specialises in delivering high-impact Proof of Concepts (PoCs) for AI-driven and massively scalable data-centre solutions. We work directly with customers to understand sophisticated requirements and architectures, taking full ownership of system configuration and end-to-end PoC execution. In these engagements, we rigorously analyse any convergence related test case that doesn'tencouragedpected result drilling deep into protocols, system behaviour, and configuration to identify and resolve performance gaps. This enables us to deliver actionable optimisation insights, fine-tuning recommendations build mentorship guidance that achieve lower convergence, low laten outstanding superior performance. We perform root-cause analysis to ensure reliability and repeatable results, and collaborate closely with development engineering teams to supervise and resolve improvement improvementt requests, ensuring production-ready outcomes.
Your Impact
Work with cutting-edge 400G/800G Ethernet fabrics used in AI and GPU data centers.
Gain exposure to IP routed and VxLAN fabric and the full NVMeoF stack, from Linux kernel tuning to RoCEv2 fabric automation.
Hands-on lab workplace involving both software-based and hardware-based testing.
Collaborate with senior architects to compose next-generation lossless Ethernet builds for AI workloads
Configure and validate Linux/Ubuntu servers for RoCEv2 and NVMeoF traffic generation using 400G NICs.
Perform system-level tuning including kernel parameters, sysctl, IRQ affinity, NUMA, hugepages, and NIC offloads to optimize RDMA performance.
Execute NVMeoF traffic tests using software tools (e.g.,IB Perf) and hardware traffic generators (Spirent).
Capture and analyze fabric metrics such as latency, throughput, packet loss, and congestion response.
Collaborate with infrastructure teams to ensure lossless Ethernet behavior using PFC and ECN.
Configure and validate BGP EVPN/VxLAN-based fabrics for IP-routed data center connec .
