WHAT WE DO

ENGINEERINGAT EVERY LAYER.

From architecture blueprints to bare-metal firmware — we own the full stack so you don't have to stitch together five vendors.

SVC-01

HPC Infrastructure Consulting

Architecture that scales with your workload

We audit your existing compute environment, model your workload requirements, and design infrastructure that delivers the throughput you need — without overprovisioning. Our consulting engagements cover cluster topology, network fabric selection, storage architecture, and cooling strategy.

Cluster topology design

Interconnect fabric selection (InfiniBand, RoCE, NVLink)

Storage architecture (NVMe-oF, Lustre, GPFS)

Capacity planning and TCO modeling

Thermal and power density analysis

SVC-02

Custom GPU Cluster Design

Purpose-built for training, inference, and simulation

Off-the-shelf GPU servers are built for the median workload. We design clusters for yours. From rack-level topology to PCIe lane allocation and NVLink fabric design, every decision is made against your specific training runs, batch sizes, and latency targets.

Multi-node GPU topology (H100, A100, MI300X)

High-speed interconnect design (400G InfiniBand, NVLink)

Rack-level power and cooling optimization

RDMA and GPUDirect configuration

Benchmarking and acceptance testing

SVC-03

Full-Stack Engineering

Hardware, firmware, and software — one team

Most firms hand off at the hardware boundary. We don't. Our engineers work from PCB layout through firmware development, driver optimization, and ML runtime tuning. The result is a system where every layer is co-designed for performance — not assembled from parts.

Custom PCB and FPGA design

Firmware development (UEFI, BMC, custom bootloaders)

Linux kernel driver optimization

CUDA/ROCm runtime tuning

Cluster orchestration (Slurm, Kubernetes, custom schedulers)

Have a specific workload in mind?

We scope every engagement around your actual requirements — not a service catalog.

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