On-premise AI for HPC clusters and research labs. No cloud required. Carrier boards, cluster software, and validation artifacts that help teams deploy reliable compute without guesswork. Talk to an engineer See the platform On-premise AI for HPC clusters and research labs. No cloud required. Carrier boards, cluster software, and validation artifacts that help teams deploy reliable compute without guesswork. Talk to an engineer See the platform

Why We Exist

Compute keeps advancing, but integrating hardware into something stable and operable is still slow. The hard problems are not headlines—they’re power integrity, high-speed I/O, thermals, provisioning, and the long tail of “why is this idle?”
Megh exists to shorten that path. We build standards-based carrier foundations, validate them with a production-style HPC stack, and publish the artifacts that make deployment repeatable.

What We Build

HPC Hardware

HPC Hardware

HPC Hardware

Carrier boards for COM-HPC Server/Client and COM Express ecosystems.

HPC Software Stack

HPC Software Stack

HPC Software Stack

Warewulf + Slurm + utilization visibility, packaged for real operators.

Edge AI Runtime

Edge AI Runtime

Edge AI Runtime

Hardware + software validated together, with reference architectures and documentation.

Why It Matters

From Board to Cluster

1
Select a compute module
2
Deploy on a carrier board reference design
3
Provision + schedule + observe with our stack

Technology

We design around standards and publish a validation matrix so integration risk is explicit.

We pair hardware with an operator-ready stack and dashboards that explain utilization—not just display it.

 Carrier variants and software profiles evolve without throwing away the foundation.

A roadmap you can build against

1

Now

Carrier board revisions + documentation packs; lab validation workflows; initial reference cluster configs

2

Next

Expanded validation matrix coverage (modules, BIOS/FW, GPU models); more software profiles; more dashboards

3

Later

Broader accelerator coverage; deeper cost/wastage analytics hooks; additional form factors

Megh Engineer Comments

"Standard IPMI tells you a node is alive or dead. Megh carrier board tells the control plane: power consumption per rail, PCIe fabric health, accelerator temperatures independent of the OS, cryptographic node identity, and synchronised telemetry — all over a dedicated management network. This is what makes our scheduler smarter than SLURM running on commodity hardware."

Let’s build your next compute platform