Docs

Overview

Computelab.co gives you code that runs right and fast on any chip. Proved on real hardware. Kept working.

The Compute Optimization Engine is the full compute environment, from firmware to kernels, on any chip. It covers firmware and BIOS, board bring-up, drivers and runtimes, OS and kernel tuning, network and interconnect, power and thermal, compilers, kernels and host systems code.

It checks firmware provenance, rechecks every firmware release, reads OpenBMC and Redfish telemetry, and runs sustained thermal tests.

You connect your repo, CI, cloud and machines. The Engine runs the workflow and returns a merged pull request, a signed proof pack and an installable artifact. Then it keeps watching. Expert reviewers from HPC and high-frequency trading are built into the pipeline.

These products run inside the Engine.

Trace ranks kernels by share of compute time.
Search brings back proven fixes with cited chip manual pages.
Verify returns a signed pass or fail on the real chip.
Green Computing reports energy per accepted result.

Install

Install the CLI with one line. It runs on Linux, macOS and Windows.

Linux and macOS

curl -fsSL https://computelab.co/install.sh | sh

Windows PowerShell

irm https://computelab.co/install.ps1 | iex

Then run computelab fix inside your repo. The CLI connects your repo and target chip and opens your first job.

Quickstart

Run one command in your repo. The terminal agent opens a job, and the result comes back as one grouped pull request.

terminal

$ computelab login
$ computelab fix kernels/attn_fwd.cu --chip MI300X
intake      6 questions answered, acceptance contract agreed
job         cl_7a12 opened
PASS        signed proof pack attached
PR #214     one grouped pull request ready to merge

Or install the GitHub App and add a label to an issue. The label opens the job.

github

# on issue #88
label added   slow on MI300X
computelab    job cl_7a40 opened from label
computelab    PASS, kernel gain and application gain reported
computelab    PR #219 opened, you click merge

Connect your agent to the MCP server. Set a cost cap per task and call verify on any candidate.

mcp

tool computelab.verify {
  "kernel": "attn_fwd.hip",
  "chip": "MI300X",
  "reference": "fp64",
  "max_cost_usd": 5
}
PASS  signed ed25519  proof: vj_3c90.pack

API

The REST API offers the same jobs as the CLI, with a cost cap per task. Batch submission from CI sends many candidates at once.

CI connectors

Connectors for Buildkite, GitHub Actions, Jenkins, Slack, Prometheus, Grafana and Terraform. The CI gate warns first and blocks only when you choose.

Proof packs

Every pass comes as an Ed25519 signed proof pack with an offline verify script and a shareable "Verified by Computelab.co" result page.

Deployment modes

Four modes. Our cloud, your cloud account, self-hosted, or air gapped. Each job runs in one sealed container with the network off, no root and your repo mounted read only.

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