OmniLink Services

From a robot model
to measured evidence.

Focused engineering services, delivered with the report, source and tests you can run again. Assess braking, mixed-surface mobility, gait transitions or standing in OmniSim.

Service 01 · Husky · Jackal · Go2 · G1

Find the failure.
Prove the next change.

We assess a defined behavior, evaluate bounded settings where the task includes tuning, and deliver the report, evidence and Windows tests your team can run again.

$100USD · one assessment · one-time
Four reference modelsReport + evidenceRerunnable tests

One supported model and reference controller. Applicable tax separate. Custom integration scoped separately.

Husky split-surface turning comparison: the previous capped driver and verified map-aware repair.
Seven split-surface failures repaired. Inspect the matched turns, new friction and payload tests, and rerunnable evidence.

Service 02 · Any URDF or CAD

Fix the model
before you trust it.

We repair the robot description you publish, or build one from your CAD: masses, inertias, limits and joints checked against your datasheet, in OmniSim and in plain MuJoCo.

$200USD · per robot model · pay once you're happy
Reproduced findingCorrected descriptionRelease test

Fix of an existing description. Builds from CAD are quoted per robot. Applicable tax separate.

As published · arm held level

29.1°

Sag below level while holding its rated payload. A slipped decimal put the forearm's centre of mass 2 m out.

After the maker's fix

1.28°

The same hold on the corrected file, 7 days after our report.

Collaborative arm. Measured in OmniSim and plain MuJoCo on the maker's own files before and after its fix. Maker not named.

More robots start with a defined test.

Husky and Jackal braking, Go2 gait transitions and G1 standing have defined assessment packages. Five additional wheel profiles have adapters and still need qualification. Other robots, tasks and production controllers require separate scope. Tell us your model and the behavior you want to measure.

Discuss another robot ↗