Intelligence,in motion.
Expert data. Model training.
Enterprise AI, from research to deployment.
Expert data. Model training.
Enterprise AI, from research to deployment.
We turn expert knowledge into training data, model behaviour and reliable agents.
A demonstration becomes a training example.
Expert annotation. Embodied data. Independent review.
Specialist judgement across mathematics, science, code and physical systems.
Domain experts create, annotate and critique training material. Egocentric video and teleoperation capture physical work.
Model-assisted relabeling, deduplication and independent review produce structured corpora, preference pairs and task evidence.
Examples become tokens. Predictions become learning signals.
Curated language, code and multimodal corpora pass through structuring, provenance, quality checks and deduplication.
The output: training-ready data and targeted evaluation sets.
Predict. Measure error. Update the weights.
Supervised examples, human preferences, verifier evidence and recovery curricula shape model behaviour.
SFT, RLHF / DPO and targeted adaptation support task-specific behaviour, evaluated before deployment.
Context. Execution. Evidence. Review.
Ground the task in repository context.
Observe. Act. Recover.
Teleoperation, egocentric video and simulation supply VLA task data. Policy classes include π0 and OpenVLA-OFT.
VLA SFT, recovery curricula, task coverage and closed-loop evaluation support physical deployment with safety interlocks and human overrides.
v = clip(8e, ±1.4 m/s)
Lightweight specialised instruct models.
3Bparameters in the model
Task specialisation · instruction tuning3 billion learned weights · 6 GB at BF16.
Weight memory excludes KV cache, activations and runtime overhead. Parameter count alone does not measure quality.
Isolated workstreams, human approvals, red teaming, provenance and audit-ready delivery.
Onsite deployments follow client-defined residency and retention. Access controls, observability, human overrides and safety interlocks shape operations.
GPU compute. Fabric. Cooling. Checkpoints.
Pre-training, post-training, simulation and inference need topology-aware scheduling, durable checkpoints, telemetry and recovery.
Our phased AI-ready data-center initiative begins with diligence and pilot capacity before a scaled campus.
Research we’re following.