Robot training data with real production variance.

Telepath collects robot training data inside active facilities where object states, timing pressure, and workflow interruptions are part of normal operation. Teams get signal that transfers better to deployment than controlled lab-only traces.

What this program enables

Production-distribution coverage

Capture interactions under real shift conditions so training data reflects actual deployment variance.

Edge-case capture by design

Record difficult scenarios and recovery behavior that usually drive failure rates after rollout.

Benchmark-aligned data plans

Collection volume and scenario mix are tied to concrete capability targets instead of generic dataset growth.

How Telepath runs this in production

Task-first collection setup

Programs start from target behaviors and bottlenecks, then map collection to workflows where those behaviors appear naturally.

Quality gates before delivery

Telepath applies agreed checks for schema consistency, usable coverage, and scenario fidelity before handoff to model teams.

Recurring data loops

Delivery cadence can be synchronized with training sprints so new traces quickly feed evaluation and retraining cycles.

Where teams usually see fastest ROI

Questions teams ask before launch

How is this different from synthetic or lab training data?

It captures real operational variability and exceptions that are hard to reproduce in controlled environments, which improves transfer to production conditions.

Can we define custom data objectives before collection starts?

Yes. Telepath scopes each program around your target capability metrics, workflow constraints, and delivery requirements.

Do you support recurring delivery instead of one dataset drop?

Yes. Most teams run repeat delivery cycles tied to model iteration so training and evaluation stay aligned with current production behavior.