Real-world robot data collected where work actually happens.

Telepath data programs run inside active operations, not staged capture days. That means your datasets include the irregularity, timing, and exception patterns models must handle outside of demos.

What this program enables

Live-environment signal

Data is captured during normal industrial activity with real interruptions and object variability.

Program-level quality controls

Collection scope, QA thresholds, and acceptance criteria are set before execution to protect delivery consistency.

Model-team ready outputs

Deliveries are structured for downstream training and evaluation pipelines, reducing manual cleanup burden.

How Telepath runs this in production

Coverage mapped to failure modes

Programs prioritize scenario classes that correspond to real deployment failures rather than broad but shallow data volume.

Cross-workflow expansion

Once baseline quality is stable, collection can extend to adjacent workflows while preserving schema and QA consistency.

Ongoing iteration support

Teams can refine collection objectives as model performance changes, focusing each cycle on the next capability bottleneck.

Where teams usually see fastest ROI

Questions teams ask before launch

Can this include both manipulation and contextual telemetry?

Yes. Telepath can scope collection to include the signals required by your training and evaluation stack, within agreed delivery standards.

How do you keep quality consistent across batches?

Collection objectives, QA checks, and delivery criteria are defined upfront and applied consistently to each recurring drop.

Can we start with one workflow before scaling coverage?

Yes. Teams often begin with a single high-value workflow, validate signal quality, then expand scope in phases.