Contact
Whether physical contact is present.
Haptica labels contact, onset, release, persistence, and load presence in robot video. The labels join to your episode IDs as a physical-state sequence and a physical-event record.
Video records motion. It rarely records when contact starts, holds, or releases. You cannot add a force sensor to last year's recordings. You can add physical-event labels.
On instrumented robot data, Haptica contact labels track force-torque truth at 0.89 window-level AUROC, measured in-distribution. For each dataset, we report held-out quality, calibration, and abstentions.
Whether physical contact is present.
When contact begins.
When contact ends.
How long contact remains active.
Whether the gripper is carrying load. Presence, not force magnitude.
The labels come in two forms.
A per-timestep sequence aligned to observations, actions, and language.
Timestamped intervals with confidence, abstention, provenance, and evidence.
source episode + Haptica labels = training-ready physical supervisionDelivered as MCAP and LeRobot-compatible outputs. Our open Physical Events Schema publishes in August.
An ID-keyed overlay attaches the labels without repackaging the source video.
Broad multi-scene manipulation.
The corpus many teams already fine-tune on.
Multi-embodiment coverage.
Instrument-grounded labels use datasets with force-torque traces to measure label quality.
Choose one task and one baseline. We agree in writing on what success means before labeling starts, then compare on the same data and compute.
Send the hardest hour in your dataset. We'll return a labeled sample and show you what Haptica can cover. We reply with a secure upload link.