Industry · 01 / Physical AI

Every episode your robots run, on one timeline

Joint torque, gripper cameras, depth and transforms from the whole fleet — captured losslessly, searchable in seconds, and ready to train on.

1.2 kHzjoint telemetry in sync with 30 fps video
LeRobotepisodes export ready-to-train
Fleet-wideevery unit, every episode, one record
01 / Phloem for Physical AI

Proprioception and vision, finally in one place

Phloem keeps every modality of an episode on one playhead, so debugging a grasp takes minutes, not an afternoon of file juggling.

C/01

Scrub the whole episode

Torque, current, wrist camera and depth snap to the same instant. See exactly what the policy saw when the grasp slipped.

C/02

Find the failure fleet-wide

Query every episode for the same slip signature. One anomaly becomes a labelled set of every occurrence.

C/03

Curate training data from real runs

Tag episodes, filter by outcome, and export LeRobot-format datasets straight from the timeline.

02 / Lifecycle

One platform, first prototype to fleet

The record built in development carries into validation and operations — nothing starts from scratch.

S/01

Develop

  • Record episodes at the bench, network or not — they land on one timeline and sync when connected.
  • Compare controller revisions run against run, joint by joint.
  • Keep sim rollouts and real episodes side by side.
S/02

Validate

  • Run policy evals as repeatable suites, scored on every revision.
  • Codify pass criteria once; every future episode is checked automatically.
  • Build edge-case libraries from real failures for regression.
S/03

Operate

  • Capture the deployed fleet continuously, at full rate.
  • Trend joint wear and drift across units before they fail.
  • Route anomalies to tickets with the full episode attached.
03 / One timeline

What a run looks like in Phloem

A fleet episode as it lands: proprioception, wrist camera, depth and transforms, already on one playhead.

Fleet Capture bench · recordingcloud · in sync Unit 12 / 24 · Live
03:12elapsed
842Kmessages
5streams
1.8 GBon disk
joint/arm/joint0/pos0.42 rad
video/cam/front30 fps
lidar/lidar/points16k pts
force/arm/gripper/force_n18 N

The scene, not just signalsDepth, detections and masks sit over the camera frame, with the point cloud beside them — an episode reads as a scene, not a folder of files.

04 / Ecosystem

Native to the robot stack

First-class ingest for the formats, protocols and buses this work already runs on — and the wider ecosystem behind them.

+ anything else with an SDK, a topic, or a recorded log.

05 / Outcomes

What teams get back

hours → minutes
Episode triage

Overnight fleet episodes arrive pre-correlated, so morning review starts at the anomalies instead of at the file system.

Nightly
Fleet data → training sets

Curated episodes flow from the fleet into training-ready datasets on a schedule, not as a quarterly project.

06 / End of run

Robots that learn from every episode

Bring the whole fleet’s data into one place, and turn every grasp — landed or missed — into the next policy.

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