OpenBot
Platform
VLAResearchReadiness 76/100Provisional

RT-X

Open X-Embodiment collaboration

Cross-embodiment RT model family trained from the Open X-Embodiment mixture to study transfer across robots and tasks.

Code
Not listed
Weights
Not listed
Checkpoint
Not listed
License
Unverified
PaperModel index A–Z

Decision summary

Best for

Cross-embodiment transfer

Main blocker

Hardware, latency, dependencies, and checkpoint loading are not pipeline-tested.

Next check

Verify repository and artifact licenses.

Release history

Source-backed release timing for this canonical model record.

Important releases

  1. Model series introduced

    Release timing is anchored to the cited paper publication date.

    Paper

Selection readiness

Evidence dimensions for deciding whether this model is ready to inspect, compare, or adopt. Scores describe catalog evidence, not task performance.

Published evaluation

How scores work

76/100

Provisional

1/6 dimensions scored · 23% confidence

Access and governanceNot scoredconf. 20
Artifact availabilityNot scoredconf. 15
Training and loading reproducibilityNot scoredconf. 15
Training data requirements76conf. 70
Evaluation evidenceNot scoredconf. 10
Deployment readinessNot scoredconf. 10
Engineering checks (OBRS) behind this record
Engineering checksBronze

Needs Audit

2/12checks passed

OBRS metadata and reported test evidence. A breakdown behind Selection readiness, not a separate score or an independent OpenBot certification.

Standardization & Loaders2 / 25 pt
Physical & Action Quality12 / 25 pt
Semantic & Annotation12 / 20 pt
Real-World Validation0 / 15 pt
License & Compliance0 / 15 pt
Missing evidence and readiness gaps
  • A passing real-hardware test report is required.
  • A passing ingestion/pipeline test report is required.
  • A passing privacy and provenance review is required.

Why these scores

The strongest decision reasons behind Selection readiness.

Top 3 adoption signals

Artifact availability

Unknown

Code and weights are not verified.

— · confidence 15

Training and loading reproducibility

Unknown

No verified loading configuration is available.

— · confidence 15

Evaluation evidence

Unknown

No structured evaluation evidence has been verified.

— · confidence 10

Data requirements

Declared loop-data needs, missing evidence, and the next checks that matter.

4 required categories

Observation / ego video

observation

required

Language intent / task phase

language intent

required

Action / robot state

actions · robot state

required

Sim-real / embodiment metadata

robot state · embodiment

required

Critical gaps

Core categories are represented. Interface alignment and data quality still require verification.

Linked datasets

Signal-level links only. Verify runtime interfaces before use.

Browse datasets

EgoWorld

Schema validation for LeRobot v3

Useful

provisional fit 83 · confidence 40

2 matched · 1 unknown

MicroAGI01

Household skill segmentation

Useful

provisional fit 100 · confidence 60

3 matched · 0 unknown

Egocentric Adjust Bottle

LeRobot conversion tests

Useful

provisional fit 100 · confidence 60

3 matched · 0 unknown

More evidenceShow

Additional decision dimensions

Access and governanceUnknown

License or access terms are not verified.

— · c20
Training data requirementsUseful

Required signal categories are structured; exact tensor and action interfaces still need verification.

76 · c70
Deployment readinessUnknown

Hardware, latency, dependencies, and checkpoint loading are not pipeline-tested.

— · c10

Artifact facts

release_year
official_claim
2023
curated official source year
model.required_signals
official_claim
observation · language intent · actions · robot state · embodiment
Official model documentation and curated signal mapping
release_timing
metadata_verified
2023-10-13T05:20:40.000Z
arXiv 2310.08864 published

Additional references

ProjectProject

OpenBot notes

  • Important for OpenBot because dataset lineage and embodiment metadata become training variables.
  • Pairs well with Catalog fields for format, access, action/state, and sim-real alignment.