Hub
Hub collects real-world multimodal data for embodied AI — egocentric video, teleoperation, hand tracking and tactile — with custom collection delivered in
Hub's published pipeline clock — 00:42 for an itemised quote and 08:30 for QA'd samples in your S3 bucket — is the actual product. Most robotics teams burn weeks lining up capture sites, consent and calibration; Hub collapses that into an afternoon. For manipulation, navigation and tactile policies trained on real egocentric RGB-D, IMU and hand pose, that loop is hard to beat. It is not a model API: no inference, no hosting, no annotation-on-your-own-data. Teams that need a swipe-and-download sample pack, or that want Scale AI to polish a dataset they already captured, will not fit here.
Verified 15d ago · liveness 69/100 · cite: rightaichoice.com/tools/hub
- Frontier labs training embodied and manipulation policies on real-world egocentric video
- Robotics teams needing depth-synced, IMU-tracked, teleoperation-labeled trajectories
- Research groups that need tactile and hand-tracking data aligned with vision
- Companies sourcing diverse residential and commercial environments without building their own capture network
- Projects built only on synthetic or simulated data
- Anyone needing real-time inference, model hosting, or a pre-trained model API
- Text-only or tabular data projects
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Skip Hub if you need a pre-trained model or inference endpoint, or if your data is text or tabular rather than physical-world capture.
Custom collection is quoted per SOW by modality, volume and environment, so the price scales with diversity caps — asking for ten hard-to-find environments costs more than ten easy ones.
Hub prices by scope: pricing type is contact and each request is itemised by modality, volume and diversity caps rather than sold as a flat seat. That suits funded robotics teams and frontier labs buying hundreds of captured hours across multiple environments — the same buyers who would otherwise fund a competitor like Scale AI or Defined.ai. Solo builders and academic groups wanting a small off-the-shelf sample should start with a single dataset line request rather than a full custom brief.
In short
Hub — Hub collects real-world multimodal data for embodied AI — egocentric video, teleoperation, hand tracking and tactile — with custom collection delivered in. Best for Frontier labs training embodied and manipulation policies on real-world egocentric video, Robotics teams needing depth-synced, IMU-tracked, teleoperation-labeled trajectories, Research groups that need tactile and hand-tracking data aligned with vision. Contact Sales pricing.
What people actually say about Hub — is it worth it?
We scanned public community sources for Hub on Jul 3, 2026 and could not establish that the discussion we found is about this tool rather than something else sharing its name. Our own analysis of that scan says the posts were off-subject. Rather than publish a sentiment score built on the wrong subject, we publish nothing here and re-run the scan.
Viability Score
How well maintained and how widely used is Hub? Built from what the vendor actually publishes (docs, changelog, tutorials, integrations, pricing), whether the site is live, and how much real users discuss it. How we calculate this
Last calculated: October 2026
How we score →Key Features
- Egocentric RGB-D capture: calibrated stereo RGB with dense metric depth
- 540,000+ hours of egocentric video captured across 10,000+ environments
- Synced IMU at 200 Hz with 6-DoF VIO trajectory
- 3D hand pose: 21 keypoints, MANO parameters, 6-DoF wrist
- Teleoperation trajectories with synchronized joint states and end-effector poses
- Gripper commands and multi-view camera streams, task-labeled per episode
- Tactile capture: contact pressure maps plus shear and slip events
- Instrumented gloves and sensorized gripper support for tactile collection
- Custom collection pipeline: SOW ingested at 00:00, itemised quote at 00:42
- First samples delivered to your S3 bucket by 08:30 with frame-level QA
- Approval gate on samples before the full collection run proceeds
- Full delivery completed at the 36:00 mark
- Output formats: MCAP, LeRobot, or a custom format
- Diversity-cap enforcement across modality, volume and environments
- Live capture streaming with real-time FPS, depth and IMU status
About Hub
Hub is a real-world data network for embodied AI, not an annotation shop. Frontier labs and top-3 robotics companies use it to source physical-world training data across four off-the-shelf dataset lines. Egocentric (540,000+ hours captured across 10,000+ environments) delivers calibrated stereo RGB with dense metric depth, synced IMU at 200 Hz, 6-DoF VIO and 3D hand pose. Teleoperation adds synchronized joint states, end-effector poses, gripper commands and multi-view camera streams, task-labeled per episode. Hand tracking provides 21-keypoint pose, MANO parameters and 6-DoF wrist, time-aligned to egocentric video. Tactile captures contact pressure maps plus shear and slip events from instrumented gloves and sensorized grippers, aligned with vision and pose. Custom requests run on a published clock: SOW ingested at 00:00, an itemised quote at 00:42, network matching at 02:15, first frame-level QA'd samples in your S3 bucket at 08:30 for your approval, and full delivery at 36:00 in MCAP, LeRobot, or your format. Collection runs through 150,000+ active contributors and 730+ verified commercial sites across 150 countries — farms, warehouses, construction sites, restaurants, auto repair, hotels, pharmacies, wood workshops and metal fabrication — so the long tail of physical work becomes training signal instead of a recruiting problem. If your model has to move in the physical world, this is the kind of data it learns from. Where Scale AI and Defined.ai lean on annotating data you already own, Hub pushes toward capture.
Behind the Verdict
Hub is best understood as a capture network with a data pipeline bolted on, and the ordering matters. The four dataset lines — egocentric, teleoperation, hand tracking, tactile — are the shelf product, each described with concrete instrumentation rather than vague modality labels: stereo RGB with dense metric depth, IMU synced at 200 Hz, 6-DoF VIO, 21-keypoint hand pose with MANO parameters, contact pressure maps with shear and slip events. That level of specificity is what a robotics engineer needs to judge whether the data will align with their rig and their training format. The custom collection flow is where Hub differentiates hardest against Scale AI and Defined.ai. The site publishes an explicit timeline: SOW ingested at 00:00, itemised quote by modality, volume and spec at 00:42, network matching against 10k environments and 150k contributors at 02:15, first samples with frame-level QA in your S3 bucket at 08:30 — with your approval gate before the full run — and delivery complete at 36:00 in MCAP, LeRobot, or a custom format. A 42-minute quote is the number that matters commercially, because it turns a procurement unknown into a line item before your planning meeting ends. The supply side is the moat. 730+ verified commercial sites across 100+ industries — farms, warehouses, construction sites, restaurants, auto repair, hotels, pharmacies, wood workshops, metal fabrication, commercial cleaning — plus 150,000+ active contributors in 150 countries. Environments like a tire shop or a wood workshop are exactly where synthetic and simulated data runs thin, and Hub's pitch is that the long tail of physical work becomes training signal instead of a recruiting problem. Strengths: modality breadth that most data vendors don't attempt (tactile alongside vision and pose, aligned in time), published turnaround numbers rather than sales-deck promises, diversity-cap enforcement as a first-class step, and delivery into your own storage in the format your training stack already reads. Weaknesses and honest boundaries: this is a data supply business, not a modelling one. There is no pre-trained model, no inference endpoint, no annotation-only service for data you already have, and nothing here for text or tabular projects. Custom datasets and samples go through a request and approval flow, so there is a human step before you hold pixels. The site itself is the only source for the pipeline numbers — there is no public changelog, docs portal or integration marketplace surfaced in this pass, so treat the published timings as vendor-stated service levels and confirm them in your own SOW. Where it fits: frontier labs training embodied and manipulation policies, robotics teams that need depth-synced and IMU-tracked teleoperation trajectories, and research groups that need tactile and hand-tracking data aligned with vision but have no capture network of their own. Where it doesn't: anyone whose roadmap is simulation-only, anyone shopping for real-time
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Real-world workflow fit
Concrete scenarios for the personas Hub actually fits — and what changes day-one when you adopt it.
You need egocentric RGB-D of real assembly work, depth-synced and with hand pose, to pretrain a manipulation policy before fine-tuning on your own robot.
Outcome: You request an egocentric sample, quote back in about 42 minutes, first QA'd samples land in your S3 bucket around the 8.5-hour mark, and the full MCAP or LeRobot delivery completes at 36 hours.
Your gripper policy fails on deformable or slippery objects and you need contact-pressure and slip data aligned with vision and pose from real hardware.
Outcome: Hub matches sensorized grippers and instrumented gloves through its verified site network, delivers tactile plus teleoperation trajectories labelled per episode, and you train against contact signals your simulation never produced.
You need capture inside places that are hard to recruit — tire shops, wood workshops, pharmacy counters — with enforced diversity so the dataset is not 90% one warehouse.
Outcome: You submit a brief with modality, volume and diversity caps, Hub matches against 730+ verified commercial sites across 100+ industries in 150 countries, and you approve samples before the bulk run starts.
Use Cases
- Train robot manipulation policies on egocentric RGB-D video captured in warehouses and workshops.
- Source teleoperation trajectories with joint states, end-effector poses and gripper commands for imitation learning.
- Get tactile pressure, shear and slip data time-aligned with vision and pose for contact-rich manipulation.
- Collect long-tail physical environments — tire shops, wood workshops, construction sites — that synthetic data cannot cover.
- Add high-frequency 21-keypoint hand tracking aligned to egocentric video for dexterous manipulation research.
- Specify a custom dataset with modality, volume and diversity caps and receive an itemised quote in under an hour.
- Stand up a fresh capture programme in a new geography through 730+ verified commercial sites and 150,000+ contributors.
Limitations
- Hub is a capture and data-supply platform for physical AI, not a model or inference provider.
- The site describes four dataset lines (egocentric RGB-D, teleoperation, hand tracking, tactile) plus a custom collection pipeline where datasets and samples are requested and approved rather than downloaded directly.
- The only delivery integration named in the evidence is S3, so treat any programmatic access beyond S3 delivery as unverified.
- Tactile, teleoperation and hand-tracking collection depends on instrumented hardware and contributors being physically present, so turnaround varies with the environments requested.
as of 2026-09-23
Verification history
We have re-verified Hub 8 times since . Each pass re-reads the vendor's own pages and re-checks every listed field against that evidence; passes where nothing had changed are marked as such.
- — re-verified summary, description, our verdict, our analysis, pricing model, pricing tiers, features, integrations, who it suits, who should skip it
- — re-checked, vendor evidence unchanged
- — re-verified summary, description, our verdict, our analysis, pricing model, pricing tiers, features, integrations, who it suits, who should skip it
- — re-verified summary, description, our verdict, our analysis, pricing model, pricing tiers, features, integrations, who it suits, who should skip it
- — re-verified summary, description, our verdict, our analysis, pricing model, pricing tiers, features, integrations, who it suits, who should skip it
- — re-verified summary, description, our verdict, our analysis, pricing model, pricing tiers, features, integrations, who it suits, who should skip it
Showing the 6 most recent of 8 verification passes.
Free to cite with attribution — this page re-verifies continuously.
Where the pricing makes sense
The company stage and team size where Hub's pricing actually pencils out — and where peers do it cheaper.
Hub prices by scope: pricing type is contact and each request is itemised by modality, volume and diversity caps rather than sold as a flat seat. That suits funded robotics teams and frontier labs buying hundreds of captured hours across multiple environments — the same buyers who would otherwise fund a competitor like Scale AI or Defined.ai. Solo builders and academic groups wanting a small off-the-shelf sample should start with a single dataset line request rather than a full custom brief.
Setup time & first value
How long it actually takes to get something useful out of Hub — broken out by persona, not the marketing-page minute.
For a dataset request: submit the brief, get an itemised quote around 42 minutes later, and see first QA'd samples in your S3 bucket at roughly the 8.5-hour mark, with full delivery at 36 hours. For teams starting from scratch with a custom scope, expect the same clock but budget additional time on your side for the SOW, format specs and sample approval. Commercial sites applying as contributors
Switching to or from Hub
How to bring data in from common predecessors and how to get it back out — written for the switcher, not the buyer.
- →From Scale AI: keep Hub focused on capture rather than annotation-on-your-own-data, and add tactile and teleoperation lines Scale does not lead with.
- →From Defined.ai: move physical-world multimodal needs (egocentric RGB-D, hand pose, contact signals) to a network built around 730+ verified commercial sites.
- →From an in-house capture programme: replace recruiting contributors, consent paperwork and calibration with a request and quote flow that returns in about 42 minutes.
- →From simulation-only pipelines: layer real egocentric, teleoperation and tactile data on top of synthetic training to cover the long tail of physical environments.
- ↗To Scale AI: if your bottleneck is annotating data you already own rather than sourcing new physical-world capture.
- ↗To Defined.ai: if you need a broader general-purpose dataset catalogue spanning text and tabular alongside physical-world modalities.
- ↗To an in-house capture team: if your environments are few, stable and permanently accessible, so network access buys you little.
- ↗To simulation or synthetic generation: if your policy is robust enough that capture cost outweighs the domain gap.
Integrations
Resources & Guides
Tutorials & Learning
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Official links
Tools that pair well with Hub
Common stack mates teams adopt alongside Hub, with the specific reason each pairing earns its keep.
Cortex AI
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Raiinmaker
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Cvat
Open-source, multimodal data annotation platform for image, video, 3D point cloud, and audio labeling—self-hosted, cloud, or fully managed
Featured Head-to-Head Comparisons
Hub vs Geologicai
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Hub vs Screenplayiq
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Hub vs Versatile
Hub and Versatile serve completely different markets. Hub is the right choice if you need real-world training data (egocentric video, audio, etc.) for physical AI models—especially if you need bespoke collection at scale. Versatile is the right choice if you're a steel erector or construction manager needing real-time crane tracking without workflow changes. Choose based on your domain: AI training vs construction crane intelligence.
Alternatives to Hub
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