01 · DEVICE
Raw footage and synchronization
Native frame-rate video, IMU, calibration, and time synchronization. This is the default delivery foundation.
TOBI remains a production Ego hardware company. This page explainsWithout modifying the device hardware parameterspremise, how to package the same capture output into a training-ready package — not a substitute for written specifications, calibration records, or SOW acceptance.
Purchase by depth. Sample fields = delivered fields. Leave missing columns blank; do not fill in fake values.
01 · DEVICE
Native frame-rate video, IMU, calibration, and time synchronization. This is the default delivery foundation.
02 · HUMAN
Cross-check wearer-viewpoint sentences and keyframes. Do not rewrite them as detector outputs.
03 · ESTIMATE
Hand points, privacy masking, SGBM distance, etc., tagged with method; not treated as device measurements. This layer can be toggled per project.
04 · INDEXES
time_sync, validity, and hourly ordering in the store. Quotes and scheduling are confirmed in writing.
No changes to public hardware parameters such as E2 / E6 camera channel count, synchronization method, or weight. Enterprise buyers select a bundled tier based on their own ingestion pipeline; the sensor content is identical in origin — the differences lie in directory structure, encoding conventions, and container format.
A · In stock by default
Native frame-rate video, IMU (by SKU), time synchronization and calibration fields. Suitable for rapid evaluation and hourly ordering in the marketplace. Missing columns are left blank; no fake values are written.
B · Enterprise Training
Building on A, the SOW specifies encoding (e.g., on-device H.265), bitrate/GOP strategy, stream name and clock domain list, and task/scenario metadata fields. Hardware parameters remain unchanged.
C · Pipeline integration
The same sensor stream can be exported, as contractually agreed, into ROS2 / MCAP or other buyer-specified containers, with transforms and calibration included. Enterprise-tier defaults are negotiable; the written topic / field list is authoritative, and no verbal commitments beyond specification will be made.
Complete deliverables are delivered to your storage bucket or TOBI relay. Pipeline control stays with you; we provide the manifest.
Episode directory structure with a meta/info.json-style manifest (schema confirmed with the project), ready for immediate training upon opening. Corresponds to packaging methods A/B above.
Corresponds to packaging method C: after specifying topics / fields in the SOW, align video, calibration, coordinate transforms, and labels for export to ROS2/MCAP. Hardware parameters remain unchanged; only the packaging changes.
| Field | Expectation |
|---|---|
| Camera | E6: 4× grayscale GS (with infrared) + 2× RGB (rolling/global shutter versions). E2: 2 RGB global-shutter cameras at 1600×1200@30fps, per-camera HFOV 139° / VFOV 111°, IMU 800Hz, stereo baseline 65mm. E8: subject to the written engineering specifications. |
| Time synchronization | E6 head-mounted microsecond-level hard sync; wrist PPS+UART; other links must specify the soft-sync budget. |
| IMU / Pose | Specify the IMU rate and on-device SLAM/gestures (E6) or offline reconstruction (E2) per SKU; silent defaults are prohibited. |
| Calibration | Devices ship with calibration records keyed by serial number; intrinsic and extrinsic parameters are exported within the data package scope. |
| Encoding | Codec confirmed per project (e.g., H.265 on this device). The list specifies stream names and clock domains. |
| QA rejection criteria | Examples: severe synchronization loss, severe hand occlusion when a wrist is required, missing calibration, corrupted timestamps. |
This page is for evaluation only. Specifications, versions, test conditions, pricing, and supply are subject to the written document confirmed by both parties; R&D-stage targets do not constitute a supply commitment.