AGON/SERVICES/CUSTOM DATA COLLECTION
02 / ON-DEMAND ROBOTICS SENSOR PIPELINES

Custom Data Collection for Physical AI.

Tailored sensorimotor data pipelines engineered for your proprietary robot hardware, custom sensor topologies, and target domain environments. From teleoperation demonstrations to egocentric capture arrays.

View 4-Stage Architecture
THE 4-STAGE PIPELINE // THE CLOCK THAT NEVER DRIFTS

From Technical Scoping to Continuous Delivery

01[DAY 1]

Technical Scoping Call

Same-Day Scheduling

A 30-minute technical session to specify your robot embodiment, degrees of freedom, end-effector topologies, camera extrinsics, target manipulation tasks, and environment variance requirements.

DeliverableScoping manifest & environment requirements matrix.
02[48 HOURS]

Written Spec & Calibration Sheet

48-Hour Turnaround

We deliver a formal data schema, coordinate frame transformations, sensor time-synchronization protocol (PTP/hardware PPS triggers), episode success criteria, and transparent per-hour contributor rate cards.

DeliverableComplete data contract and itemized price breakdown.
03[WEEK 1]

Pilot Batch & QA Report

Delivered in 5 to 7 Days

A 5% program scope (or 10 to 30 full manipulation episodes) collected on the target rig and delivered in your pipeline format (LeRobot, MCAP, HDF5) to verify policy training before full-scale roll-out.

DeliverableVerification batch + sensor synchronization report.
04[RECURRING]

Continuous Weekly Streaming

Weekly Cadence

Continuous, QA-verified sensorimotor batches streamed directly to your private AWS S3 bucket, Google Cloud Storage, or Hugging Face enterprise enclave. No data is stored without explicit authorization.

DeliverableWeekly dataset batches + automated QA scorecards.
PHYSICAL MODALITY MATRIX // MULTI-SENSOR SYNC

Sensor Rigs We Deploy and Calibrate

MOD-01

Dual-Arm Bilateral Teleoperation

Specifications: Sub-10ms latency master-slave rigs, 6-DoF force-torque feedback, 50Hz action logging.

Typical Use-Cases: Fine-grained industrial assembly, biological lab pipetting, surgical tool hand-offs.

MOD-02

Egocentric Human Demonstrations

Specifications: Time-synced stereo RGB-D, eye-tracking gaze fixation vectors, 21-keypoint hand pose.

Typical Use-Cases: VLA pretraining (EgoVLA, EgoScale), human-to-robot kinematic retargeting.

MOD-03

Visuotactile Pressure Arrays

Specifications: 842-point piezoresistive arrays at 60Hz, dynamic shear & normal vector telemetry.

Typical Use-Cases: Slip detection, compliant grasping of deformable objects, blind insertion.

MOD-04

Sim-to-Real Digital Twin Pairing

Specifications: Photorealistic Isaac Sim & Genesis twins with calibrated domain-randomized dynamics.

Typical Use-Cases: Large-scale reinforcement learning warmup, adversarial failure exploration.

CONTRACTUAL RIGOR // FOUR NON-NEGOTIABLE PRINCIPLES

1. Contributor Pay is Visible

You see the exact rate paid to the teleoperator or data specialist doing the work before the collection begins. It is an itemized line, not a blended margin.

2. Your Cloud Enclave Pinned

Footage and telemetry stream directly into your private AWS S3 bucket, GCP enclave, or Hugging Face repository. We retain no unauthorized copy on external servers.

3. Guaranteed QA Scorecards

Every batch arrives with verified sensor synchronization jitter (< 2ms), joint limits conformance, and human teleoperator adherence scores.

GET STARTED // SCOPING WITHIN 24 HOURS

Schedule a technical scoping session for your robot embodiment.

Discuss kinematics, sensor synchronization, task distribution, and receive a formal written spec and 48-hour quote.