the capture system · 01
Ground truth comes from hardware, not guesswork.
Simulation can render pixels, but it can’t observe the real world. ARRAY’s on-body capture suit records the physical signal — acceleration, angular velocity and torque — that gives every dataset its authority.
ARRAY-HW · CAPTURE NODESEQ_0892
Capturing kinetic ground-truth·25fps+·×184M
on-body sensing · 02
Autonomous on-body sensing, built to map real-world physics anywhere on Earth.
Our hardware completely strips away the structural limitations of traditional, camera-dependent motion-capture studios. We have engineered an industrially mature, plug-and-play garment that functions as an unconstrained data-collection node. Designed for deep physical tracking, this wearable ecosystem transforms everyday human intent and movement into a highly scalable, model-ready data stream.
ARRAY CAPTURE SYSTEM · PAT. PENDING
specifications · 03
Built to instrument-grade tolerances.
0Hz
kinetic sample rate
High-frequency capture of inertia, torque and friction across every modular sensor node.
0DOF
per sensor node
Each node fuses raw acceleration, angular velocity and 3D orientation vectors.
0fps+
concurrent video
Optional visual streams recorded at 25fps+ with zero camera occlusion in the field.
0hr
continuous runtime
A full day of unconstrained capture on a single charge — built for field operators.
the core capabilities · 04
The core capabilities.
A modular, mass-producible capture node engineered to run unconstrained — in the field, at scale, on real bodies.
CAPABILITY 01
Modular Sensor Architecture
A highly adaptive, AI-enabled sensor design that can be reconfigured on the fly. This modular configuration lets the suit simultaneously capture an array of bespoke data types — including raw acceleration, angular velocity and 3D orientation vectors — tailored precisely to the needs of your Generative AI or robotics models.
CAPABILITY 02
Scalable Unit Economics
Built with a low-overhead manufacturing footprint, our garments are engineered for mass production. Eliminating capital-intensive infrastructure barriers lets us rapidly expand our global freelance operator network, delivering high-fidelity datasets on demand at a fraction of standard telemetry costs.
CAPABILITY 03
Industrial Material Maturity
Our garments solve traditional wearable hurdles by being fully machine-washable, reusable and completely recyclable. Built to withstand rugged real-world environments, these certified base layers match the exact comfort, compliance and aesthetic of premium athletic wear.
CAPABILITY 04
Mobile Edge Processing
Moving the capture logic entirely to the mobile edge makes the ingestion and cloud-sync loop completely seamless. Equipped with onboard rechargeable power, the garment records completely unconstrained — capturing high-frequency physics (inertia, torque and friction) where traditional computer-vision models face occlusion and go blind.
hardware vs. simulation · 05
Why we capture the real world.
Simulation only
✕Renders its own assumptions — inherits the gaps of the model that made it.
✕No true material or spectral response; surfaces behave as the engine guesses.
✕Motion lacks real inertial signal and human unpredictability.
✕Domain gap widens the moment a model meets the physical world.
ARRAY hardware
●Captures real movement — ground-truth inertia, torque and motion as they actually occur.
●Modular on-body sensors record kinetic signal simulation can’t fabricate.
●9-axis inertial nodes ground every sequence in real physical motion.
●The engine then synthesises infinite variation on top of a real foundation.