What it sells
'Steering wheels' (haptic controllers) for physical AI.
Business model breakdown
Buyer: who owns the budget?
UnverifiedR&D leads, lab principal investigators and engineering teams buying devices as equipment; designers for MinVerse.
Trigger: what makes them buy now?
Need to train physical AI from human demonstration, guide robots by hand with force-aware control, or add realistic touch to simulation and 3D design.
Workflow: what inputs become what output?
User moves the Haply device; the simulation, physics engine or robot computes the interaction force; the device pushes back with resistance and texture. HARP connects the controllers to real robots to guide by hand, record and replay motion, and train physical AI.
Economics: what it saves and how it charges
Hardware sales of haptic devices (Inverse3, Inverse3x, MinVerse) plus HARP robotics workflow platform; site specs 0.01 mm resolution, 4 kHz refresh, up to 10 N force. Prices not shown.
Distribution: how it reaches customers
Sales-led: "Talk to an Expert", compare-products page, developer hub and documentation; formal pre-sale terms of sale published.
Funding history and coverage
| Round date | Stage | Amount | Investors | Source |
|---|---|---|---|---|
| 2026-02-09 | — | $16M | — | news.google.com |
Profiles summarize public reporting and company websites. Business-model notes are MaxBC's reading of that material, not confirmed facts; unknowns are left blank rather than guessed. Updated 2026-10-12.