What is Physical AI and what does Asaptic build?

Physical AI refers to autonomous systems that perceive, reason, and act in the physical world. Asaptic builds embodied autonomous systems across three domains: aerial platforms (HK300 heavy-lift unmanned helicopter), marine autonomous vessels, and ground robots — each designed to operate where human piloting or manual operation is impractical.

What is the HK300 platform?

The HK300 is Asaptic's validated unmanned coaxial helicopter platform engineered for approximately 300 kg-class heavy-lift missions with autonomous flight and AI-assisted mission planning. It is a validated development platform — not a commercially available product.

What is Asaptic's standing in Hong Kong's innovation ecosystem?

Asaptic is a startup selected for the HKU __REDACTED__ program and is incubated within the Hong Kong Science and Technology Parks (HKSTP) ecosystem, giving it university research linkage and deep-tech ecosystem support in Hong Kong.

AI TRADE EXECUTION · BUILT BY HARDWARE ENGINEERS

The AI that wins and fulfills hardware trade deals.|

Asaptic's AI reads the requirement, clears cross-market compliance, sources and prices to win, and drives the deal to a signed contract — with a track record of over US$10M in government tenders won. That AI understands hardware because we build it ourselves: the HK300 unmanned helicopter, marine and ground robotics; HKU __REDACTED__, HKSTP-incubated.

Partner with us View domains

SYSTEMS MAP ACTIVE

Aerial Marine Ground AI

300kg HK300 validated platform

3 physical domains

<4h response promise

L0 / PHYSICAL AI FRONTIER

Embodied autonomy across air, sea, and ground.

Asaptic builds the control, deployment, and trust layer for autonomous machines that operate in the real world — embodied intelligence across air, sea, and ground.

AERIAL SYSTEMS

Heavy-lift unmanned coaxial helicopters and drones.

The aerial domain starts with HK300: a validated 300kg heavy-lift unmanned coaxial helicopter platform for industrial payloads, field logistics, and mission-specialized autonomy.

HK300 coaxial / unmanned

MARINE AUTONOMY

Autonomous surface and underwater vessels.

Marine systems extend the same embodied-AI stack into inspection, environmental monitoring, port operations, and endurance missions above and below the surface.

USV / UUV navigation / sensing

GROUND ROBOTS

Robots for logistics, inspection, and field work.

Ground robots close the physical loop: mobility, manipulation, perception, fleet orchestration, and human-supervised autonomy for sites where software alone cannot act.

mobile robots fleet operations

RECOGNITION & ECOSYSTEM

An HKU REDACTED startup, incubated at HKSTP.

Asaptic is built inside Hong Kong's deep-tech engine — selected for the University of Hong Kong's __REDACTED__ program and incubated within the Hong Kong Science and Technology Parks ecosystem.

HKU __REDACTED__

Selected for the University of Hong Kong's __REDACTED__ program — university research linkage and a deep-tech founder network.

HKSTP Incubation

Incubated within the Hong Kong Science and Technology Parks ecosystem — engineering, lab, and ecosystem support for embodied-AI development.

ENGAGE

Tell us what you need. We answer in under four hours.

Send us your project, requirements, and timeline. We will come back with a clear path and the concrete next step.

[email protected]