Low-altitude autopilot
Install one low-altitude autopilot and it flies: multirotor, fixed-wing, compound-wing or aerostat, all with the same intelligent flight capability.

Meet Aerial Embodied AI
Multirotor, fixed-wing, compound-wing, VTOL aircraft, airships…
We bring intelligence to every kind of aircraft, then get aircraft, ground infrastructure, field crews and the command platform working as one.
Safe, long-endurance drones built for AI and ready to connect to large models.
Learn moreIntegrated sensing and communication (ISAC) helps AI understand low-altitude physical space and keeps it connected over multiple wireless links.
Learn moreHuman-in-the-loop software that operates drones safely and lets AI services extend to new tasks.
Learn more01 / 03Drone

Floating overhead, staying on site for the long run.
Built for missions that need a constant watch.
LTA Aerostat · Core technologies

The 3D model loads when you reach the product section.
LTA Aerostat
Floating overhead, staying on site for the long run.
Four technologies keep it steady in the air and help it understand what it sees.
Keep scrolling to take it apart, one piece at a time.
The right platform depends on the mission: how it takes off and lands, how it observes, payload, endurance and the site itself.
Install one low-altitude autopilot and it flies: multirotor, fixed-wing, compound-wing or aerostat, all with the same intelligent flight capability.
Carries supplies across the sea to an anchored ship and hands them to the crew.
Case study · Maritime delivery
Launch site, target ship, route, communications, hand-over: a delivery is only done when every link works together.
The drone lifts off from the shoreside vertiport.
It crosses open water toward the anchored ship.
It hovers directly above the ship and lowers the cargo on a line.
The crew collects the cargo on deck and the drone heads back.
02 / 03
Let AI see the low-altitude airspace clearly, and never lose the link.
Four kinds of devices, woven into one network for sensing and communication.
03 / 03
Brings aircraft, ground nodes, sensing terminals and field crews together: see devices and operations clearly, track mission progress, and get on-site information to the people who need it.
Every flight has a person watching.
Clarify the goal, the environment and everyone's role before take-off.
Flight status streams back in real time, so people always know where things stand.
When something unexpected happens, people make the key decisions.





Dr. Wang Yang · DuoYi Innovations

Founder
Founder & CEO, DuoYi Innovations
Researcher, Institute of Computer Innovation Technology, Zhejiang University · Director, Joint Laboratory for Low-Altitude Transportation Innovation and Applications
Building the safest aerial embodied AI.