About
About Zero-One Innovation
Shenzhen Zero-One Innovation Technology Co., Ltd. — focused on China's low-altitude economy and clean-mobility tracks.
- Founded 2026, Shenzhen
- SZTU + HK universities heritage
- Patents pending
Shenzhen Zero-One Innovation Technology Co., Ltd. was founded in 2026, co-established by a young team from the AI School of Shenzhen Technology University and Hong Kong universities. We're a technology company focused on the R&D, manufacturing and sale of intelligent robots and specialty UAVs. We focus on two core tracks: · Clean-mobility infrastructure — LingYI-Charge mobile EV-charging robot, solving the 'last mile' of EV charging · Low-altitude economy systems — LingYI-1 VTOL fixed-wing UAV, serving industrial inspection, security reconnaissance and emergency response Our core team brings together expertise in robot motion control, UAV aerodynamics, AI vision, and embedded systems — capable of delivering end-to-end from product definition through prototyping to low-volume production. We operate by the principle of 'fearless and meticulous' — bringing intelligent robotics into real industry use to create measurable commercial value for our customers.
Bringing intelligent robots and aircraft into real industry use, with measurable commercial value for every customer.
Our base
Headquartered at Pingshan Artisan Park, Shenzhen
The company is based at Pingshan Artisan Park, Room 402, Building 3, No. 33 Cuijing Road, Pingshan District, Shenzhen — a hub for skilled talent and smart manufacturing in the Greater Bay Area. R&D and operations are run from here.
Manufacturing
In-house production base
UAV final assembly, composite moulding, CNC precision machining and the energy-storage charging pile line are all completed at our own production base, covering everything from structural parts to complete units. Products are built and sold in-house.
Photos taken at our production base.
R&D
Core R&D capabilities
Full-stack in-house: mechanics, embedded firmware, AI algorithms and cloud all owned end-to-end. 3D printing + composites + CNC compress prototype cycles to 4 weeks. Domestic-sourced sensors + in-house control algorithms lower BOM by 40%+ versus peers.
Market & outlook
Two product lines positioned in China's low-altitude economy and clean-mobility strategies.