Agricultural Large Field Production
(photosynthesis Yield Enhancement Technology)

Omni Agroforestry Technology has specifically developed the accompanying "plant photosynthesis carbon reduction and yield enhancement agent," which increases yield by 10%-15%, perfectly matching with Omni’s agricultural UAVs. While enhancing food production, it absorbs significant amounts of carbon dioxide from the air, yielding substantial economic, environmental, and social benefits.
Agricultural Large Field Production
Testing report dated Oct. 16th, 2023 by the expert group of Cangzhou Academy of Agricultural Sciences under Saline-Alkali condition.

Summer corn yield increased by 14.64%

Alfalfa yield increased by 19.20%

Testing report dated June 20th, 2024 for winter wheat by the joint expert group of Hebei Academy of Agricultural Sciences and Cangzhou Academy of Agricultural Sciences.

Handan city, Hebei province, Yields of 3 test zones have increased respectively by 15.48%, 5.54% and 12.97%.

Dezhou city, Shandong province, Yields of 2 test zones have increased respectively by 16.79% and 33.44%.

Bohai New District, Cangzhou city, Hebei Province Yield of 1 test zone has increased by 28.41%.

Wuqiao, Hebei Province Yield of 1 test zone has increased by 12.11%.

Xianzhuang, Huanghua, Hebei Province Yield of 1 test one has increased by 32.22%.

Desert Unmanned Reclamation Technology

Omni's "Desert Unmanned Reclamation System" deeply integrates heavy-duty long-endurance UAVs with robots, unmanned vehicles, robotic dogs, and other equipment, using AI technology to enable automatic lifting of operational robots by UAVs and automatic water and fuel replenishment with these robots. This system achieves unmanned desert reclamation and enables 24- hour continuous operations, greatly reducing labor intensity and improving desert reclamation efficiency.
Desert Unmanned Reclamation Technology
Desert Unmanned Reclamation Technology

Forestry Point seeding Technology

Omni's "Point Seeding Technology" uses Omni heavy-duty long-endurance UAVs, which use GPS for precise positioning and high-pressure gas to insert coated seeds into the soil, greatly improving seed germination rates.
Forestry Point seeding Technology

Urban High-Rise Firefighting Technology

The in-house developed UAV System and sef-stabilizing nozzle and optical aiming system achieve precise spraying, greatly simplifying operation and aiming difficulty.
Urban High-Rise Firefighting Technology

Island Fisheries Auxiliary Transportation

The transport UAVs are designed to resist salt fog corrosion, making them well-suited for flying in high-salinity marine environments, with excellent wind resistance. They can operate in level 7 winds and safely land in level 8 winds.
Island Fisheries Auxiliary Transportation