Water Affairs--GEOAI / Drone / UAV / Survey / Inspection

Facilities

UAV

InnoFlight C60

Docking Stations

GEOAI iNest S110

GEOAI iNest Multi

GEOAI JOS-C2000

GEOAI iNest T50

Edge Computing

iCrest

Professional Payload

SS125 Integrated Task payload
Platforms

GEOAI UOS

GEOAI UAV Operation System

Software

iFlyer 3D Power Inspection

iFlyer Defects and Hazards Analysis

iFlyer Powerline

iFlyer Autopilot

Algorithm

AI Algorithm Repository
Applications

Energy

Power Grid

Photovoltaic

Smart City

Emergency Response

Traffic Control

Water Affairs

Environmental Protection
About Us
UOS
Demonstration

market@geoai.com

English

中文 English

Solutions for Water Affair

High-resolution satellite imagery + low-altitude UAV remote sensing network + ground-based Internet of Things; constructing an integrated sky to ground all-weather water environment remote sensing monitoring network;

improving the construction of hydrological system, empowering smart water management.

Advantages and Features

Overall control

Utilizing UAVs with satellite remote sensing to achieve the inversion of basin water quality

All-round inspection

All-round inspection without blind spot

Unmanned Monitoring

Realizing unmanned automatic inspection

Intelligent Recognition

The mounted AI algorithm module can realize the real-time recognition of objects.

Benefits

Creating intelligent monitoring and measuring

Building an integrated astronautics-aeronautics-ground monitoring network covering regional water resources of rivers and lakes, to realize timely, reliable and automatic monitoring of water project.

Providing Real-Time Analysis

By integrating edge computing payloads, it can realize AI real-time analysis and identification at the frontend, and transmit only valid data and results.

Creating Collaborative Management

Establish a unified intelligent water affair management platform to make the management of operation personnel more efficient, and conducive to fine-grained management through sharing and collaboration.

Visualizing Scientific Decision-Making

Establish watershed model and visualize spatial and temporal big data. Realize multi-source and multi-user water resources management and analysis, providing support for scientific decision-making.