Smart Aquaculture USV
Autonomous surface vessels for smarter aquaculture
Powered by core artificial intelligence, our unmanned surface vessel takes on everyday pond work, including feeding, lime spreading and waste collection, while streaming live data back to an integrated monitoring and control platform. Modular payloads, programmable missions and swarm coordination let operators manage more water, more safely.
FEATURES
Automated Feeding
Scheduled feeding runs across the pond to improve growth efficiency and cut manual workload.
Lime Spreading & pH Control
Even lime distribution adjusts water pH and keeps the pond environment healthy.
Waste Collection
Collects floating debris to keep the water surface clean.
Integrated Monitoring & Control
Real-time data, live video, multi-vehicle coordination and remote control in one platform.
Modular Expansion
A modular platform integrates water-quality monitoring, waste collection, oil-spill detection and depth survey payloads.
Local Battery & Service
For overseas markets, local partners can supply, replace and maintain batteries, which cuts cross-border logistics.
USV Swarm Coordination
Fleet dispatch, task allocation and coordinated execution across multiple vessels for large-area operations.
Programmable Control & Path Planning
Programmable missions and intelligent routing support autonomous navigation with higher precision and efficiency.
Benefits
- Less manual labor on routine pond work: feeding, liming and surface cleaning run on schedule.
- A single platform shows every vessel, its live video and its sensor data in real time.
- Scales from a single pond to large water areas through multi-vessel swarm operations.
- Extends to water-quality, oil-spill and depth-survey missions by swapping in task modules.
- Faster after-sales support overseas through local battery supply and service partners.
One Hull, Many Missions
The modular platform design lets operators swap task equipment to suit the job, from water-quality monitoring and surface waste collection to oil-spill detection and bathymetric survey, extending what a single USV can do.
▲ Waste collection
▲ Oil measurement
▲ Depth survey
Intelligent Path Planning
Programmable mission settings and intelligent path planning arrange routes around designated targets and operating needs. The USV navigates autonomously and executes the mission flow, which improves both planning precision and operational efficiency.
▲ Real-time video monitoring and AI analysis
▲ On-site live video
▲ Mission planning
See and Steer from Anywhere
Live video streams back from the vessel to the operator’s phone or control console. Switch between manual, automatic and smart modes, then draw mission areas directly on the map for the USV to cover.
From One Vessel to a Fleet
The USV swarm coordination system manages missions across multiple vessels, handling fleet dispatch, task allocation and coordinated execution, so synchronized multi-vessel work and large-area water management become practical.
AUTONOMOUS OPERATIONS ECOSYSTEM
From Individual Platforms to an Integrated Land, Sea & Air Autonomous Ecosystem
Powered by artificial intelligence, the ecosystem integrates USVs, quadruped robots and UAVs to connect operational capabilities across aquatic, ground and aerial environments.
From smart aquaculture and aquatic inspections to environmental monitoring and site management, programmable mission control, intelligent path planning and multi-platform collaboration enable a more comprehensive approach to autonomous operations.
SEA
Unmanned Surface Vessels
Aquaculture operations, aquatic inspections, environmental monitoring and swarm coordination.
LAND
Quadruped Robots
Site inspections, ground-level environmental perception and terrain data collection.
AIR
Unmanned Aerial Vehicles
Aerial inspections, image collection and terrain mapping.
RECOGNITION
CONTACT US
Let’s Explore the Right Smart Aquaculture Solution for You
From routine pond operations to a wide range of aquatic applications, we welcome the opportunity to discuss your requirements and explore potential collaborations.
