There exists a close interdependence and constraining relationship between the aquaculture industry and the conservation of fishery resources. On one hand, the sustainable development of aquaculture relies on the scientific protection of fishery resources; on the other hand, effective resource conservation mechanisms can promote healthy, stable, and sustainable growth in the aquaculture industry. This article provides an in-depth analysis of the current management challenges faced by marine aquaculture and introduces an efficient technological control solution—the “Sky Eye System”—to help farmers enhance their anti-theft and management capabilities.

Background Analysis

With the rapid development of the marine economy and the mariculture industry, the scale of offshore aquaculture continues to expand. However, due to characteristics such as long coastlines, vast areas, remote distances, and insufficient nighttime lighting, daily supervision and anti-theft efforts face significant challenges. This is especially true for high-value seafood farming, where products are expensive, farming cycles are long, and capital investment is substantial. Theft or damage can result in particularly severe economic losses.

Current Issues in Marine Aquaculture Resource Conservation in China

Currently, marine aquaculture management faces the following key challenges:

  • Difficulty in Timely Detection of Illegal Activities: The extensive monitoring range makes comprehensive coverage challenging, and real-time identification of illegal activities is often unattainable.
  • Challenges in Evidence Collection and Preservation: Illegal fishing operations are covert and rapid, making it difficult to gather effective evidence using traditional methods.
  • High Costs of Manual Monitoring: Reliance on manual patrols and shifts not only results in low efficiency but also incurs significant human resource costs.

Technological Control Solutions for Marine Aquaculture

To address the challenges of supervising widely dispersed, extensive, and remote aquaculture areas, Wuhan Lakeda has introduced the “Sky Eye System,” which utilizes advanced technology to enable all-weather, gap-free real-time monitoring and early warning.

The system deploys radar equipment within supervised areas and works in coordination with security devices such as infrared photoelectric sensors to create an intelligent protection network. Its main features include:

  • All-Weather Monitoring: The system operates effectively day and night, even in low-visibility conditions such as fog.
  • Intelligent Identification and Tracking: Automatically detects and tracks vessels intruding into restricted areas, supporting target detection within a range of 1.2 to 15 kilometers.
  • Video Recording and Evidence Preservation: Automatically records and stores surveillance footage to meet post-event verification and law enforcement evidence requirements.
  • Customizable Monitoring Zones: Users can flexibly define key protection areas in the software and set up intrusion alerts for precise management.

On-Site Installation Case
On-Site Installation Case

Core Product Features

The “Sky Eye System” boasts several advanced features that effectively enhance security levels in marine aquaculture areas:

Strong Anti-Clutter Capability, Effectively Filtering False Alarms Caused by Floating Objects

  • Strong Anti-Interference Capability: Effectively identifies and filters false alarms caused by objects such as floating buoys, improving alert accuracy.
  • High-Sensitivity Detection: Capable of detecting small targets, such as human activity or animal behavior, providing early warnings for theft and vandalism.

High Sensitivity

  • Comprehensive Target Detection: Whether dealing with high-speed or low-speed vessels, the system ensures stable and real-time detection, even when targets navigate between net cages.

Detection of High and Low-Speed Vessels Navigating Through Net Cages in Real Time

By integrating radar and intelligent analysis technologies, the “Sky Eye System” provides a reliable and efficient control solution for marine aquaculture, effectively helping farmers reduce operational risks and safeguard economic benefits.

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Further Reading