The active multi-spectral electro-optical tracking system is an intelligent airport bird-monitoring and identification device that integrates a bird-detection module with an AI-powered bird-recognition module.

Keyword: Active Multispectral Electro-Optical Tracking System

Active Multispectral Electro-Optical Tracking System ( BDR‑CAM ) The product series is a comprehensive airport bird-sensing and management system that integrates automatic detection, intelligent identification, and coordinated deterrent measures. Built on a multispectral optoelectronic sensing unit and powered by an embedded AI-based bird-recognition algorithm, the system enables all-weather, autonomous monitoring of avian activity across the airport and its surrounding airspace. The effective detection radius exceeds 600 The system can automatically perform target detection and bird species identification, and based on the identification results, it can instantly output coordinated control signals to various bird-deterrent devices, thereby establishing an unattended closed-loop capability for handling bird-related situations.

Product Features

• Multispectral Fusion Detection : The visible-light and infrared channels complement each other, ensuring continuous and reliable operation during the day, at night, and under complex meteorological conditions.
• Independent Assignment : No manual intervention is required; the entire workflow of bird detection, tracking, and identification is automated.
• Intelligent Interoperability Expansion : Standardized communication and dry-contact ports are provided, enabling seamless integration with various deterrent units such as bird-scaring cannons, acoustic dispersers, and laser bird repellents.
• High precision AI Identification : Built-in deep learning recognition model with a detection rate for birds in the target area > 90% , species identification accuracy > 80% That's all.
• Long-Range Small Target Acquisition : Exhibits high sensitivity to extremely small airborne targets, with support for the smallest detectable pixel size. 6 by 6 Pixel.

Application Scenarios and Selection Matching

This system is suitable for use at military and civil transport airports, general aviation airports, power hub substations, large-scale photovoltaic and wind power bases, agricultural and fishery airports, and other facilities that require unmanned bird-monitoring and bird-deterrence operations. It can also serve as the core sensing component for the intelligent upgrade of existing bird-deterrence systems.

Explanation of Product Option Diversity

To align with the avian hazard characteristics, operational environments, and security-level requirements of airports in different regions, we offer a range of configurable hardware-and-algorithm combinations, enabling tailored selection based on specific application scenarios and the behavioral patterns of target bird species.

• Select based on detection range and environment
  For airports in diverse geographical settings—such as open plains, coastal areas, and high-altitude plateaus—optical focal length, infrared response wavelength band, and detection sensitivity parameters can be adjusted to ensure that 600 Above the meter-level detection baseline radius, stable detection can be maintained for targets at various flight altitudes and in different swarm sizes.
• Customized Recognition Models Based on Avian Phylogeny
  Based on the dominant bird species in different regions—such as geese and ducks, gulls, raptors, and herons—and their seasonal migration patterns, we have integrated locally trained AI Develop recognition models to enhance the accuracy and response speed in identifying birds with specific body shapes, flight postures, and plumage colors.
• Flexible interfaces to support interlock with the dispersal system
  Supports multiple communication protocols and signal interfaces, and can be configured according to the existing bird-scaring equipment brands and control methods on site (digital inputs, RS485 , network commands, etc.) to adjust the interlock strategy, thereby achieving “ Detection ‑ Identification ‑ Disperse ” Rapid integration of links.

Reinforcement options available based on climate and protection rating.
To address challenging environmental conditions such as high salt spray in coastal areas, severe cold and sandstorms in northern regions, and high humidity and heat in the south, we offer customized protection solutions—including triple-proof coatings, heating-based defrosting, and lightning and surge protection—to ensure long-term operational stability of equipment.

Through the aforementioned modular and customizable design, the product can be flexibly adapted to a wide range of bird-management requirements, from single-point monitoring to multi-node networking, thereby providing precise and efficient bird-strike prevention support for airports and critical facilities across different regions and risk levels.