AI Powered Signal Analysis Fixed Drone Detector For Identifying Classifying Unauthorized Drones

Fixed Drone Detector With AI-Powered Signal Analysis For Identifying And Classifying Unauthorized Drones

Introduction

As a leading-edge, full-spectrum UAV countermeasure system, the devices combines 70 MHz–6 GHz ultra-wideband detection with ≥150 simultaneous UAV tracking and ≤0m minimum detection altitude, achieving 99.99% identification accuracy. Its AI-powered autonomous learning algorithm supports precise recognition of 400+ mainstream UAV models (including all DJI series), distinguishing targets via dynamic blacklist/whitelist technology customizable by location, frequency band, or model.

Featuring multi-band jamming modules covering almost all frequencies, the system operates in unattended mode for fully automated detection, analysis, and interception. A cloud-based server enables remote management of multiple devices, real-time status monitoring, and mobile control via smartphone/tablet for parameter adjustments and defense activation. Built-in GPS positioning and encrypted data transmission ensure security and reliability.

Basic

Usage Scenarios of the UAV Detection System

1. AI Detection with 99.7% Accuracy

• Equipped with High-performance sensors, it delivers 360° airspace monitoring with industry-leading 99.7% detection precision. Its machine learning algorithms analyze signal patterns and flight trajectories in real-time, distinguishing between commercial, recreational, and malicious drones while filtering out false alarms from any other non-drone noise.​

2. Proactive Threat Response & Scalability

• Designed for plug-and-play integration with existing security systems, it provides actionable alerts through its intuitive interface. When threats are detected, it automatically triggers countermeasures like directed jamming or PTZ camera tracking. Available in portable and fixed configurations, it adapts to temporary events or permanent installations, supported by solar-powered options for remote areas.​

3. Cost-Effective Lifecycle Management

• Cloud-based management reduces maintenance costs by 40% via remote diagnostics and firmware updates. Its low-power architecture ensures 72+ hours of offline operation, making it ideal for border patrol, airports, and large-scale public events requiring reliable, long-term aerial defense.