Protocol Spoofing Device

Infrared Electro-Optical Gimbal with tracking

IR/EO Gimbal automatic tracking

Electro-Optical Gimbal signal booster

Specifications

High Light:

Protocol spoofing device for public safety

Critical communications spoofing device

Public safety protocol spoofing tool

Product Description

Protocol Spoofing Device

The Protocol Spoofing Device is an intelligent low-altitude control and management system built upon UAV communication protocol analysis technology. By emulating legitimate UAV communication protocols and positioning signals, the system achieves precise capture, controlled guidance, and safe forced landing of unauthorized intruding UAVs—without the need for brute-force jamming.

Operating in complete silence with zero RF pollution and no acoustic noise, it represents a highly efficient, fully compliant, and covert low-altitude security solution. The device is compatible with mainstream consumer-grade and industrial-grade UAVs, and is widely deployed in critical airspace control zones, sensitive facility protection, major event security, and other high-stakes scenarios. It enables rapid neutralization of "black-fly" UAVs, eliminates low-altitude security risks, and ensures airspace safety and integrity.

Core Product Features

Precision Protocol Spoofing for Superior Control Efficiency

Deep analysis of mainstream UAV communication protocols (WiFi, Bluetooth, GPS/BeiDou navigation protocols, etc.)
Precisely emulates legitimate signals to achieve rapid UAV control handover
Guides the target UAV to return to home (RTH), execute forced landing, or land at a designated safe zone
Fast spoofing response time with zero escape risk

Silent and Covert Operation - No Interference to Surroundings

Employs passive spoofing + active guidance operational mode
No audible noise during operation
No high-frequency RF emission
Does not interfere with surrounding civilian electronic equipment, communication networks, or navigation systems
Strong stealth capability—ideally suited for sensitive facilities and densely populated areas

Full-Scenario Adaptability with Broad Compatibility

Compatible with the vast majority of consumer-grade and industrial-grade UAVs on the market
Covers multiple brands and frequency bands
No need for specific model debugging—ready for immediate use upon power-on
Adaptable to diverse low-altitude security requirements

Controlled Guidance with Safe, Non-Kinetic Operation

Differentiates from brute-force jamming through protocol-based spoofing
Precisely controls UAV descent trajectory
Eliminates risk of uncontrolled UAV crashes causing casualties or property damage
Delivers "safe capture, controlled disposal" capability

User-Friendly Operation with Flexible Deployment

Lightweight, compact form factor
Supports multiple deployment options: desktop placement, portable carry, fixed installation, and more
Intuitive user interface with simplified operation
No specialized technical training required
Single operator can handle system startup, parameter configuration, and control operations

24/7 All-Weather Stable Operation

Industrial-grade hardware design
Rainproof, dustproof, and extreme-temperature tolerant
Uninterrupted 24/7 duty in complex outdoor environments
Adaptable to harsh weather conditions including high heat, severe cold, and rain
Ensures continuous defense coverage without interruption

Fully Compliant and Green Operation - No Usage Restrictions

Involves no RF interference emissions
Fully compliant with low-altitude security regulatory requirements
No special approval or licensing required
Freely usable in critical areas including government institutions, educational campuses, airports, electrical substations, and sensitive facilities

Intelligent Interoperability for Integrated Defense

Seamless integration with low-altitude detection radars and security monitoring systems
Enables fully automated closed-loop workflow: Detection → Identification → Spoofing → Disposal
Requires minimal manual intervention
Significantly enhances overall low-altitude security management efficiency

Multi-Mode Spoofing for Diverse Scenarios

Supports three spoofing modes:
- Return-to-Home (RTH) spoofing
- Forced landing spoofing
- Designated point landing spoofing
Flexibly switchable based on control requirements
Adaptable to varying airspace conditions and defense priority levels

Extended Battery Life for Sustained Defense