Integrated Airspace Security for Critical Infrastructure

Multi-layer counter-UAS platform combining radar, RF detection, EO/IR tracking, AI analytics, and controlled mitigation technologies for real-time drone threat management.

Detect. Track. Identify. Respond.

Integrated counter-drone architecture designed for modern critical infrastructure and high-security environments.

Modern Drone Threats Require More Than Standalone Detection

Unauthorized drones can threaten:

Critical infrastructure

Airports

Industrial facilities

Government sites

Public safety operations

Standalone systems often create:

Detection blind spots

False alarms

Slow response times

Fragmented situational awareness

Modern counter-UAS operations increasingly rely on integrated, layered mitigation architectures.

The Solution: Integrated Multi-Sensor Counter-UAS Architecture

Our integrated platform combines:

Radar detection

RF signal analysis

EO/IR tracking

AI-assisted target classification

Controlled countermeasure systems

Unified command & control

Delivering a complete airspace security workflow from detection to response.

Integrated Counter-UAS Airspace Security Platform

Built for Layered Airspace Security

The device features a portable design and integrates UAV signal detection, jamming, and spoofing functions.

It can be deployed on vehicle-mounted or ship-mounted platforms, enabling real-time detection, rapid warning, target recognition, and intelligent countermeasures against UAVs intruding into the protected area-all in a unified, integrated system.

Core Abilities

Multi-Sensor Fusion

Integrates:

Radar

RF sensors

EO/IR cameras

Thermal imaging

AI analytics

Multi-sensor fusion improves detection accuracy and reduces false alarms in complex environments.

Real-Time Detection & Tracking

Supports:

Drone detection

Automatic tracking

Threat classification

Airspace awareness

Integrated C-UAS systems increasingly rely on AI-assisted tracking and sensor correlation.

Integrated Countermeasure Capability

Supports layered mitigation options including:

RF disruption

GNSS interference management

Protocol-based response

Configurable operational modes

Unified Command & Control Platform

Centralized operational interface for:

Threat visualization

Sensor coordination

Incident management

Multi-site monitoring

Modern counter-UAS systems increasingly depend on integrated C2 platforms.

Scalable Deployment Architecture

Supports:

Fixed-site deployment

Mobile systems

Multi-node networks

Temporary security zones

Standalone Systems vs Integrated Counter-UAS Architecture

Modern Airspace Security Requires More Than a Single Sensor

Why Choose Astral Route

Integrated Multi-Layer Architecture

Combines detection, tracking, identification, and mitigation into one unified system.

Designed for Modern Critical Infrastructure

Built for airports, energy facilities, industrial sites, and public safety operations.

AI-Assisted Situational Awareness

Advanced analytics improve target classification and operational decision-making.

Flexible Deployment Capability

Supports fixed, mobile, and scalable multi-node deployment architectures.

Unified Command & Control

Centralized management improves operational coordination and response efficiency.

From Drone Detection to Complete Airspace Security

Modern Counter-UAS Requires Layered Structure - Not Isolated Devices

Radio Detection Range: ≥30 km (EIRP 1W)
Radio Direction-Finding Accuracy: ≤3°
(Line-of-sight, ≥2 km, UAV hovering or low-speed flight, RMS)
Radio Detection Frequency Range: 400 MHz–3 GHz (Expandable to 3–6 GHz)
Radio Jamming Range: ≥40 km, power adjustable
Radio Jamming Frequency Range: 400 MHz–3 GHz (Expandable to 3–6 GHz)
Jamming Modes: Precision frequency jamming / Band coverage jamming
Jamming-to-Communication Ratio: ≥6:1
Maximum Simultaneous Jamming Bands: ≥4
Navigation Spoofing Range: ≥80 km, power adjustable
Anti-Jamming Navigation Capability: Supports GPS L1, BDS B1, GLONASS G1
Signal Coverage (Detection/Jamming/Spoofing): Horizontal: 0–360°, Elevation: -5° to 90°
Operating Temperature: -30°C to +60°C
Storage Temperature: -30°C to +70°C
Protection Rating: Not less than IP65

The system features situational awareness display capabilities and provides threat alerts through audio-visual indicators.
It can conduct countermeasures against targets while the platform is in motion and supports real-time position tracking.

The system includes automatic north-seeking calibration functionality.
Based on a perception–prediction–decision–control model, it supports intelligent auxiliary decision-making, including real-time UAV behavior prediction, threat assessment, and optimal multi-target response strategy generation, enabling one-click intelligent response.
The system supports unattended operation.

It also features online monitoring, fault diagnosis, and localization capabilities, with the ability to identify faults down to field-replaceable units.

Application Scenarios: Designed for Critical Infrastructure Protection

Energy & Utility Infrastructure

Power plants

Substations

Oil & gas facilities

Renewable energy sites

Airport & Transportation Security

Airport perimeter monitoring

Rail infrastructure

Ports & logistics hubs

Government & High-Security Facilities

Administrative complexes

Sensitive installations

Restricted airspace zones

Industrial & Manufacturing Sites

Smart factories

Industrial parks

Data centers

Public Safety & Event Security

Stadiums

Large public events

Temporary security operations

Use Cases

Critical Infrastructure Protection

Challenge
Large infrastructure facilities require continuous low-altitude airspace awareness.

Solution
Integrated counter-UAS platform combines radar, RF, and EO/IR monitoring.

Result

Improved threat visibility

Reduced false alarms

Enhanced operational protection

Airport Airspace Monitoring

Challenge
Unauthorized drones disrupt airport operations and create safety risks.

Solution
Integrated detection and tracking system provides real-time airspace awareness.

Result

Faster incident response

Improved operational continuity

Enhanced perimeter security

Industrial Security Deployment

Challenge
Industrial facilities require scalable drone detection capability.

Solution
Multi-node architecture enables layered site protection.

Result

Expanded coverage

Better security coordination

Improved situational awareness

Public Event Protection

Challenge
Temporary security operations require rapid deployment and centralized monitoring.

Solution
Portable and fixed systems integrate into a unified command platform.

Result

Faster deployment

Better operational coordination

Enhanced crowd safety

Contact Our Specialist and Protect Critical Airspace

FAQ

Q1: What is an integrated counter-UAS system?

It is a multi-layer platform that combines detection, tracking, identification, and mitigation technologies into one coordinated airspace security solution.

Q2: What sensors can the system integrate?

Radar, RF detection, EO/IR cameras, thermal imaging, and AI analytics platforms.

Q3: Why is sensor fusion important in counter-drone systems?

Multi-sensor fusion improves detection accuracy, reduces false alarms, and enhances situational awareness.

Q4: What environments is the system suitable for?

Critical infrastructure, airports, industrial facilities, government sites, ports, and public safety operations.

Q5: Does the platform support centralized command and control?

Yes. The integrated C2 platform supports unified monitoring, incident management, and coordinated response.

Q6: Can the system support both fixed and mobile deployment?

Yes. It supports permanent, portable, and scalable multi-node deployment architectures.

Q7: Does the system support automated tracking?

Yes. AI-assisted tracking and identification improve operational efficiency.

Q8: Why are integrated counter-UAS systems becoming increasingly important?

Drone threats are evolving rapidly, making standalone detection systems insufficient for modern infrastructure protection.