Quick Overview
- 1#1: DedroneTracker - AI-powered platform that detects, identifies, and mitigates drones using multi-sensor fusion including RF, radar, cameras, and acoustics.
- 2#2: DroneSentry - Advanced drone detection system with AI classification, multi-sensor integration, and automated counter-drone response capabilities.
- 3#3: DJI AeroScope - Real-time detection and tracking software specifically for DJI drones using proprietary RF signals and telemetry data.
- 4#4: TrueView R20 - Radar-based drone surveillance software providing 3D detection, tracking, and identification of small UAS threats.
- 5#5: AARTOS - Wideband RF drone detection and localization system with real-time spectrum analysis and triangulation.
- 6#6: IRIS Radar - Compact 4D radar software for continuous 360-degree detection and tracking of micro- and small drones.
- 7#7: THEIA - AI-driven RF and EO/IR fusion platform for drone detection, classification, and pilot localization.
- 8#8: Wingman - Portable C-UAS software for detecting drones via RF with automated jamming and directional mitigation.
- 9#9: EchoGuard - Metasurface radar software for low-altitude drone detection and tracking in cluttered environments.
- 10#10: AUDS - Integrated detection and disruption software combining radar, RF, and EO/IR for counter-UAS operations.
We ranked these tools based on advanced features (including multi-sensor integration, AI classification, and real-time analysis), consistent performance across environments, user-friendly design, and value, ensuring they deliver robust, actionable results for organizations seeking comprehensive counter-UAS capabilities.
Comparison Table
As drones become more prevalent in various operations, effective detection software is vital for safety and security. This comparison table explores key tools—including DedroneTracker, DroneSentry, DJI AeroScope, TrueView R20, AARTOS, and more—outlining their features and performance to help readers find the best fit.
| # | Tool | Category | Overall | Features | Ease of Use | Value |
|---|---|---|---|---|---|---|
| 1 | DedroneTracker AI-powered platform that detects, identifies, and mitigates drones using multi-sensor fusion including RF, radar, cameras, and acoustics. | enterprise | 9.5/10 | 9.8/10 | 8.7/10 | 9.2/10 |
| 2 | DroneSentry Advanced drone detection system with AI classification, multi-sensor integration, and automated counter-drone response capabilities. | enterprise | 9.2/10 | 9.6/10 | 8.1/10 | 8.4/10 |
| 3 | DJI AeroScope Real-time detection and tracking software specifically for DJI drones using proprietary RF signals and telemetry data. | specialized | 8.2/10 | 9.1/10 | 8.0/10 | 7.4/10 |
| 4 | TrueView R20 Radar-based drone surveillance software providing 3D detection, tracking, and identification of small UAS threats. | enterprise | 8.4/10 | 9.2/10 | 7.6/10 | 7.1/10 |
| 5 | AARTOS Wideband RF drone detection and localization system with real-time spectrum analysis and triangulation. | specialized | 8.2/10 | 9.1/10 | 6.8/10 | 7.5/10 |
| 6 | IRIS Radar Compact 4D radar software for continuous 360-degree detection and tracking of micro- and small drones. | specialized | 8.4/10 | 9.2/10 | 7.1/10 | 7.6/10 |
| 7 | THEIA AI-driven RF and EO/IR fusion platform for drone detection, classification, and pilot localization. | enterprise | 7.8/10 | 8.5/10 | 7.0/10 | 7.5/10 |
| 8 | Wingman Portable C-UAS software for detecting drones via RF with automated jamming and directional mitigation. | specialized | 8.0/10 | 8.5/10 | 7.5/10 | 7.8/10 |
| 9 | EchoGuard Metasurface radar software for low-altitude drone detection and tracking in cluttered environments. | specialized | 8.4/10 | 9.2/10 | 7.4/10 | 7.7/10 |
| 10 | AUDS Integrated detection and disruption software combining radar, RF, and EO/IR for counter-UAS operations. | enterprise | 7.2/10 | 8.1/10 | 6.4/10 | 6.2/10 |
AI-powered platform that detects, identifies, and mitigates drones using multi-sensor fusion including RF, radar, cameras, and acoustics.
Advanced drone detection system with AI classification, multi-sensor integration, and automated counter-drone response capabilities.
Real-time detection and tracking software specifically for DJI drones using proprietary RF signals and telemetry data.
Radar-based drone surveillance software providing 3D detection, tracking, and identification of small UAS threats.
Wideband RF drone detection and localization system with real-time spectrum analysis and triangulation.
Compact 4D radar software for continuous 360-degree detection and tracking of micro- and small drones.
AI-driven RF and EO/IR fusion platform for drone detection, classification, and pilot localization.
Portable C-UAS software for detecting drones via RF with automated jamming and directional mitigation.
Metasurface radar software for low-altitude drone detection and tracking in cluttered environments.
Integrated detection and disruption software combining radar, RF, and EO/IR for counter-UAS operations.
DedroneTracker
enterpriseAI-powered platform that detects, identifies, and mitigates drones using multi-sensor fusion including RF, radar, cameras, and acoustics.
AI-powered DedroneTracker.AI for passive RF-based drone detection and identification without radar emissions or line-of-sight requirements
DedroneTracker is an enterprise-grade counter-drone software platform from Dedrone that integrates multi-sensor data from RF, radar, optical, and acoustic sensors to detect, track, classify, and mitigate unauthorized drones in real-time. It leverages AI-driven analytics for precise drone identification, pilot localization, and automated alerts, supporting both fixed and mobile deployments. The platform offers comprehensive forensic tools, scalability for large areas, and seamless integration with existing security systems for critical infrastructure protection.
Pros
- Multi-sensor fusion with AI for unmatched detection accuracy up to 5km range
- Real-time pilot geolocation and drone classification from vast signature database
- Scalable deployment with mobile and fixed options for diverse environments
Cons
- High upfront costs requiring custom quotes and professional installation
- Complex setup for non-expert users despite intuitive dashboard
- Limited acoustic detection in noisy urban settings
Best For
Security operations centers protecting high-value assets like airports, stadiums, prisons, and military bases from drone incursions.
Pricing
Custom enterprise pricing via quote; typical deployments start at $50,000+ for hardware/software bundles, with subscription fees for cloud analytics.
DroneSentry
enterpriseAdvanced drone detection system with AI classification, multi-sensor integration, and automated counter-drone response capabilities.
SensorFusion AI that combines RF, radar, optical, and acoustic data for precise, real-time drone tracking and identification
DroneSentry by DroneShield is an advanced counter-drone software platform that integrates multiple detection technologies including RF sensors, radar, electro-optical/infrared cameras, and acoustics to identify and track unauthorized drones in real-time. It provides a unified command-and-control interface for security teams, enabling rapid threat assessment, classification, and optional integration with mitigation systems. Designed for high-stakes environments, it minimizes false positives through AI-driven sensor fusion and offers scalable deployment from portable units to fixed-site networks.
Pros
- Multi-sensor fusion for superior detection accuracy across diverse environments
- AI-powered drone classification and low false positive rates
- Seamless integration with counter-drone mitigation tools
Cons
- High upfront costs requiring custom quotes
- Professional installation and setup needed, not plug-and-play
- Limited public transparency on pricing and exact performance metrics
Best For
Security teams at critical infrastructure sites like airports, prisons, and military installations needing robust, enterprise-grade drone detection.
Pricing
Enterprise-level custom pricing; typically starts at $50,000+ for basic systems, scaling with sensors and coverage area—contact DroneShield for quotes.
DJI AeroScope
specializedReal-time detection and tracking software specifically for DJI drones using proprietary RF signals and telemetry data.
Precise real-time pilot geolocation from passive drone telemetry signals
DJI AeroScope is a specialized drone detection system designed for real-time monitoring, identification, and tracking of DJI drones over distances up to 20 km in ideal conditions. It passively receives telemetry signals from compatible DJI drones, displaying critical details such as drone model, serial number, flight path, altitude, speed, and the precise GPS location of the pilot's remote controller. This enterprise-grade solution integrates with video management systems and supports multi-unit deployments for comprehensive airspace security.
Pros
- Exceptional detection accuracy and data richness for DJI drones, including pilot location
- Real-time alerts and seamless integration with existing security infrastructure
- Scalable with mobile, fixed, and vehicle-mounted units for flexible deployment
Cons
- Limited effectiveness against non-DJI drones, requiring supplementary systems
- High upfront hardware costs and dependency on DJI signal strength
- Complex setup for large-scale deployments needing professional installation
Best For
Public safety organizations, airports, and critical infrastructure sites primarily concerned with DJI drone threats.
Pricing
Enterprise hardware-based pricing; individual detection units start around $10,000-$20,000, with full systems requiring custom quotes from DJI.
TrueView R20
enterpriseRadar-based drone surveillance software providing 3D detection, tracking, and identification of small UAS threats.
Patented GaN-based FMCW radar enabling precise micro-drone detection and classification up to 1.5 km in cluttered environments
TrueView R20 by Fortem Technologies is a compact, solid-state radar sensor designed for reliable detection and tracking of small to medium drones (sUAS) in challenging environments. It provides 360-degree azimuth coverage with elevation up to 90 degrees, detecting micro-drones at up to 1.5 km and larger Group 3 UAS at 5 km, even in cluttered or adverse weather conditions. Integrated with the TrueView software platform, it offers real-time classification, geolocation, and alerts, making it a core component for airspace security systems.
Pros
- Superior radar-based detection of micro-drones at long ranges with high accuracy
- All-weather, 24/7 operation with 360-degree coverage
- Seamless integration with multi-sensor fusion and C2 systems
Cons
- High upfront hardware costs for enterprise deployment
- Requires professional installation and site surveying for optimal performance
- Limited standalone software capabilities without hardware
Best For
Critical infrastructure operators like airports, prisons, and military bases seeking robust radar detection integrated into comprehensive drone defense systems.
Pricing
Custom enterprise pricing; radar units start around $100,000+ with annual software subscriptions from $20,000+ per site (contact vendor for quote).
AARTOS
specializedWideband RF drone detection and localization system with real-time spectrum analysis and triangulation.
Integrated 360° direction finding and pilot localization using a single compact antenna array
AARTOS by Aaronia is a professional-grade drone detection system leveraging real-time spectrum analysis, passive radar, and direction-finding technology to identify drones via their RF emissions. It provides 3D tracking, pilot localization, and classification across a wide frequency range (9kHz to 90GHz), with options for sensor fusion and countermeasures integration. Designed for high-security environments, it excels in detecting commercial and custom drones in cluttered RF spectra.
Pros
- Exceptional RF spectrum coverage and real-time 3D tracking
- Accurate pilot localization and drone classification
- Modular and scalable for various deployment sizes
Cons
- Steep learning curve and complex setup requiring RF expertise
- High upfront hardware costs
- Less effective against RF-silent or autonomous drones
Best For
Security teams at critical infrastructure sites like airports, prisons, and military bases needing precise RF-based drone detection.
Pricing
Custom pricing; entry-level systems start at ~€50,000, scaling to €200,000+ for full deployments with multiple sensors.
IRIS Radar
specializedCompact 4D radar software for continuous 360-degree detection and tracking of micro- and small drones.
Proprietary micro-Doppler radar processing for precise 3D drone classification and tracking in cluttered environments
IRIS Radar by Robin Radar Systems is a specialized radar-based drone detection platform designed for real-time 360-degree surveillance of small UAS/drone threats. It uses advanced 3D radar technology with micro-Doppler analysis to detect, track, and classify drones up to 5km away, distinguishing them from birds and clutter in all weather conditions. The system integrates with C2 software for automated alerts, sensor fusion, and mitigation workflows, making it ideal for perimeter security.
Pros
- Exceptional long-range detection (up to 5km for micro-drones)
- Advanced micro-Doppler classification for accurate drone vs. bird identification
- 360° all-weather coverage with seamless multi-sensor integration
Cons
- High upfront hardware costs and custom installation requirements
- Steep learning curve for full system configuration and operation
- Limited standalone software; heavily reliant on proprietary radar hardware
Best For
Security teams at airports, critical infrastructure, or large events needing robust, radar-centric drone detection without RF dependency.
Pricing
Custom enterprise pricing starting at $200K+ for full systems; quote-based with maintenance contracts.
THEIA
enterpriseAI-driven RF and EO/IR fusion platform for drone detection, classification, and pilot localization.
Patented RF fingerprinting for precise drone model classification and pilot geolocation
THEIA by Sentrycs is a passive RF-based drone detection platform that identifies, classifies, and tracks unauthorized drones using their radio frequency emissions without emitting signals itself. It provides real-time alerts, direction finding, pilot localization, and integration with cameras or jammers for comprehensive airspace security. Designed for high-security environments, it offers 360-degree coverage and supports mitigation workflows.
Pros
- Highly accurate RF detection and classification of over 300 drone models
- Passive operation ensures stealthy deployment without RF emissions
- Advanced pilot localization and integration with third-party systems
Cons
- Requires physical sensor network installation for full coverage
- Limited effectiveness against non-RF or frequency-hopping drones
- Enterprise-level pricing may be prohibitive for smaller operations
Best For
Security operations at critical infrastructure like airports, prisons, and stadiums needing reliable passive RF drone detection.
Pricing
Custom enterprise pricing starting from hardware sensors (~$10K+ per unit) plus annual software subscriptions (~$5K-$20K depending on scale).
Wingman
specializedPortable C-UAS software for detecting drones via RF with automated jamming and directional mitigation.
Man-portable RF sensor deployable by a single operator in under 5 minutes
Wingman by MyDefence is a portable RF-based drone detection system that identifies, classifies, and locates drones through their radio frequency signatures in real-time. Designed primarily for military and security applications, it features a lightweight, man-portable sensor that integrates with command-and-control software for operator alerts and mitigation coordination. The solution excels in detecting both commercial and tactical UAS operating on common control frequencies.
Pros
- Highly portable with rapid setup for field deployment
- Strong RF detection and classification accuracy for FPV and control-link drones
- Seamless integration with C-UAS effectors like jammers
Cons
- Limited effectiveness against fully autonomous or low-RF drones
- Shorter detection range compared to radar-based systems
- Requires technical expertise for optimal configuration
Best For
Military and security personnel requiring lightweight, mobile drone detection in tactical environments.
Pricing
Custom enterprise pricing upon request; geared toward government and military contracts, often in the high five to six figures per unit.
EchoGuard
specializedMetasurface radar software for low-altitude drone detection and tracking in cluttered environments.
Proprietary metamaterials ESA radar enabling compact, high-resolution 3D tracking of micro-drones beyond line-of-sight
EchoGuard by Echodyne is a radar-based drone detection platform that uses advanced electronically scanned array (ESA) radars to detect, track, and classify small unmanned aerial systems (sUAS) in real-time, even in cluttered or adverse weather conditions. It provides 360-degree coverage through networked sensors, offering precise 3D positioning, velocity data, and micro-drone discrimination up to several kilometers. The system integrates with C-UAS command-and-control software for enhanced airspace security at critical sites like airports, stadiums, and infrastructure.
Pros
- Exceptional long-range detection and tracking of small drones in clutter
- Robust all-weather performance with high update rates
- Scalable networked deployment for 360° coverage
Cons
- High upfront hardware costs
- Requires professional installation and integration
- Complex setup for non-expert users
Best For
Security teams at critical infrastructure sites like prisons, power plants, and military bases seeking reliable radar-based drone monitoring.
Pricing
Enterprise custom pricing; individual radar units start at ~$50,000+, with full systems $100,000+ depending on scale.
AUDS
enterpriseIntegrated detection and disruption software combining radar, RF, and EO/IR for counter-UAS operations.
Automated sensor fusion that combines radar, RF, and EO/IR data for superior accuracy in cluttered environments
AUDS from Liteye Systems is a comprehensive counter-drone solution that integrates radar, RF sensors, electro-optical/infrared cameras, and command-and-control software for detecting, tracking, and mitigating unauthorized drones. It provides 360-degree coverage and real-time threat assessment, making it suitable for high-security applications like military bases and critical infrastructure. The software serves as the central hub for sensor fusion and operator interface, enabling precise drone identification and response.
Pros
- Advanced multi-sensor fusion for reliable detection across various conditions
- Proven field performance in military and security operations
- Integrated detection-to-defeat workflow with jamming capabilities
Cons
- High cost due to hardware-intensive system
- Complex setup and operation requiring specialized training
- Less flexible for small-scale or budget-conscious deployments
Best For
Large-scale security operations at military installations or critical infrastructure needing robust, integrated drone defense.
Pricing
Custom enterprise pricing, often exceeding $500,000 for full systems depending on configuration.
Conclusion
The reviewed drone detection software showcases the cutting-edge of counter-UAS technology, with DedroneTracker leading as the top choice, boasting AI-powered multi-sensor fusion including RF, radar, cameras, and acoustics. DroneSentry stands out for its advanced classification and automated response, while DJI AeroScope excels in specialized tracking of its own drones. Each tool offers distinct strengths, aligning with different operational requirements.
To capitalize on comprehensive, integrated detection and mitigation, DedroneTracker is the optimal pick—dive into its features to strengthen security and effectively address drone-related challenges.
Tools Reviewed
All tools were independently evaluated for this comparison
