Protecting skies with cutting-edge drone detection technology
Advanced sensors detect and track unauthorized drones with unparalleled accuracy
AI-powered analysis identifies drone types and flight patterns, providing actionable intelligence
Automated alerts and response protocols minimize threats and ensure swift action
Protect key energy, telecom and transportation systems from drone threats.
Ensure data security, physical security and prevents smuggling.
Proven solutions for protecting borders, perimeters and convoys.
Guarantee the safety of attendees and manage the risks at mass gatherings.
Advanced surveillance, Multi-sensor integration and AI analysis
Sensors and effetors feature cutting-edge technology performance
Vulnerabilitiy identification and a comprehensive protection design
Full-service team to operate and maintain your drone security system
Red Bull Air Race - securing the race area and visitor area from drone threats
NATO DAYS - protecting the display and visitor area at showcase the capabilities of the NATO allies and partners
CIAF - protecting display and vistor area at one of the largest and most prestigious annual air shows
INDEPENDENCE DAY - protection of the main parade area, conference area and vistors' meeting area
PCE AIRSHOW - securing display and vistor area of the annual air show
KVIFF film festival - protection of the visitor space and VIP space
In a world where technology constantly changing the shapes, we understand technological trends but also the needs. We are more than just system suppliers; we are experienced systems integrators and your trusted advisors with a deep understanding of the threat mitigations.
Our Experience - With over a decade of experience in the industry, we specialize in designing, implementing, and managing complex technological drone detection solutions. Our strength lies in our team of experts who have extensive knowledge across various technologies. That’s why we don’t just focus on installing hardware and software, but on creating real solutions.
Unique Expertise - What sets us apart is our unique know-how and our customer-centric approach. We start by carefully assesing the challenges. We conduct a detailed analysis, and based on that, we design a precisely tailored solution.Our expertise allows us to seamlessly connect diverse systems into a single, functional whole, leading to increased efficiency, reduced costs, and a strengthened performance.
From Design to Delivery - Our services cover the entire project lifecycle: from initial consultation and design, through installation and integration, to long-term support and maintenance. With our all-in-one approach, we ensure the entire process runs smoothly and without unnecessary complications. You can rely on us to deliver a solution that is reliable, secure, and future-ready.
High-precision micro-Doppler radars with advanced AI processing accurately detect and classify drones
Incorporates the most advanced radio frequency technology on the market for detecting malicious drones
EO/IR-based system that uses AI-driven software to power optical detection, classification, and tracking of drones
Drones pose a complex and evolving threat, making a single-layered defense system obsolete. Relying on a single technology, leaves critical vulnerabilities.
A multi-layered defense system combines diverse detection technologies to create an impenetrable security net. This approach leverages the strengths of each sensor type while mitigating their weaknesses.
By fusing data from these different layers, a complete and accurate picture of the airspace is created, reducing false alarms and ensuring no threat is missed.
A Command and Control (C2) platform with data fusion is the central nervous system of a multi-layered counter-drone system. It takes raw data from all your disparate sensors and synthesizes it into a single, cohesive, and actionable picture.
The C2 platform with data fusion is the investigator that compiles all of these eyewitness accounts, cross-references them, and reconstructs the full picture. It identifies a single drone, even if it's detected by multiple sensors at different times and locations, and provides its real-time flight path, classification, and threat Process is powered by advanced algorithms and AI, which prioritize threats and automate responses, enabling more informed decisions and neutralize threats with precision and confidence.
In today's security landscape, the drone threat is not a one-size-fits-all problem, and the solution isn't either. Buying a sensor or a jammer off the shelf is like buying a single lock for your front door and hoping for the best. A truly effective counter-drone strategy requires a full-scope, end-to-end approach, from the initial assessment to the final implementation and beyond.
We don't just sell technology; we provide comprehensive security solutions built on a foundation of expert risk assessment, consulting, and design services.
Phase 1: The Risk Assessment - Understanding Your Unique Threat
Before a single piece of hardware is deployed, we perform a detailed threat analysis. This isn't a generic checklist; it's a deep dive into your specific vulnerabilities. We ask the critical questions:
• What are your critical assets? The threat profile for each is vastly different.
• What is the threat? Are you facing a hobbyist with an off-the-shelf drone, or a sophisticated actor using an advanced, autonomous system?
• What are your operational constraints? What are the legal, political, and regulatory frameworks you must operate within? What are the public relations implications of your response?
This assessment provides a clear, data-driven understanding of what you are protecting and who you are protecting it from. It's the blueprint for everything that follows.
Phase 2: Consulting and Needs Evaluation - Tailored Strategy
Once we understand the risk, we move to the next phase: a collaborative needs evaluation. We work with your security teams, facility managers, and key stakeholders to define the scope and objectives of your counter-drone solution.
• Technology Selection: Based on the risk assessment, we recommend the ideal combination of detection and mitigation technologies. This could include a mix of micro-Doppler radar, RF sensors, acoustic arrays, and visual cameras—all integrated to provide a multi-layered defense.
• System Design: We design a system that is not only technologically sound but also seamlessly integrated into your existing security infrastructure. This includes the physical placement of sensors, the layout of the command and control platform, and the workflow for your security personnel.
• Process and Policy Development: Technology is only one part of the solution. We help you develop the crucial processes and policies that govern your response. This includes:
- Response Protocols: What is the chain of command? What are the pre-approved escalation steps?
- Legal Compliance: We ensure your response plan adheres to all local, national, and international laws regarding drone detection and neutralization.
- Training and Drills: We don't just deliver; we train your staff to operate the system effectively through drills and simulations, ensuring they are prepared for real-world scenarios.
Phase 3: Full-Scope Delivery - From Blueprint to Reality
Our commitment doesn't end with a report. We provide a complete, turn-key solution. We manage the installation, integration, and deployment of all hardware and software. Our team of experts works on-site to ensure the system is operational and your personnel are fully trained.
A counter-drone solution is a long-term investment in your security. It is a commitment to a safer future. We provide the expertise to ensure that your investment is strategic, effective, and fully compliant, giving you not just a system, but true peace of mind.
A security system, no matter how advanced, is only as effective as its uptime and the expertise of its operators. The drone threat is constantly evolving, and so must the defense. This is where our comprehensive Service and Maintenance packages become an invaluable extension of your security team. We ensure your system is always running at peak performance, ready to counter the next threat, no matter how sophisticated.
Proactive Protection
Our services go far beyond simple troubleshooting. We offer a proactive approach to maintaining your security posture:
• Routine Health Checks: Our experts remotely monitor your system 24/7, catching potential issues before they can lead to a critical failure. We perform regular system diagnostics and performance audits to ensure all sensors and software are functioning optimally.
• Software Updates and Upgrades: The C2 platform is the brain of your defense, and it must be smart enough to recognize new threats. We provide continuous software updates that incorporate the latest threat intelligence and AI-driven detection algorithms, libraries, keeping your system one step ahead of the curve.
• Preventative Maintenance: We conduct scheduled on-site maintenance to inspect hardware, and calibrate sensors. This prevents wear and tear, extends the life of your equipment, and ensures the highest level of accuracy and reliability.
• Expert Support: Our team of dedicated drone security specialists is always on call. Whether it's a quick question or a complex technical issue, you have direct access to the experts who designed and built the system.
Full-Scope Outsourcing: Technology and Experts
For organizations that require the highest level of security without the burden of managing a complex system in-house, we offer a full-scope outsourcing solution.
This is more than a service contract; it’s a partnership where we become your outsourced counter-drone department.
Our full-scope outsourcing model includes:
• Full Technology Stack: We provide, own and manage all the necessary hardware and software, from the sensors on the perimeter to the C2 platform in the control room. You get a state-of-the-art system without the upfront capital expenditure.
• Experienced Experts: We provide and manage the operational staff. Our experts, trained on the latest threats and response protocols, can either work alongside your existing security personnel or operate the system remotely from our secure operations center. They monitor the airspace 24/7, make real-time threat assessments, and initiate pre-approved responses, ensuring a rapid and professional reaction to any incident.
By choosing full-scope outsourcing, you gain immediate access to a complete, best-in-class counter-drone capability. You can reallocate your resources to your core business while we handle the complexities of protecting your airspace. It's the ultimate solution for organizations that need to be secure, compliant, and ready for anything, all without the overhead of building and maintaining an in-house expert team.
This case study examines the distinct threats posed by unauthorized drones to two different types of critical infrastructure: data centers and prisons, and outlines the tailored mitigation strategies for each.
Data Centers: Espionage and Cyber-Attacks
Data centers are the nerve centers of the digital world, housing vast amounts of sensitive information. The primary drone threats to these facilities are espionage and the potential for a cyber-attack. An unauthorized drone can conduct surveillance to map the physical layout, identify access points, or even attempt to deliver a payload containing malicious devices. For example, a drone could drop a USB drive, a device designed to mimic a Wi-Fi access point to capture data, or other cyber-physical attack tools onto a rooftop or near an air vent.
Prisons: Contraband and Security Breaches
Prisons face a different, more physical threat from drones: the delivery of contraband and potential assistance in security breaches. Drones can easily bypass perimeter fences and security patrols to deliver prohibited items such as drugs, weapons, or mobile phones to inmates. A coordinated drone swarm could also distract or overwhelm security, aiding an escape attempt. The challenge lies in the sheer size of prison grounds and the need for a solution that can detect small, low-flying objects in a complex environment.
Mitigation Strategy
A C-UAS system must be robust, reliable, and capable of a rapid, physical response.
• Detection: A multi-sensor approach using micro-Doppler radars and EO/IR cameras is crucial. The micro-Doppler radar can identify a drone's unique signature from the spinning rotors, distinguishing it from birds or other clutter. The cameras provide visual confirmation, even at night.
• Classification: AI-powered software analyzes the sensor data to classify the target and its trajectory, sending instant alerts to security. It can also identify the drone's origin, which is essential for locating the operator.
• Mitigation: Mitigation for prisons often involves both soft-kill and hard-kill options. A net-gun drone or a net-firing system can be used to physically capture the rogue drone, keeping it intact for forensics and analysis. This approach is highly effective in containing the threat and preventing the delivery of illicit goods, while minimizing the risk of a payload being dropped or a security incident escalating.
This case examines the distinct and evolving threats posed by drones to military assets and outlines the specialized mitigation strategies required for both static and mobile targets.
Military Bases: Intelligence Gathering & Sabotage
Military bases are prime targets for a wide range of threats, from simple espionage to direct sabotage. Drones can be used to bypass traditional physical security to conduct reconnaissance, mapping out a base's layout, identifying high-value targets like command centers or ammunition depots, and monitoring troop movements. A more advanced threat involves payload delivery, where a drone could drop a small explosive device or a sophisticated electronic warfare tool designed to disrupt communications. The challenge lies in securing a vast, often sprawling area with varied terrain, complex radio environments, and the need to differentiate between hostile drones and friendly aircraft.
Mitigation Strategy
Protecting a military base requires a comprehensive, multi-layered C-UAS system integrated into the existing air defense network.
• Detection: A network of high-end military-grade radar systems is deployed to cover the entire airspace, providing 360-degree detection of even small, fast-moving drones. This is complemented by passive RF detection arrays that silently monitor for drone communication signals, providing crucial intelligence without emitting a signal.
• Verification: Upon detection, long-range Electro-Optical/Infrared (EO/IR) cameras track the target, allowing operators to visually identify it and assess the threat level. This is often enhanced by AI-powered software that can automatically classify the drone type, payload, and flight behavior.
• Mitigation: The system uses a combination of soft-kill and hard-kill options. Directional RF jammers can be used to disable the drone's control and navigation signals. For a more direct and immediate threat, military units can deploy kinetic countermeasures like specialized anti-drone projectiles or nets, but non-lethal electronic warfare is often preferred to prevent a drone from detonating or crashing unpredictably.
Military Vehicles: Mobile Asymmetric Threats
Military convoys, patrols, and isolated vehicles are highly vulnerable to drone-based asymmetric attacks. A drone can be used to scout for a convoy's location, identify its route, and even act as a spotter to guide an ambush. Most critically, drones can be used to directly deliver Improvised Explosive Devices (IEDs) or to survey for and identify weaknesses in a vehicle's armor before an attack. The challenge is protecting a moving target in a dynamic, unpredictable environment with a system that is compact, rugged, and requires minimal operator input.
Mitigation Strategy
Protecting military vehicles requires a self-contained, mobile C-UAS system that can operate on the move.
• Detection: vehicle in a convoy is equipped with a compact, all-weather radar system and RF detectors that provide a real-time, 360-degree protective bubble. These systems are designed to operate from a vehicle's power source and can detect a drone's presence and its communication frequency from a significant distance.
• Response: The system is highly automated. Once a drone is detected and identified as a threat, the system initiates automated countermeasures with minimal human intervention. This is crucial as there is little time to react in a fast-moving combat scenario.
• Mitigation: The primary countermeasure is mobile electronic warfare. Directional and omni-directional RF jammers are used to disrupt the drone's control and GPS signals, causing it to lose its way and land. This form of "soft kill" is ideal for a convoy, as it neutralizes the threat without creating a physical hazard from falling debris. The system is designed to seamlessly protect the entire convoy, with each vehicle contributing to a shared, mobile security network.
This case examines the unique threats posed by unauthorized drones at large public and sporting events and outlines the essential mitigation strategies needed to protect attendees and maintain order.
The Threat: Public Safety and Chaos
Public gatherings, such as concerts, sporting events, and festivals, are highly vulnerable to drone threats due to the dense concentration of people and the potential for chaos. An unauthorized drone can pose a direct safety risk by colliding with people or event infrastructure. More maliciously, a drone could be used to cause panic or carry out a targeted attack, potentially delivering a dangerous payload. The threat of a simple, uncoordinated drone flight is enough to disrupt an event, leading to security evacuations and significant financial losses.
Mitigation Strategy
Protecting a public event requires a C-UAS solution that prioritizes public safety and avoids causing further panic. The strategy must be scalable, temporary, and focus on non-lethal, non-disruptive countermeasures.
• Detection: The system uses a combination of RF detection and acoustical sensors to silently monitor the airspace. These sensors can pinpoint a drone's location and its operator's position from a safe distance, often before the drone is even visible to the naked eye. This gives security teams a critical head start.
• Verification: Once a threat is detected, high-speed optical and thermal cameras automatically lock onto the target. This provides security personnel with a clear visual of the drone, allowing them to confirm it's a threat and not an authorized media drone. This step is crucial for avoiding false alarms.
• Mitigation: The primary countermeasure is a soft-kill or a non-kinetic solution. Directional RF jammers are used to disrupt the drone’s control signals, forcing it to either land safely or return to its take-off point. This approach is highly effective because it neutralizes the threat without causing a public spectacle or creating falling debris that could injure someone. The system is often temporary and can be quickly deployed and taken down for a single event, providing a flexible and robust security solution.
Our Micro-Doppler radar is considered the best method for drone detection and classification because it can uniquely identify a drone's signature, even at long distances and in cluttered environments. Unlike other systems, it specifically analyzes the small, periodic movements of a drone's propellers, which is a unique and reliable characteristic.
How Micro-Doppler Radar Works
The micro-Doppler effect is a frequency shift in radar echoes caused by the vibrations or rotations of an object's sub-components. For drones, this means the rapid spinning of the propellers creates a distinctive signature that is superimposed on the main Doppler shift from the drone's overall movement.4 This signature is unique to the specific drone's rotor and blade characteristics, such as blade length and rotation rate. By analyzing this unique signature, the system can not only detect the presence of a drone but also classify its type, and distinguish it from other objects.
Comparison with Traditional Radars
Traditional radar systems are highly effective at detecting large aircraft but struggle with drones.Their limitations include:
• Low Radar Cross-Section (RCS): Drones are small and often made of non-metallic materials, resulting in a very weak radar return signal that is easily lost in background noise (clutter).
• Discrimination: Traditional radar can't reliably differentiate between a drone and other small, low-flying objects like birds, leading to a high rate of false alarms. They often rely on a target's size and speed, which are similar for drones and birds.
• Hovering Targets: Drones can hover in place. Since traditional radar detects objects based on their translational motion, hovering drones can be missed.
Comparison with Other Radar Types
While some other radar types may be able to detect a drone, they lack the key identification feature that micro-Doppler analysis provides.
Pulse-Doppler Radar
Pulse-Doppler radar is a type of radar that can measure the velocity of a target. While it can detect the overall movement of a drone, it typically doesn't have the resolution to analyze the micro-motions of the propellers. Therefore, it still struggles with distinguishing drones from birds or other clutter.
Millimeter-Wave (mmWave) Radar
mmWave radar operates at higher frequencies, providing better resolution for detecting small objects. However, without micro-Doppler analysis, it still faces the challenge of discriminating between a drone and other targets with a similar size and overall motion. The micro-Doppler effect is the feature that allows for this crucial classification.
In conclusion, our micro-Doppler radar stands out because it leverages the unique motion signature of a drone's spinning blades. This allows it to not only detect the presence of a small, low-flying object but also to positively identify it as a drone, drastically reducing false alarms and providing a more reliable and actionable threat assessment.
Our smart RF scanners are an essential first line of defense against unwanted drones. Unlike basic RF detectors, a smart RF scanner is an advanced system that uses a combination of powerful hardware and sophisticated software to provide highly accurate and actionable drone intelligence. These devices are the eyes and ears of your airspace, detecting and identifying drones based on the unique radio signals they emit.
The Advantages of State-of-the-Art Smart RF Scanners
Our RF scanners are designed to be exceptionally precise, which is crucial for reducing false alarms. They achieve this by analyzing the specific patterns within radio frequency signals. Instead of simply flagging all RF activity, they use advanced signal processing and machine learning to distinguish between drone communication signals and common background noise from Wi-Fi networks, Bluetooth devices, and other non-threatening radio sources. This intelligence allows them to accurately classify a signal as a drone, a controller, or a benign device.
Real-Time Threat Intelligence
The key to a truly effective smart RF scanner is its drone signals library. This is a continuously updated database of drone communication protocols and signatures. As new drone models from manufacturers like DJI, Parrot, and Autel enter the market, or as hobbyists create new custom protocols, our security systems are updated to recognize them. We provide regular library updates to our customers, ensuring that their system can detect the latest threats. This ensures the system remains relevant and effective against a constantly evolving threat landscape.
Seamless Integration with Smart Jamming Solutions
A smart RF scanner isn't just a detection tool; it's the critical first step in a complete protection strategy. Its true power is unlocked when it's integrated with other counter-drone technologies, particularly smart jamming solutions.
Here's how they work together:
• Targeted Response: A smart RF scanner pinpoints the exact frequency and protocol a detected drone is using. It can determine if a drone is using a hopping frequency, a specific video downlink, or a custom control signal.
• Precision Jamming: This precise information is then fed to a smart jammer. Instead of simply broadcasting a wide-band noise signal that could interfere with other critical communications in the area, the smart jammer uses the data from the scanner to emit a focused, low-power signal on the exact frequency the drone is using. This ensures the drone's control link is disrupted without creating unnecessary collateral interference. This is crucial for environments like airports, hospitals, or urban areas where a broad-spectrum jammer could pose a risk to public safety.
By linking a smart RF scanner to a smart jamming solution, you create an automated, end-to-end security response. The scanner detects and classifies the threat, and the jammer neutralizes it with surgical precision. This integration transforms a simple detection system into a proactive, intelligent, and highly effective drone defense solution.
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When a drone appears in your airspace, a security camera might see it as little more than a tiny, pixelated object. Our AI-based detection, classification, and tracking platform closes this gap, transforming a simple camera feed into a powerful, intelligent security tool.
The Intelligent Difference: How AI Elevates Security
Our AI solution is built on a foundation of computer vision and deep learning. It's trained on a massive, continuously updated dataset of drone imagery, encompassing various models, flight patterns, and environmental conditions. This rigorous training allows it to perform functions that are impossible with traditional video analytics:
• Instantaneous Detection and Classification: Our AI can identify a drone the moment it enters the camera's field of view. It doesn't just flag "movement"; it classifies the object as a drone, distinguishing it from birds, leaves, or other benign objects. This dramatically reduces false alarms and allows your security team to focus on genuine threats.
• Precise Tracking: Once a drone is detected, the AI platform takes over. It locks onto the target and tracks its movements with incredible precision, even as it maneuvers, changes speed, or is temporarily obscured by obstacles. It can calculate the drone's trajectory, allowing security personnel to predict its next move and prepare a response.
• Seamless Integration with Multi-Brand Cameras: The platform is hardware-agnostic, ready for a wide range of CCTV and security cameras, regardless of brand. We use advanced video processing protocols to connect with your existing security infrastructure. This means you can leverage your current investment in cameras and upgrade your defense capabilities without a costly and disruptive overhaul.
The Platform: The Brain of Your Visual Defense
Our AI-based platform serves as the hub for all your visual security data. It's more than just software; it's a complete solution that brings together disparate cameras into a unified, intelligent network.
• Unified Situational Awareness: The platform takes feeds from all your connected cameras and stitches them together into a single, cohesive view of the airspace. This unified display provides your security team with a complete picture of the drone's flight path, even as it moves from the view of one camera to another.
• Risk-Based Threat Assessment: The AI doesn't just detect; it assesses. It analyzes a drone's behavior—its speed, altitude, and proximity to critical infrastructure—to assign a threat score. This prioritization allows your team to address the most dangerous threats first, ensuring a quick and effective response.
• Automated Alerts and Response: When a threat is detected and classified, the platform automatically generates a real-time alert, complete with video evidence and threat-level data.
We can also be integrate it with other security systems to trigger automated responses, like a cueing up other detection sensors to gather more data. By harnessing the power of AI, we transform your existing camera network into a powerful, automated counter-drone solution.