RAVEN GRID SYSTEM
System is design for industries as:
Critical infrastructure (power plants, airports, communication towers)
Defense and military use cases
VIP event protection
Prison and border airspace security
Private or corporate anti-drone defense
System consists of 3 core components
Detection Grid
A network of ground-based optical and RF sensors powered by computer vision and machine learning. This grid monitors the airspace in real time, identifying unauthorized drones with high accuracy — even in cluttered environments.Interceptor Drone Unit
A lightweight, high-speed autonomous drone capable of launching on command. Once a threat is detected, the interceptor deploys instantly and uses predictive targeting to intercept and capture the intruding drone mid-air using a net-based capture system.Base & Neutralization Station
After capturing the target, the interceptor returns to a secure landing pad where the captured drone is safely offloaded for inspection, evidence handling, or disposal. The interceptor is then automatically re-armed for the next mission.
USER CASES
Drone-based protection for fixed security objects
Description: A drone equipped with a net is used to protect stationary objects such as air bases, airports, prisons, or power plants from unauthorized drones. The drone patrols a defined airspace and captures intruding drones with high precision.
Scenario: An unauthorized drone approaches a military air base. Your drone, stationed at the base, identifies the threat via sensors, automatically takes off, flies up, and captures the drone with a net. The neutralized drone is safely landed for analysis.
Target Audience: Military bases, civilian airports, prisons, power plants, data centers.
Advantages:
Rapid response to threats (under 30 seconds).
Minimal risk of ground damage.
Reusable solution with low operating costs.
Frontline Protection
Description: In a military frontline, the drone is used to protect troops or strategic positions from hostile reconnaissance or attack drones. The drone can operate in complex environments and capture multiple threats in rapid succession.
Scenario: A military outpost in a war zone is attacked by a hostile drone carrying explosives. Your drone detects the threat, captures it with the net, and lands it in a safe place to disarm the explosives, protecting the troops.
Target Audience: Military forces, peacekeeping operations, special forces.
Advantages:
Adapted for chaotic environments with a high threat level.
High precision to avoid collateral damage.
Ability to capture and analyze hostile drones.
Attack and Self-Defense Mode
Description: The drone is used in an offensive or self-defense mode to actively hunt and neutralize hostile drones before they reach a protected area. It can act autonomously or be manually controlled to maximize effectiveness.
Scenario: A hostile drone is detected 2 km from a sensitive facility. Your drone is put in attack mode, tracks the threat, captures it with the net, and lands it for further analysis, all before the threat reaches the target.
Target Audience: Security companies, military units, border patrols.
Advantages:
Proactive threat neutralization at a distance.
Flexibility between autonomous and manual control.
Ability to collect data from captured drones.
Protection of Moving Objects
Description: A drone follows a moving object, such as a vessel or a car, and protects it from hostile drones by capturing them with a net. The drone is equipped with AI to follow the moving object and act autonomously.
Scenario: A VIP vehicle transports a high-ranking individual through a risk area. A suspicious drone approaches. Your drone, escorting the vehicle, identifies the threat, captures the drone with the net, and lands it in a safe place without disrupting the transport.
Target Audience: Shipping companies, security firms, diplomatic transports, military convoys.
Advantages:
Flexible solution that works in motion.
Real-time protection without interrupting transport.
Easy to integrate with existing security systems.
Attack and Self-Defense Mode
Description: The drone is used in an offensive or self-defense mode to actively hunt and neutralize hostile drones before they reach a protected area. It can act autonomously or be manually controlled to maximize effectiveness.
Scenario: A hostile drone is detected 2 km from a sensitive facility. Your drone is put in attack mode, tracks the threat, captures it with the net, and lands it for further analysis, all before the threat reaches the target.
Target Audience: Security companies, military units, border patrols.
Advantages:
Proactive threat neutralization at a distance.
Flexibility between autonomous and manual control.
Ability to collect data from captured drones.
Autonomous Drone Defense. Reinvented.
RavenGrid is an AI-powered interception system designed to detect, pursue, and neutralize hostile drones in restricted or sensitive airspace. Built for security forces, infrastructure protection, and high-risk environments, RavenGrid brings precision, autonomy, and control to the skies.
System based on The 3 core components
Detection Grid
A network of ground-based optical and RF sensors powered by computer vision and machine learning. This grid monitors the airspace in real time, identifying unauthorized drones with high accuracy — even in cluttered environments.
Interceptor Drone Unit
A lightweight, high-speed autonomous drone capable of launching on command. Once a threat is detected, the interceptor deploys instantly and uses predictive targeting to intercept and capture the intruding drone mid-air using a net-based capture system.Base & Neutralization Station
After capturing the target, the interceptor returns to a secure landing pad where the captured drone is safely offloaded for inspection, evidence handling, or disposal. The interceptor is then automatically re-armed for the next mission.
Key features
Autonomous Detection & Response – No manual piloting needed. The system detects, tracks, and engages drones automatically.
Non-Destructive Capture – Targets are captured safely using a custom-engineered net system to allow forensic inspection.
Rapid Deployment – Interceptors launch in seconds and operate with GPS-free indoor/outdoor navigation.
Modular Design – Easily integrated with perimeter systems, surveillance platforms, and cloud-based alert networks.
Mission Logging – Every action is logged with full video and telemetry data for accountability and legal compliance.
