Lock On. Take Down. 7STARLAKE's Anti-Drone Targeting Is Here

🔺 Lock On. Take Down.

Smart detection, precise targeting, real-time defense-designed for drone warfare.

As drone threats become faster, smaller, and more unpredictable, modern forces need a smarter way to detect, track, and neutralize aerial targets.

7STARLAKE introduces a fully integrated Anti-Drone Artillery Targeting System, built with real-time edge computing, AI-powered object recognition, and rugged defense-grade reliability.

Step 1: Drone Detection via EO/IR and Sensor Fusion

Acritical technology for intelligence operations in challenging environments. This integration enhances motion detection, supports tactical missions, and strengthens real-time intelligence gathering.

• The EO/IR sensor scans the sky for anomalies, identifying potential drones based on thermal signatures (IR) and optical recognition (EO).
• Simultaneously, data from other sensors (e.g., radar, RF detectors) is fused to enhance target validation and eliminate false positives.
• The fused data is passed to the GPU Computer for AI-based processing

Step 2: AI-Based Tracking and Localization Using GPU Computing

The GPU Computer , running advanced AI algorithms such as Convolutional Neural Networks (CNNs) and object tracking models, processes incoming data to:

• Classify whether the object is a drone.
• Track its movement in real time, even under cluttered or obscured conditions. 
• Locate its precise coordinates (geo-location) and predict trajectory.

The GPU Computer is linked to the Command & Control system (C2) and transmits real-time data for threat evaluation and fire control decision-making.

Step 3: Visual Confirmation and Engagement on Military Display

All processed data, including video feeds and target telemetry, is transmitted to the military-grade display. Upon threat confirmation, the C2 system with fire control initiates the engagement sequence, deploying countermeasures such as jamming, lasers, or kinetic interceptors. The ruggedized display presents:

• Visual tracking of the drone on map and live feed.
• Status indicators for tracking confidence, threat level, and system readiness.
• User interface for the commander to confirm and authorize neutralization.

💡 Key Features

• AI-Based Object Detection: Instant recognition of low-RCS UAVs
• Integrated Ballistic Targeting: Auto-calculation for real-time engagement
• MIL-STD Rugged Design: Operates in shock, dust, and combat heat
• Modular Integration: Easy deployment into existing weapon platforms
• Edge Computing Power: Powered by 7STARLAKE’s rugged GPU systems

📍The Anti-drone System functions in a seamless data flow architecture across the following four devices

• EO/IR Sensor Unit
• GPU Computer (AI Processor)
• Military Display Terminal
• Command & Control (C2) with Fire Control Integration

EO/IR Sensor

• High-resolution visual and thermal imaging.
• Pan-Tilt-Zoom (PTZ) capability for wide-area coverage.
• Operates in day/night and all-weather conditions.

GPU Computer

• Advanced counter-drone visualization platform
• Integrates multi-source sensor fusion, AI-driven analytics, and high-performance computing.
• AI-enhanced object recognition and 3D rendering Large capacity storage

Military Display

• Ruggedized touch-screen interface.
• Multiple display modes (thermal, visual, fused).
• Secure network connectivity to C2 and GPU module.