Kara Dag Technologies develops wearable and integrated drone detection systems that identify UAV locations, types, and trajectories in real-time. This information enables users to avoid, track, or mitigate drone threats, with applications ranging from individual safety to integration with counter-UAV systems.
Funding
Funding not disclosed
Founders
Product
Problem
The proliferation of small, affordable UAVs poses challenges to privacy and security, as they are difficult to detect using traditional methods and can operate from long distances. Current drone detection solutions are often too bulky or expensive for everyday civilian use, leaving individuals and homeowners vulnerable to drone-based threats.
Solution
Kara Dag Technologies develops AI-powered drone detection systems designed for both individual and stationary use. Their wearable and fixed-location devices utilize radio frequency signature analysis and sensor fusion to identify UAVs and interference sources in real-time. The systems employ AI models, software-defined radio (SDR), field-programmable gate arrays (FPGA), and microcontrollers (MCU) to detect drones and provide alerts. This technology enables users to track, avoid, or mitigate potential drone threats, enhancing security for travelers, farmers, homeowners, and sensitive installations.
Target Audience
The primary target audience includes individual travelers, farmers, homeowners seeking to protect their privacy and property, as well as organizations requiring drone detection for security purposes.
Features
- Wearable drone detector (Obriy 2.0) for personal use, designed for travelers and farmers.
- Stationary drone detection system (Obriy-S) for outdoor installation on buildings, vehicles, or masts, intended for home use.
- Ultra-light signal intelligence system (Stribog) for installation on FPV drones to locate signal or interference sources.
- AI-based drone detection using radio frequency signatures.
- Sensor fusion for enhanced detection accuracy.
- Real-time UAV identification and tracking.