Kaspersky Antidrone software
Kaspersky Antidrone software synchronizes the operation of all modules and displays unified analytics in real time. A combination of algorithms powered by neural networks in Kaspersky Antidrone software ensures unparalleled accuracy and high-speed operation in automatic mode.
Multi-sensor monitoring
The AI-powered system combines data from various sensors and controls the hardware
Multi-sensor monitoring
The AI-powered system combines data from various sensors and controls the hardware
Incident archive
Recording and gathering of incident data provide evidence for the security team
Incident archive
Recording and gathering of incident data provide evidence for the security team
Control via an interactive map
A graphical user interface with an interactive map helps to configure the system and control it in real time
Control via an interactive map
A graphical user interface with an interactive map helps to configure the system and control it in real time
System integration via open APIs
All gathered data is available via APIs for SOC, SIEM and other security systems to provide further comprehensive protection
System integration via open APIs
All gathered data is available via APIs for SOC, SIEM and other security systems to provide further comprehensive protection
Offline operation and security
The software can be installed offline to ensure the integrity of corporate information and prevent data leaks
Offline operation and security
The software can be installed offline to ensure the integrity of corporate information and prevent data leaks
Kaspersky Antidrone software installation and exploitation is carried out accordingly to the user manual, provided upon the request of an authorized partner.
Intuitive interface
Modern anti-UAV systems have a complicated interface and require technical skills from operators. Data overload increases reaction time and risks to miss a drone. Kaspersky provide a completely new approach to visualization in counter-UAS systems.
Incidents visualization
Kaspersky Antidrone's algorithms compare information from a variety of devices — radars, direction radio frequency finders, radio frequency detectors, optical and thermal imaging cameras, etc. The interface displays only those events that the software considers confirmed on the map. This allows the system to do some of the analysis work, reducing the operator's workload.
Artificial intelligence and neural networks
- Automatic monitoring based on data from radars, detectors and other sensors using machine learning algorithms.
- Prompt data processing while drone detection and classification.
- Detection of even custom-built drones.
System requirements
- operating system — Ubuntu 18.04 LTS or 20.04 LTS;
- latest Nvidia graphics driver;
- Python 3.10;
- Ansible 2.10;
- browser — Google Chrome 80 and above.