The unexpected appearance of air threads
It can be challenging to detect aerial targets that fly at extremely low altitudes and navigate through river valleys, lowlands, and ravines while avoiding populated areas without being noticed.
The margin of error and delays of traditional defense software
Traditional air defense systems often face challenges in accurately tracking and providing real-time updates on trajectories and air threat statuses.
High flight speed of the air threads
Due to the high speed of flight of some air targets, their type can be difficult to determine by observation without expensive equipment.
Safeguarding sovereignty, security, and stability
Early detection and rapid response to potential threats
Real-time data analysis and predictive modeling
Automated decision-making for faster and more efficient responses
Optimizing resource allocation and operations
Proactively mitigating risks before they escalate into active hostilities
Upholding Europe's security amid evolving challenges from hostile entitie
Due to the high speed of flight of some air targets, their type can be difficult to determine by observation without expensive equipment.
By deploying advanced threat detection and response solutions that consist of audio surveillance network in vulnerable areas, we can constantly monitor the environment for any unusual sound patterns.
This allows us to identify potential threats with exceptional accuracy and speed. We’ve tested the concept and want to start designing a production-ready device.
Develop sophisticated artificial intelligence algorithms that can accurately identify distinct sound patterns of missiles, drones, and other airborne threats in real-time.
We need to fully integrate with protection centers to ensure that detected threats can be reported and processed efficiently.
Provide defense centers with accurate and up-to-date information on trajectory, flight pattern, and other important details for proactive decision-making and citizen protection.
Establish a harmonized information system that enables effortless exchange of data, teamwork, and coordination between parties responsible for detecting and responding to airborne threats.
