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Airwayz

Airwayz provides a Dynamic Unmanned Traffic Management (UTM) system that enables real-time, autonomous management of multi-drone fleets in urban and industrial environments. This technology addresses the challenge of safely coordinating high volumes of drone operations while ensuring compliance with airspace regulations and minimizing conflicts with manned aircraft.

Tel Aviv, IsraelFounded 2019353K+ followers
Updated 3 months ago

Funding

Funding not disclosed

Funding rounds are not available yet.

Founders

Product

Problem

The increasing volume of drone operations in urban and industrial environments presents challenges in safely coordinating multiple drone fleets while adhering to airspace regulations and preventing conflicts with manned aircraft. Traditional methods of airspace management are often inadequate for the dynamic nature of drone traffic, hindering the scalability and efficiency of commercial drone operations.

Solution

Airwayz offers a dynamic Unmanned Traffic Management (UTM) system that enables real-time, autonomous management of multi-drone fleets. The system uses a sophisticated AI engine to balance control and de-confliction with manned aircraft, ensuring safe flight paths. Airwayz's UTM/USSP provides tactical deconfliction based on proximity, rather than segregating drones into fixed corridors. The platform supports both fully autonomous and manual operations, providing comprehensive capabilities in complex airspace environments. By integrating real-time data from drones with airspace intelligence, Airwayz facilitates the safe and efficient scaling of commercial drone operations.

Target Audience

Airwayz targets airspace managers, port authorities, smart city initiatives, and property owners seeking to manage and optimize drone traffic within their environments.

Features

  • Dynamic airspace management for multi-drone fleets in urban and industrial environments
  • Real-time tactical deconfliction using proximity-based algorithms
  • AI-powered engine for balancing drone traffic with manned aircraft
  • Support for both autonomous and manual drone operations
  • Integration with GIS maps and other data inputs for comprehensive airspace awareness
  • UTM/USSP capabilities for seamless management of Unmanned Aircraft Systems
  • Temporary U-Space creation for enhanced safety during specific operations
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