Airwayz AI-based systems to support world’s first mesh network drone delivery test

In a world-first, drones are operating in mesh networks in Hadera, just north of Tel Aviv, to validate the safe and efficient integration of drone deliveries in urban environments.

Eyal Zor, CEO and Co-Founder of Airwayz, comments, “Drone delivery has the potential to dramatically increase the safety, speed and efficiency of transport systems across the globe. However, so far, we’ve only seen these types of pilot schemes test drones moving back and forth across a corridor of airspace. This restricts the number of drones that can work in an area and risks whole operations being abandoned if any part of the corridor becomes inoperable mid-mission. This way of working in corridors is simply not practical for the technology to scale-up for commercial use. This pilot scheme will demonstrate how drones can operate in a mesh, reacting safely to real-time situations, whilst also maximising delivery efficiency for a commercially-viable solution to drone delivery.”

The pilot program, organised by the Israeli Innovation Authority in collaboration with the Ministry of Transport and the Prime Minister's Office, began in March 2020, but sees drone flight tests starting for the first time this month. Five separate delivery companies are using their own differing USS (UAS Service System) in the pilot, all of which are managed by Airwayz UTM, which is uniquely able to manage fully autonomous operation across multiple drones with the use of AI (Artificial Intelligence) technology. This allows the drones to operate in a mesh network rather than along a corridor.

Airwayz’ unrivalled flight system and UTM platforms feature AI functions such as advanced mission planning, remote control and multiple autonomous flight modes, which are integrated with a cloud-based network and decentralized swarm technology. The proprietary technology allows Airwayz to share flight information and enable operational coordination for fleets of drones performing various missions so that wide-ranging scenarios can be tested in the pilot.