The solution is manufactured in Europe and consists of Nokia drones, a docking station, a dual-gimbal camera, and cloud processing using Nokia MX Industrial Edge (MXIE). By connecting via public and private 4G/LTE and 5G networks, customers will benefit from maximum reliability. The use of cellular connectivity technologies also offers higher data speeds and lower latency, enabling the transmission of more data than via Wi-Fi. Beyond-visual-line-of-sight (BVLOS) operations with real-time kinetic positioning (RTK) enhance situational awareness. Dual-mode connectivity allows Nokia drones to connect simultaneously to multiple networks, meeting the system redundancy requirements typically mandated by aviation regulators.
The Nokia Drone Networks solution can be used remotely for search and rescue operations and damage assessment in hazardous environments. Nokia drones can also be programmed to manage scheduled autonomous flights for applications such as enhanced security at large events or for conducting routine remote equipment inspections. The docking station protects the drone and its payload, such as sensor devices or a dual-gimbal camera, from external hazards and inclement weather while remotely charging the drone to prepare it for the next flight.
When used in conjunction with Nokia MXIE, data from Nokia drones can be collected and processed in real time in the edge cloud. An open API framework enables agencies and enterprises to incorporate pre-integrated Nokia and third-party applications and systems and leverage a growing number of compelling public safety and Industry 4.0 use cases for drone automation, including object identification, tracking, and network measurements.
Nokia and the New York Energy Authority have already demonstrated the use of the Nokia Drone Networks solution, connected via private LTE, for the inspection of transmission lines.
