Many drones are being abandoned by business users. In particular, existing drones often don't take wireless networks into account, adding to the burden on drone pilots. SyncTechno Idle UAV Communication Modernization & Healthcheck Service provides a solution to connect or modify drones that have become idle resources for organization to be used in LTE/5G communication environment.
As drone control evolves from 1:1 to LTE-based multi-management, LTE quality in flight path is becoming important for smooth mission execution. SyncTechno UAV Communication Quality Control Service captures and cell tower. Before the actual flight, LTE signal information can be generated in advance through a simulator to create a full coverage map for the mission flight. In addition, the network connection status of each drone and the location of the drones based on GPS can be visualized, and mutual control between drones can be performed based on this. Before the actual flight, the simulator can generate LTE signal information in advance to create a full coverage map for the mission flight. It visualizes each drone's network connectivity and GPS location, and then perform mutual control between individual drones.
SyncTechno UAV Integrated Monitoring System Integration Service provides a customized system according to each organization’s UAV use case. It proposes an optimal dashboard by modularizing each individual service used in each environment such as control center, office or drone repair station and flight site.
A various users such as air traffic controllers, pilots, and mechanics can continue to use the system they’re familiar with, and can monitor and connect to operation status, video surveillance, flight control, aircraft management and flight training in single environment. Depending on each environment, the following service modules can be selectively applied.
SyncTechno UAV Video Analysis Service provides structures video information and flight data transmitted from UAV and creates maps based on GIS(Geographic Information System). Acquire aircraft information, GPS, and time information from the flight control module, and analyze the shooting information of the unmanned aerial vehicle, including the angle of view, based on the image information acquired through the electro-optical infrared tracking camera, and easily search the resulting images as a flight path.
When combined with a pre-built AI learning model through video object analysis, it is possible to create various business morel. For example, in a crowded environment, a specific running shoes brand can be identified. Additionally, it’s possible to check ecosystem and habitats of plants and animals through photos or videos of terrain that is difficult for humans to access.
In the case of UAV performing special missions, it must be determined whether they are operating normally based on the waypoint where the mission is performed. This allows to standardize work procedures to maximize efficiency. SyncTechno UAV Mission Control Service provides dedicated methodologies and visualized tools to define and manage UAV missions. Learn more about how to efficiently manage various tasks such as firefighting, drop and pesticide spraying.
Many organizations using UAV still struggle to plan missions, create detailed schedules, and manage pre-flight checklists. In order for UAV to operate efficiently, standardization of various operating procedures is necessary, from mission and flight path settings to data collection and storage. To achieve this goal, it is necessary to systemize operational checklist.
In general, prior to flight, the following processes must be completed.
Most checklist must be rechecked after the flight.
Korea Aerospace Research Institute is researching technology to overcome the limitations of fixed communication infrastructure on land or sea by creating a network through direct communication between multiple UAVs. Learn about innovative cases implemented through video tracking algorithms and analysis system for mission of unmanned vehicles.
Korea National parks use UAVs to manage the ecosystem of natural parks, prevent and extinguish forest fires, and take responsibility for the safety of park visitors. Learn about innovative cases that secured public safety and golden time by building a drone skyway for safety accident response and efficient patrol.