It is possible to examine recovery priorities and measures to prevent the expansion of damage by understanding the disaster-affected areas and overview of the disaster after a disaster occurs. This is useful when it is not possible to fly a disaster prevention helicopter or airplane immediately and when you wish to know even more detailed information.
Quickly check the situation after a disaster to share information in real-time with decision-makers.
It is possible to control multiple drones. Accordingly, it is possible to fly in a wide area at once.
It is possible to share video from drones with each site in real-time. Therefore, it is possible to make rapid decisions.
It is possible to check evacuation routes with drones by linking up with unmanned traffic management (UTM)
Real-time images of multiple evacuation routes captured by drones and the information of each drone are aggregated in the crisis management office
Nine drones were simultaneously controlled in a disaster drill performed under the assumption of an accident in the Ikata Nuclear Power Plant operated by the Shikoku Electric Power Company in 2019
Depends on your goal, we design the solution, calculate profitability (return on investment) and draw business model.
We determine the specification for the solution (e.g., drone or camera, flight route etc.)
We conduct Proof pf Concept to evaluate technical and business feasibility.
We develop an automatic flight system according to your goal.
Our customer success team support by telephone or e-mail for any troubles or unclear points that occur when you use it.
Our services are being used by a variety of major companies.
(Order of the Japanese syllabary)
Maximize power generation efficiency with a direct link between the amount of power generated and profits
Safely improve efficiency of tower inspection operations and save labor
Conduct automatic inspections to realize high-level facility maintenance
Automatically detect deterioration and abnormalities in the roofs of factories and offices