KDDI and KDDI SmartDrone are conducting a feasibility study on using AI drones for disaster prevention and infrastructure inspection in Vietnam and the Philippines [1].
This initiative represents a strategic expansion of Japanese drone technology into regions frequently impacted by natural disasters. By testing these systems in Southeast Asia, the company aims to refine autonomous monitoring tools that can operate in challenging environments where human access is limited or dangerous.
The study focuses on two primary areas of application: disaster prevention, and the monitoring of critical infrastructure [1]. AI-driven drones can provide real-time data and imagery, allowing authorities to assess damage more quickly after a storm or earthquake. This capability is essential for coordinating emergency responses and ensuring the stability of power grids and transport networks.
Infrastructure inspection often requires specialized equipment and high-risk labor. The use of AI drones allows for the remote detection of structural weaknesses or failures without putting personnel at risk [1]. The feasibility study will determine how these drones integrate with local communication networks and whether they can maintain operational efficiency across different terrains in Vietnam and the Philippines.
KDDI and its subsidiary, KDDI SmartDrone, are leading the effort to evaluate these potential applications [1]. The results of the study will likely influence how the company deploys its AI-driven aviation services in other international markets facing similar environmental risks.
“KDDI and KDDI SmartDrone are conducting a feasibility study on using AI drones”
This move signals a shift toward the commercialization of AI-integrated disaster response tools in the Asia-Pacific region. By partnering with countries like Vietnam and the Philippines, KDDI is not only testing technical viability but also establishing a footprint in markets where climate-driven disaster mitigation is a high priority for national governments.
