Muse Disaster Mission

Muse Disaster Mission is a virtual disaster-response coordination prototype for exploring how support could be organized when information is incomplete. A public 3D map of a Japanese city shows facilities and a simulated fleet of up to 100 drones. The app introduces a simulated obstruction, shares inspection results, compares route candidates, and asks Muse Spark for a proposal or no candidate. The app independently validates the proposal and rechecks the simulated route before moving; when checks or a suitable candidate are unavailable, affected drones stop. Operators can review the reasons, source information, uncertainty, and saved results. A data-pilot view brings together available official observations, bulletins, historical imagery and separately identified, unverified human reports. The map is not live footage; flood scenarios are not current inundation, and obstacles are simulated. Power lines, actual facility acceptance, flight authorization, separation, and real-world safety are not established. This prototype cannot control real aircraft or make operational rescue decisions. In one recorded Muse Spark simulation, 20 of 100 virtual drones encountered an app-generated obstacle; after checks, the display showed 100 simulated drop-offs and returns. In a separate run, Muse chose no candidate and 20 stopped while 80 finished. These are individual simulations, not real-world performance measurements. This event's work includes the prototype, fleet coordination, route checks and demo; third-party maps, models and assets are credited separately.