BA

Map & Response

Dijkstra and A* on OpenStreetMap roads with fire-truck impedance. Travel times are static estimates.

Response process · Koronadal City

  1. ✓

    Detect

    AI detects smoke/fire

  2. ✓

    Confirm

    Guard confirmation

  3. 3

    Analyze

    AI threat analysis

  4. 4

    Notify

    BFP notification

  5. 5

    Dispatch

    Units en route

Primary ETA

—

Distance

—

Nearest hydrant

—

Responding station

—

Choose what to plot

Pick a live incident, or fall back to a building for staging practice.

Map & response

Primary and alternate paths from the station to the fire, with hydrants along the way.

No route data

Register a station and a building, then open this page again.

Route recommendation

Dijkstra / A* on OSM roads with travel-time cost and fire-truck impedance. Alternative assumes the primary path is blocked.

No routes calculated yet.

Nearest resources

Stations and hydrants closest to the fire.

    Dispatch context

    What responders see when this route is selected.

    Nothing selected

    Create an incident or choose a building above.

    Evacuation path

    Indoor egress recommended for occupants while units approach.

      Assembly: —

      Route optimization method

      Dijkstra (primary) and A* (alternative) on OpenStreetMap roads. Travel time is the cost, scaled by fire-truck impedance.

      Load a station and school to see Dijkstra / A* impedance factors.