Active Fire Detections
| # | Threat | Coordinates | Fire Radiative Power | Detected | Action |
|---|---|---|---|---|---|
| #1 | Low | 34.6384, -87.0852 | 8.8 MW | 07:39 UTC | Analyze → |
| #2 | Low | 31.7389, -101.7979 | 9.3 MW | 07:41 UTC | Analyze → |
| #3 | Low | 31.7392, -101.8055 | 22.9 MW | 07:41 UTC | Analyze → |
| #4 | Low | 31.7400, -101.7961 | 10.4 MW | 07:41 UTC | Analyze → |
| #5 | Low | 31.7403, -101.8037 | 10.4 MW | 07:41 UTC | Analyze → |
| #6 | Low | 42.6428, -103.5488 | 15.0 MW | 09:20 UTC | Analyze → |
| #7 | Low | 42.6440, -103.5547 | 26.8 MW | 09:20 UTC | Analyze → |
| #8 | Low | 42.6452, -103.5416 | 21.8 MW | 09:20 UTC | Analyze → |
| #9 | Low | 42.6464, -103.5475 | 21.8 MW | 09:20 UTC | Analyze → |
| #10 | Low | 42.6476, -103.5534 | 15.8 MW | 09:20 UTC | Analyze → |
| #11 | Low | 42.6487, -103.5592 | 15.8 MW | 09:20 UTC | Analyze → |
| #12 | Low | 42.6488, -103.5403 | 21.8 MW | 09:20 UTC | Analyze → |
| #13 | Low | 42.6500, -103.5462 | 21.8 MW | 09:20 UTC | Analyze → |
| #14 | Low | 42.6512, -103.5520 | 15.8 MW | 09:20 UTC | Analyze → |
| #15 | Low | 42.6523, -103.5579 | 15.8 MW | 09:20 UTC | Analyze → |
| #16 | Low | 42.6608, -103.5424 | 20.2 MW | 09:20 UTC | Analyze → |
| #17 | Low | 42.6632, -103.5352 | 20.2 MW | 09:20 UTC | Analyze → |
| #18 | Low | 42.6643, -103.5598 | 8.6 MW | 09:20 UTC | Analyze → |
| #19 | Low | 42.6644, -103.5410 | 20.2 MW | 09:20 UTC | Analyze → |
| #20 | Low | 42.6668, -103.5337 | 41.0 MW | 09:20 UTC | Analyze → |
| #21 | Low | 42.6679, -103.5584 | 8.6 MW | 09:20 UTC | Analyze → |
| #22 | Low | 42.6680, -103.5396 | 41.0 MW | 09:20 UTC | Analyze → |
| #23 | Low | 42.6691, -103.5641 | 8.6 MW | 09:20 UTC | Analyze → |
| #24 | Low | 42.6692, -103.5455 | 13.6 MW | 09:20 UTC | Analyze → |
| #25 | Low | 42.6704, -103.5513 | 13.6 MW | 09:20 UTC | Analyze → |
How It Works
1
Detect — 8 satellites across 4 independent systems (NASA FIRMS, NOAA GOES, NASA LANCE, EU EFFIS) polled simultaneously with corroboration scoring
2
Analyze — NOAA provides real-time wind, temperature, and humidity at the fire location
3
Model — Rothermel spread model projects fire cone over a configurable time horizon
4
Zone — Evacuation and warning polygons output as GeoJSON
5
Notify — Payload routes to any notification platform automatically
API Endpoints
GET/scanRun satellite scan
GET/mapLive interactive fire map
GET/firesAll detections as JSON
GET/analyzeFull pipeline for any coordinates
GET/healthSystem health check
GET/docsInteractive Swagger docs