Parametric Wildfire Intelligence

Deploy continuous satellite monitoring across any environment and visualize real-time fuel moisture and active fire perimeters through a single pane of glass.

Real-Time Telemetry

satellite_alt
Sentinel-2
10m res
Landsat-9
30m res
VIIRS
375m res

Pinpoint thermal anomalies and map live fuel moisture with high-fidelity multispectral satellite passes every 6 hours.

water_drop

Critical LFMC

62%
warning

Active Triggers

  • Bastrop County High
  • Fontainebleau Elevated

Multi-Sensor Satellite Feasibility

Observe active fire perimeters, dNBR severity, and fuel dryness across global high-risk zones.

D3 Orthographic

Global Wildfire Anomaly Tracker

Target: Southern France 43.24°N, 6.32°E

Drag to rotate. Select a highlight to focus the Sentinel-2 canvas map.

Sentinel-2 / Esri API

High-Resolution Active Fire Observer

60 Days
km/h
deg
deg
%
Microsoft Planetary Computer STAC Handshake ONLINE
> Initializing STAC catalog API handshakes...
> Querying Sentinel-2 L2A COGs for bounding box...
> Retrieved Scene ID: S2A_MSIL2A_20260731T103021_N0500_R065
> Sun Elevation: 58.42° | Mean Cloud Cover: 0.12%
Research-to-Product Pipeline

Sounny Fire Science Lab

Every algorithm is grounded in peer-reviewed science. Our student research lineage traces back to the 2011 Bastrop Fire.

Bastrop Lost Pines Field Recovery (2013) Post-Fire Recovery Field Survey (2013)
Applied GIS Research

Bastrop VMI Case Study (2012)

A Fall 2012 environmental GIS research study applied Vegetation Moisture Index (VMI) to the Bastrop TX fires, demonstrating that spectral fuel moisture indices could identify pre-fire dryness signatures. Direct methodological ancestor of FireIntel's LFMC pipeline.

Bastrop, Texas · Fall 2012
Fontainebleau Forest Fire (2026) False-Color Infrared (2026)
Satellite AI Analysis

Fontainebleau Fire Case Study (2026)

Sentinel-2 satellite imagery captures the July 2026 Fontainebleau wildfire. Utilizing false-color infrared, AI isolates active fire fronts (bright orange), distinguishes smoke plumes (gray-white), and maps the extent of healthy vegetation (red) to assess burn scars instantly.

Fontainebleau, France · July 2026
Remote Sensing Science

LFMC via PROSAIL Inversion

Live Fuel Moisture Content is retrieved by inverting the PROSAIL radiative transfer model against Sentinel-2 B8A (NIR) and B12 (SWIR) reflectance. Critical threshold: LFMC < 70% → extreme ignition risk.

Sentinel-2 · Yebra et al. (2013)
Product Innovation

dNBR Burn Severity Engine

Automated difference Normalized Burn Ratio (dNBR) calculations compute high-resolution post-fire perimeter damage and severity classification within hours of satellite overpass.

Sentinel-2 / Landsat-9 · SAR Fusion
Curriculum Innovation

Crowd-Sourced Disaster Alerts

Spatial emergency response prototype integrating mobile JSON HTTP servlets with interactive map markers for instant crowd-sourced damage reporting, request tracking, and automated community dispatch.

Geospatial Web GIS Lineage
Foundation Model AI

SAM Zero-Shot Satellite Fire Segmentation

Adapting Meta's Segment Anything Model (SAM) for label-free extraction of active fire fronts and smoke plumes directly from Sentinel-2 and VIIRS satellite imagery, enabling immediate zero-shot perimeter detection.

Meta AI SAM · Sentinel-2 / VIIRS
PROSAIL Inversion Engine

Interactive PROSAIL Radiative Transfer Sandbox

Adjust Sentinel-2 NIR (B8A) and SWIR-2 (B12) band reflectances to observe live LFMC retrieval and cellular desiccation physics.

Yebra et al. (2013) DOI: 10.1016/j.rse.2013.04.013
0.312
0.145
Radiative Transfer Inversion Model:
NDWI = (B8A - B12) / (B8A + B12) = 0.365
PROSAIL Inverted LFMC = 145.2 × NDWI + 32.8% = 85.8%
CANOPY DESICCATION STATE
MODERATE IGNITION SUSCEPTIBILITY

Cellular water content is declining. Vegetation foliage requires moderate energy for ignition. Prescribed fuelbreaks recommended.

PROSAIL Canopy Spectral Reflectance Signature (400 - 2400 nm)

Observe real-time biophysical optical transitions across Sentinel-2 bands B2, B3, B4, B8A, B11, and B12.

Sentinel-2 MSI Bands
LFMC Ignition Reference Table

Critical Fire Risk Thresholds (Validated: Bastrop 2012 VMI, Yebra et al. 2013)

LFMC RangeRisk LevelResponse Action
> 120%🟢 Very LowNo alert required
90-120%🟡 LowMonitor - Watch zone active
70-90%🟠 ModerateElevated monitoring - Satellite sweep active
50-70%🔴 HIGHEmergency alert - Continuous satellite tracking
< 50%🔥 EXTREMECritical fire risk - Full emergency dispatch

Live Fuel Moisture & Burn Analytics

Near real-time Live Fuel Moisture Content (LFMC) nowcasting and automated Sentinel-2 dNBR severity mapping.

Dryness Analytics

Live Fuel Moisture Content (LFMC) Trends

2026 Nowcast 10-Yr Historical Avg Critical Ignition Threshold (70%)
EO Pre-Ignition Forecast: VIGILANCE LEVEL 2 LFMC APPROACHING 70% THRESHOLD

PROSAIL inversion nowcast shows Live Fuel Moisture Content at 74% and dropping (-3%/week). Vegetation stress signature detected across 42% of area. High ignition probability expected within 7 to 10 days.

LFMC values below 70% indicate extreme moisture stress and high ignition susceptibility.

Perimeter Evaluator

Active Bounding Box dNBR Sweep

Zone ID ONF-FR-8329
Monitored Area 12,500 Hectares
Severity Condition dNBR > 0.4 over 85% area
Sweep Status EVALUATING
HIGH SEVERITY BURN DETECTED

Sentinel-2 dNBR index calculated at 0.52 over 91.2% of forest property coordinates. Automated severity perimeter mapping verified.

Alert Dispatched: Severe Canopy Loss (Verified)
Sentinel-2/1 Damage Severity Sweep 0%
Interactive Tool

Fire Risk Calculator

Enter current weather conditions to estimate fire danger using a Fire Weather Index-inspired model.

Weather Inputs

Current Conditions

Recommendations

Adjust the weather parameters above and click Calculate to receive tailored fire safety recommendations.

-
Risk Score
Enter conditions to calculate

Your personalized fire risk assessment will appear here.

API Infrastructure

Developer & Enterprise API Plans

Scalable REST API infrastructure for real-time fuel moisture and satellite thermal imagery integration.

Developer API

Spatial Moisture Feed

€499 /month

10,000 API Requests / Month

  • GET /api/v1/fuel-moisture
  • MS Planetary Computer STAC
  • Live REST Webhooks
  • Standard SLA Email Support
Burn Analytics

dNBR Severity API

€1,500 /month

Unlimited API Requests

  • GET /api/v1/fire-detections
  • Verified Spatial Perimeter Archive
  • Legal SIRET Signature Parity
  • Fast 24-hour Report Generation
Forestry & Utilities

National Adaptation

€0.04 /ha / year

Min. 50,000 hectares under management

  • Custom Weather Stations Grid
  • Dedicated Spread Simulation GPUs
  • Guaranteed 99.9% API Uptime
  • Dedicated GIS Solutions Engineer
OPENAPI v3.0

Fire Adaptation REST API Console

Test endpoints, inspect JSON responses, and integrate satellite fuel moisture into your platform.

HTTP Request Sandbox GET
Host: https://api.fire.sounny.com
Query Parameters:
Headers:
Authorization: Bearer fi_live_9f83a2b1c4...
Accept: application/json
Live Response JSON 200 OK (38ms) 
{
  "status": "success",
  "timestamp": "2026-08-08T10:47:00Z",
  "query": { "lat": 43.24, "lng": 6.32, "region": "Var Region, France" },
  "lfmc_nowcast": {
    "value": 68.2,
    "unit": "percent",
    "threshold_status": "VIGILANCE_ACTIVE",
    "prosail_reflectance": { "b8a_nir": 0.312, "b12_swir": 0.145 }
  },
  "pre_ignition_recommendation": "Deploy prescribed fuelbreak 2km southwest of active zone."
}
Instant SMS Dispatch Twilio / Telephony Gateway

Nearby Wildfire SMS Emergency Alerts

Get instant automated SMS text alerts on your phone whenever satellite EO detects active thermal anomalies or LFMC dryness drop below 70% within your 50km radius.

Fire Intelligence Enterprise Platform

Request Platform Access & Pilot Partnership

Fire Intelligence is partnering with pilot insurance underwriters, forestry authorities (ONF), and municipal risk managers across France and the United States to co-deploy automated parametric risk triggers and pre-ignition monitoring.