PyroSentinel helps governments, insurers, utilities, forestry agencies, and emergency responders predict wildfire ignition zones, simulate fire spread, and detect emerging fires in real time.
Built for operational wildfire prediction, environmental risk intelligence, and disaster response decision-making.
PyroSentinel delivers real-time wildfire prediction and environmental risk intelligence using satellite imagery, weather data, terrain modeling, and physics-informed AI.
Wildfires are increasing in intensity, frequency, and economic cost. Current systems rely on delayed data, disconnected tools, manual analysis, or slow simulations that cannot support real-time operational decisions.
Minutes matter. Delayed identification of ignition points allows small fires to become regional disasters. Legacy systems can lag by hours or more.
Traditional CPU-based fire models are too slow for operational-scale forecasting during active incidents, limiting effective real-time response.
Weather, terrain, satellite, fuel, and infrastructure data are scattered across disconnected systems, creating blind spots in risk assessment.
Insurers, governments, and utilities face growing losses from climate-driven wildfire events — with inadequate tools to quantify or reduce exposure.
A complete workflow from raw satellite and weather inputs to operational decision support — all in one integrated platform.
PyroSentinel collects satellite imagery, weather feeds, terrain data, vegetation and fuel maps, and historical wildfire records in real time.
The system identifies high-risk ignition zones using AI models trained on environmental conditions and historical fire behavior patterns.
Satellite hot spot monitoring and anomaly detection identify possible emerging fires before they are reported through traditional channels.
Fire spread scenarios are generated rapidly using live weather, slope, vegetation, and fuel conditions — updated as conditions change.
Users receive alerts, risk maps, confidence scores, and recommended monitoring priorities via dashboard, email, or SMS.
Agencies and enterprises export reports, share maps, and coordinate response planning with field teams and underwriters.
PyroSentinel removes the need for fragmented tools and delayed data sources. All critical capabilities — detection, simulation, alerting, and reporting — are unified in a single platform.
An interactive regional map with risk zones classified as low, medium, high, and critical. Includes layers for vegetation, weather, terrain, historical fire activity, and infrastructure exposure. Supports both desktop and mobile access.
Simulate likely fire spread over short time windows — 1, 3, 6, and 12 hours — incorporating wind, slope, fuel type, humidity, and temperature. Run scenarios from any detected ignition point within minutes.
Satellite-based hot spot monitoring with alert notifications delivered via dashboard, email, or SMS. Every alert includes a confidence score and recommended monitoring priority to support fast decision-making.
Daily forecast of high-risk ignition zones using AI models trained on environmental and historical fire data. Enables preventive monitoring and resource pre-positioning before conditions become critical.
Export maps, risk summaries, and incident reports for sharing with emergency units, field teams, underwriters, or infrastructure managers. Supports operational coordination across organizations.
For insurers, utilities, and government integrators — access PyroSentinel data and simulation outputs via API to integrate wildfire intelligence into existing risk management and analytics workflows.
A layered architecture combining satellite feeds, physics-informed AI, and GPU acceleration into one operational platform.
Wide-area fire detection, vegetation monitoring, and hot spot analysis from orbital imagery.
Wind, humidity, temperature, and precipitation modeling for real-time fire behavior prediction.
Fire behavior and spread direction modeling based on topography and elevation data.
Ignition prediction and risk classification combining machine learning with fire behavior science.
High-speed wildfire spread modeling across large regions, enabling real-time operational decisions.
Scalable data processing, role-based access, encryption, and enterprise-grade audit logs.
Interactive risk dashboards with layered geospatial maps and real-time simulation controls.
Real-time operational communications delivering alerts, confidence scores, and risk summaries.
Most existing tools offer either static risk maps, delayed satellite monitoring, or academic-grade simulations. PyroSentinel delivers speed, prediction, detection, and decision-ready intelligence in one unified platform.
| Capability | Legacy Systems | PyroSentinel |
|---|---|---|
| Fire Spread Simulation Speed | ✗ Slow CPU-heavy modeling | ✓ GPU-accelerated, operational speed |
| Detection + Prediction Workflow | ✗ Separate disconnected tools | ✓ Unified, end-to-end platform |
| AI Modeling Approach | ✗ Purely statistical or manual | ✓ Physics-informed AI for trust & accuracy |
| Alert Timeliness | ✗ Delayed reporting, hours later | ✓ Real-time alerting under 3 minutes |
| Sector Coverage | ✗ Narrow public-sector-only tools | ✓ Government, insurance, utilities, forestry |
| Data Integration | ✗ Fragmented environmental sources | ✓ Satellite + weather + terrain unified |
| Business Model | ✗ Custom one-off consulting | ✓ Scalable SaaS + Enterprise API |
PyroSentinel operates at the convergence of climate resilience, disaster response software, geospatial AI, insurance risk analytics, and infrastructure risk management.
Regional fire agencies, forestry departments, utilities in wildfire-prone regions, and insurers with high-exposure portfolios.
Annual SaaS subscriptions, region-based monitoring contracts, and API licensing for insurers and infrastructure operators.
National climate resilience programs, international development agencies, carbon risk monitoring, and multi-hazard environmental intelligence.
Early warnings, real-time monitoring, resource allocation, and regional forecasts.
Ignition-risk mapping, vegetation insights, and preventive intervention planning.
Portfolio-level wildfire risk intelligence for underwriting, pricing, and exposure analysis.
Predictive risk monitoring near transmission lines, substations, and remote infrastructure.
Fast fire spread projections, evacuation planning support, and real-time incident tracking.
SDG-aligned reporting, multi-region deployments, and research and data partnerships for international agencies.
PyroSentinel's work aligns directly with global commitments to climate resilience, environmental protection, and sustainable development.
Reduces exposure to wildfire smoke, displacement, and disaster-related health risks in at-risk communities.
Supports resilient infrastructure planning for utilities, transport networks, and critical public assets.
Improves disaster preparedness and community resilience in wildfire-prone urban and peri-urban regions.
Supports climate adaptation by helping governments and enterprises respond to climate-driven wildfire risk.
Helps protect forests, biodiversity, habitats, and land resources from destructive fire events.
Every detection, every simulation, every alert — contributing to a more climate-resilient world.
From onboarding to active incident management — PyroSentinel is designed to be operational within hours, not months.
Define the monitoring area, assets, forests, or insurance portfolio you want to protect.
See active wildfire risk zones, vegetation conditions, and environmental risk layers in real time.
Get notified when potential ignition events or critical risk thresholds are detected in your region.
Model possible fire movement over 1, 3, 6, and 12-hour windows using live environmental data.
Download reports, maps, and risk summaries for stakeholders, underwriters, or field teams.
Share insights with emergency units, field teams, infrastructure managers, or claims analysts.
A phased approach to building, validating, and scaling operational wildfire intelligence worldwide.
Risk dashboard, satellite alerts, GPU fire simulation, pilot deployments
Enterprise accounts, advanced reports, insurer risk layers, API access
Drone integration, mobile field app, automated incident workflows
Multi-hazard intelligence: floods, drought, heatwaves, ecosystem risk
International government partnerships and climate resilience analytics
Feedback from organizations at the frontline of wildfire risk — who have experienced PyroSentinel's capabilities firsthand.
"PyroSentinel gives our teams a faster way to identify high-risk areas and prioritize field monitoring before conditions become critical. The detection speed alone changes how we operate."
"The simulation capability is especially valuable for understanding risk near transmission infrastructure and planning preventive actions before fire season escalates."
"PyroSentinel provides a strong foundation for wildfire portfolio exposure analysis and could become a valuable underwriting intelligence layer for our climate risk models."
From local land managers to national governments — PyroSentinel scales with your organization's needs and ambition.
Everything you need to know about PyroSentinel's capabilities, deployment, and suitability for your organization.
PyroSentinel operates within a network of leading technology and institutional partners who share the mission of climate resilience and environmental intelligence.
A multidisciplinary team combining climate science, GPU engineering, AI research, and institutional partnerships to build wildfire intelligence infrastructure.
Climate resilience strategist with experience in disaster risk analytics, public-sector partnerships, and environmental technology commercialization. Formerly advised UN agencies and national disaster authorities on climate adaptation frameworks.
GPU computing and geospatial AI engineer specializing in high-performance simulation, satellite data pipelines, and scalable environmental intelligence systems. Previously built real-time geospatial platforms at leading climate tech firms.
Partnerships leader focused on government adoption, insurer relationships, climate adaptation programs, and UN SDG-aligned impact strategy. Brings deep experience in public-private collaboration across climate resilience programs globally.
Whether you're exploring a pilot program, partnership, or enterprise deployment — fill in the form below and a member of our team will get back to you within one business day.
contact@pyrosentinel.org
clara@pyrosentinel.org
kai@pyrosentinel.org
See how PyroSentinel can help your organization detect wildfire threats earlier, simulate fire spread faster, and make climate-resilient decisions with confidence.