Data & Coverage
Anticipate Threats Before They Become Disasters.
Global authoritative warnings. Proprietary early detection. Forward-looking intelligence.
DisasterAWARE combines official warnings from national meteorological, hydrological, and disaster management agencies with proprietary early-warning capabilities, predictive geospatial intelligence, and monitoring of anticipated disruptions.
From tornadoes, hurricanes, and extreme weather to developing floods, landslides, tsunami threats, and planned operational disruptions, our intelligence helps organizations identify emerging risks before they affect people, assets, and operations.
Access structured warning areas, hazard severity, predictive indicators, and evolving threat information through enterprise-ready APIs, webhooks, and AI-native integrations.
Know what may happen, where it may happen, and when it matters.
Comprehensive Warning Intelligence. From Authoritative Alerts to Predictive Threat Detection.
Global Authoritative Warnings & Alerts
Access severe weather and natural hazard warnings from an expanding global network of national meteorological, hydrological, and disaster management agencies.
DisasterAWARE integrates Common Alerting Protocol (CAP) feeds alongside other authoritative sources, bringing geographically dispersed warning information into a consistent intelligence framework.
Our integrations cover 139 live CAP services, helping technology providers access a broad range of warning types without independently building and maintaining hundreds of source integrations.
Available information includes warning areas, hazard classifications, severity, timing, source attribution, and updates as alerts evolve.
From severe thunderstorms and flooding to extreme temperatures, winter storms, high winds, and coastal hazards, deliver more comprehensive warning intelligence through a single integration.
Predictive Models, Geospatial Intelligence & Emerging Threat Detection
DisasterAWARE complements authoritative warnings with scientific models, predictive geospatial layers, proprietary early-warning capabilities, and forward-looking threat intelligence.
For flooding and landslides, our early-warning intelligence incorporates scientific models and environmental observations, including NASA's Flood Model of Models, flash flood guidance, hydrological information, and NASA's Landslide Hazard Assessment for Situational Awareness (LHASA).
Additional predictive geospatial intelligence helps organizations understand developing hazards and potential consequences, including:
Beyond natural hazards, DisasterAWARE's open-source intelligence (OSINT) pipeline monitors information about planned and scheduled disruptions, including announced protests, labor strikes, and other events that may affect operations.
Together, these capabilities provide a broader view of emerging threats, anticipated conditions, and potential disruptions beyond conventional warning feeds.
- •Wildfire Weather Index: ECMWF-derived fire weather information reflecting temperature, humidity, wind, precipitation, and fuel moisture conditions to help identify areas experiencing elevated fire danger.
- •Tsunami Travel Times: Modeled travel-time contours showing the expected progression of tsunami waves from an earthquake source toward coastal locations.
- •Estimated Tsunami First-Wave Arrival Times: Forecast arrival times for supported coastal locations, updated as new tsunami warning information becomes available.
Geographic Warning Areas, Severity & Threat Context
A warning becomes more valuable when customers can understand where it applies and how serious the threat may be.
DisasterAWARE enriches incoming warnings with structured hazard classifications, severity information, geographic boundaries, and available event context.
Where supported, warning polygons, predictive geospatial layers, and modeled threat areas help identify locations potentially exposed to an emerging hazard.
Standardized records allow technology partners to compare information across sources, filter by hazard type or severity, and evaluate warnings against customer assets or operational locations.
Move beyond unstructured warning messages to geographic intelligence that can power maps, alerts, automated workflows, and exposure assessments.
Continuously Updated Intelligence for Enterprise Applications
Warnings evolve. Their geographic boundaries, severity, timing, and status may change as new information becomes available.
DisasterAWARE maintains active hazard intelligence and makes updates available through its enterprise delivery channels.
Partners can access structured hazard records through APIs, receive change-driven webhook notifications, or query active hazards through the Live Hazards MCP server.
Predictive geospatial layers and forward-looking OSINT information complement these event feeds through their supported delivery channels.
This enables software providers to incorporate warning intelligence into customer applications, asset monitoring systems, risk dashboards, and AI-assisted workflows.
One intelligence partner. Broader threat awareness. Better-informed decisions.
Why Disasteraware Is Different
More Than an Alert Aggregator.
Extensive Global Warning Integrations
Access a broad network of authoritative meteorological, hydrological, and disaster management warning sources through a unified intelligence service.
Proprietary Early-Warning Capabilities
Complement official alerts with additional flood and landslide threat intelligence derived from scientific models and analytical processing.
Predictive Geospatial Intelligence
Access available fire weather indices, tsunami travel-time models, estimated wave arrival times, and other geographic indicators that help explain developing threats.
Forward-Looking Operational Threat Monitoring
Identify publicly reported planned disruptions, including scheduled protests and announced labor strikes, through DisasterAWARE's OSINT intelligence pipeline.
Consistent, Structured Hazard Records
Reduce the complexity of fragmented warning sources with normalized hazard classifications, severity, geography, timestamps, and source information.
Enterprise & AI-Native Delivery
Integrate supported intelligence through REST APIs, webhooks, geospatial data services, and the Live Hazards MCP server.
Connected to Observed Hazards & Impacts
Move from early warnings to available observed hazard footprints, severity information, exposure assessments, and reported impacts through DisasterAWARE's broader intelligence capabilities.
Featured Intelligence Workflow
From Emerging Threat to Actionable Warning Intelligence
DisasterAWARE transforms fragmented warning sources, scientific hazard models, predictive geospatial information, and forward-looking threat reporting into intelligence that technology partners can integrate into their products.
Detect — Identify Emerging Threats
Ingest authoritative warnings, scientific model outputs, geospatial indicators, and supported OSINT information.
Identify developing natural hazards and publicly announced operational disruptions across supported geographies.
Normalize — Create Consistent Intelligence
Organize incoming hazard information into standardized records where supported.
Preserve relevant source information while classifying hazard type, severity, location, timing, and available warning details.
Enrich — Add Geographic & Operational Context
Associate hazards with warning polygons, modeled threat areas, predictive geospatial indicators, and available exposure assessments.
Support geographic filtering and evaluation of threats against locations or operational assets.
Deliver — Power Customer Applications
Make supported intelligence available through APIs, webhooks, geospatial services, and AI-native integrations.
Enable technology partners to build location-based warnings, monitoring workflows, risk dashboards, and other customer-facing applications.
Featured Capability: Proprietary Flood & Landslide Early Warnings
Identify Emerging Threats Beyond Official Alert Coverage.
Flooding and landslides can develop rapidly, particularly in areas with limited monitoring infrastructure or inconsistent official warning availability.
DisasterAWARE brings together multiple sources of environmental and scientific intelligence to provide additional awareness of developing threats.
Flood Early-Warning Intelligence
Combine global flood model information with available flash flood guidance, hydrological observations, and authoritative flood warnings.
Identify geographic areas where flooding may be developing or where modeled conditions indicate elevated concern.
Landslide Early-Warning Intelligence
Incorporate NASA LHASA model information to identify areas with elevated landslide likelihood.
Translate modeled hazard information into geographic intelligence that can complement official warnings and support broader situational awareness.
Additional Predictive Intelligence
Complement early-warning information with geospatial indicators such as fire weather indices and tsunami travel-time forecasts, alongside OSINT reporting about anticipated operational disruptions.
Enterprise Integration
Deliver supported warning and hazard information through APIs, webhooks, geospatial services, and other available enterprise access methods.
The advantage: A broader view of developing threats—not limited to the warnings published by any single agency.
Built On Authoritative Sources & Applied Science
Global Warning Coverage. Scientific Intelligence. One Trusted Foundation.
DisasterAWARE technology is rooted in decades of applied science and disaster management expertise developed through the Pacific Disaster Center.
Our warning intelligence combines authoritative agency information with scientific models, predictive geospatial indicators, environmental observations, and forward-looking threat reporting.
Rather than requiring customers to manage numerous independent data sources, DisasterAWARE provides a consistent foundation for accessing and interpreting developing hazards.
Authoritative Meteorological & Disaster Management Agencies
Integrate warnings and alerts from national and regional agencies through CAP and other supported source formats.
Scientific Models & Predictive Geospatial Intelligence
Incorporate flood and landslide models, ECMWF-derived wildfire weather information, tsunami travel-time models, and estimated first-wave arrival times.
Forward-Looking OSINT Intelligence
Monitor publicly reported planned and scheduled disruptions, including protests and labor strikes, that may affect business operations and critical locations.
Geographic Hazard Intelligence
Connect warning information with geographic areas, severity classifications, predictive indicators, and available exposure context.
Connected Intelligence Across the Disaster Lifecycle
Link early-warning intelligence with observed hazard information, historical catastrophe records, and available exposure and impact data.
Nine Ways Disasteraware Supports Enterprise Workflows
Turn Early Warnings into Actionable Customer Intelligence.
Insurance & Reinsurance Platforms
Integrate developing severe weather and natural disaster warnings into underwriting, portfolio monitoring, catastrophe response, and claims-preparation workflows.
Risk Intelligence & Security Platforms
Provide customers with geographically relevant warnings, emerging hazard intelligence, and information about publicly announced operational disruptions.
Supply Chain & Logistics Technology
Identify developing weather threats, potential flood or landslide hazards, and planned disruptions such as strikes or protests near suppliers, facilities, and transportation corridors.
Business Continuity & Resilience Platforms
Support proactive risk identification and continuity planning with warnings, predictive hazard indicators, and anticipated disruptions tied to customer locations.
Travel Risk & Duty-of-Care Solutions
Monitor developing hazards and announced disruptions near destinations, accommodations, facilities, and travel routes.
Property & Asset Monitoring Platforms
Screen buildings, facilities, and property portfolios against warning areas, predictive geospatial indicators, and developing natural disaster threats.
Geospatial & Mapping Applications
Integrate structured warning polygons, fire weather indices, tsunami travel-time forecasts, and other supported geographic threat information into customer maps.
AI Assistants & Automated Risk Workflows
Use supported live intelligence through MCP-enabled applications to answer location-specific questions, screen assets, and support automated risk analysis.
Emergency Management Technology Partners
Enhance third-party emergency management and situational awareness solutions with authoritative warnings, model-derived early-warning intelligence, and predictive geographic information.
Related Products & Data Capabilities
One Intelligence Foundation. Multiple Ways to Understand Risk.
Warnings & Predictive Intelligence is one part of DisasterAWARE's broader disaster intelligence offering.
Connect developing threat information with observed hazards, exposure assessments, historical catastrophe records, and geographic data to support more complete risk analysis.
Related Data Capabilities
Observed Hazard Intelligence
Understand what actually occurred through available observed event footprints, measured and estimated severity, and evolving geographic hazard information.
Exposure & Impact Intelligence
Understand which assets, communities, and infrastructure may intersect developing or observed hazard areas, alongside available reported consequences.
Historical Disaster Database
Access historical catastrophe records, enriched event details, geographic footprints, severity information, and available associated impacts.
Global Coverage & Sources
Explore DisasterAWARE's authoritative integrations, supported geographies, and hazard-specific data coverage.
Geospatial Data Layers
Access geographic hazard, exposure, vulnerability, and predictive intelligence layers, including supported fire weather and tsunami modeling products.
Related Hazard Intelligence
Severe Weather
Explore global severe weather warnings, including high winds, storms, extreme temperatures, winter weather, and other meteorological threats.
Floods
Understand flood warnings, modeled threats, hydrological observations, flood extent, depth information, and historical flood intelligence.
Severe Convective Storms
Explore hail, damaging wind, and tornado intelligence, including warnings, observed storm footprints, and historical event evidence.
Wildfires
Access wildfire detections, official warnings, fire weather indicators, evolving fire perimeters, and available impact information.
Earthquakes & Tsunamis
Explore earthquake activity, shaking intensity, tsunami warnings, modeled travel times, estimated wave arrival times, and related hazard intelligence.
Man-Made & Operational Threats
Access information about human-induced incidents and publicly reported planned disruptions, including protests, labor strikes, and other operational threats.
Know What's Coming. Deliver Intelligence That Helps Customers Act.
Natural disasters, severe weather, and operational disruptions can develop quickly. Organizations need more than disconnected alerts to understand emerging threats. DisasterAWARE combines authoritative global warnings, proprietary early-warning intelligence, predictive geospatial data, and forward-looking OSINT monitoring within a broader disaster intelligence foundation. From CAP integrations and flood and landslide early warnings to fire weather indices, tsunami arrival forecasts, and planned disruption intelligence, help your customers anticipate threats and understand where attention may be needed. As events unfold, connect those early signals with observed hazard intelligence, exposure assessments, and available reported impacts.