Key Benefits


Optimize resources, reduce weather risks, and enable smarter decisions.

  • Seamless Integration – Our user-friendly API, supporting GeoJSON format, easily integrates with your existing systems, enhancing compatibility across various applications.
  • Extensive Global Coverage – Tap into over 70,000 weather stations worldwide for near real-time and historical data, ensuring you have the most comprehensive view of weather patterns.
  • Historical Depth – Access up to 30 years of historical weather observations, enabling robust trend analysis and long-term planning.
  • Quality-Controlled Data – Benefit from reliable, gap-filled weather data, providing continuous and accurate insights for critical decision-making.

Industry Applications


Provide real-time and historical data for seamless integration.

  • Utilities Sector – Boost grid resilience and reduce power outages with advanced weather insights.
  • Renewable Energy Markets – Optimize resource allocation and predict demand fluctuations.
  • Insurance – Enhance risk assessment and claims processing with accurate weather data.
  • Agriculture – Improve crop management and yield predictions.
  • Transportation – Ensure safer and more efficient route planning.
  • Climate Research – Leverage extensive historical data for in-depth climate studies.

API’s and Integrations


API’s

  • Weather Conditions API – World-wide forecasts, current conditions, and historical weather data.
  • Observation API – World-wide near real-time and historical observations.
  • Map Tile API – Wide range of vector and raster map layers.
  • Lightning API – World-wide near real-time and historical lightning data.
  • Renewables API – Global, location-specific environmental data for renewable energy industry.
  • Tropical Cyclone API – Active tropical cyclone data for past, current, and forecast positions globally.
  • Agency Bulletin API – Current, accurate global weather bulletin data.

Integrations

  • RESTful Architecture – Facilitates easy integration with most programming languages and frameworks.
  • Flexible Queries – Supports geospatial queries, time-based filtering, and multi-station requests.
  • Scale – Handles high-volume requests with rate limiting safeguards.
  • Error Handling – Comprehensive HTTP status codes and error messages for troubleshooting.
  • Documentation – Detailed API reference, including Swagger/OpenAPI specifications.
  • SDK Support – Client libraries available for popular languages (e.g., Python, JavaScript, Java).
  • Webhooks – Real-time data push available during significant weather events.

Data Feed Specifications


Weather Solutions

  • DTN Weather Conditions –  Forecast data for multiple points worldwide. Learn more.
  • DTN Observations – Near real-time weather observations. Learn more.
  • DTN Historical Lightning – Global lightning strike data (September 2019-present).
  • DTN Historical Weather Conditions – Global gridded historical weather model (2013-present).
  • DTN Historical Observations – Decades of archived weather station data.
  • DTN Gridded Weather Conditions – Global forecast model data (NetCDF, up to 0.1° resolution, 15-day horizon).

Radar Solutions

  • DTN Radar – Near real-time masked base-reflectivity and future radar (NetCDF).
  • DTN Precipitation Rate Radar – Near real-time global precipitation rate (5-minute updates, NetCDF).
  • DTN Global Radar Mosaic – Masked mosaic of ground-based and satellite-estimated reflectivity.

Satellite Solutions

  • DTN Satellite – Near real-time data for Europe, North America, and global regions (NetCDF).
  • DTN Night Fog – Global night fog data (10-minute updates, 4-min latency, 4km resolution).

Additional Solutions

  • DTN EchoTops and EchoTops Max – Radar-estimated storm heights (CONUS, NetCDF).
  • DTN Hail Swaths – Estimated surface hail paths (CONUS, shapefile).
  • DTN MetStorm QPE – Global, hourly, radar-based precipitation estimates.
  • DTN Rotation Tracks – Storm rotation tracks (CONUS, shapefile).
  • DTN Storm Attributes – Radar-scanned storm information (CONUS, CSV).
  • DTN Storm Corridors – 30-minute storm forecast motion.
  • DTN Weather Fronts – Global fronts, pressure centers, and tropical cyclone locations (3-hour updates, GeoJSON).

By leveraging these technical capabilities, developers can efficiently incorporate high-quality weather data into their applications, ensuring robust and accurate meteorological insights for diverse use cases.