Skyfora
Weather dashboard with enhanced forecast overlay
Weather Industry

Sharper Forecasts.
Faster Updates.

Upgrade your forecasts with unique real-time GNSS derived data. Stay ahead of the weather with accuracy your users can trust.

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The Problem

Weather forecast providers face critical data limitations that compromise accuracy, timeliness, and coverage in today's rapidly changing climate.

Limited Data Refresh Rates

Traditional atmospheric observations provide updates only every 3-6 hours, missing rapid storm formation and atmospheric changes that develop in minutes or hours.

Coverage Gaps

Significant blind spots exist in oceanic regions, remote areas, and developing countries, where traditional weather observations are sparse, limiting forecast accuracy.

The Critical next hours

Critical 0–24 hour forecasts are limited by the inability of existing methods to assimilate or resolve sufficient high-resolution atmospheric data, resulting in missed severe weather events, rapid changes in weather systems and reduced effectiveness of early warning systems.

The Challenge

Current Input Refresh Rates

Traditional weather data sources update every 3-6 hours, creating significant gaps in monitoring rapid atmospheric changes and storm development.

Missing Rapid Formation

Forecasts often miss rapid storm formation and atmospheric phenomena that develop and change faster than traditional observation cycles can capture.

Texas weather map showing rapid storm development and precipitation patterns

What Skyfora Adds

Transform your forecasting capabilities with Skyfora's unique atmospheric data

Higher Accuracy in 0–72 Hour Range

Significantly improve forecast precision in the critical short-term window with high-frequency, high-resolution atmospheric data. Enhance reliability for your users and enable better decision-making when timing matters most.

Fill Blind Spots in Under-Observed Regions

Extend coverage into previously under-observed regions where traditional networks are sparse. Provide crucial data across the Global South and unlock new markets with comprehensive atmospheric monitoring.

Works with Both NWPs and AI Models

Seamlessly integrate with both Numerical Weather Prediction (NWP) systems and advanced AI models. Our data feeds work with your existing infrastructure, whether you're running traditional models or next-generation AI forecasting systems.

sample_data.json
{
  "timestamp": "2025-08-15T11:30:00Z",
  "station_id": "L00601USA0",
  "location": {
    "lat": 40.7128,
    "lon": -74.0060,
    "elevation_m": 12
  },
  "ztd_mm": 2400.12,
  "zwd_mm": 185.47,
  "swd": [
    {
      "sat": "G01",
      "az_deg": 123.4,
      "el_deg": 45.6,
      "delay_mm": 47.8,
      "snr_db": 42
    },
    {
      "sat": "E07",
      "az_deg": 256.1,
      "el_deg": 32.3,
      "delay_mm": 28.2,
      "snr_db": 39
    }
  ],
  "satellite_count": {
    "GPS": 6,
    "GAL": 4
  },
  "surface_weather": {
    "temp_c": 25.6,
    "humidity_pct": 68,
    "pressure_hpa": 1017.0
  },
  "data_quality": {
    "pdop": 1.8,
    "cycle_slips": 0
  }
}

Real-time atmospheric data stream • Updated every 1-5 minutes • Global coverage

Built for Weather Leaders

Designed to serve both private and public sector weather organizations seeking to enhance their forecasting capabilities

Private Providers

Commercial weather services and technology platforms that deliver forecasts and observations to partners, businesses and consumers worldwide.

Enterprise weather intelligence platforms
Industry Data platforms
Mobile and web application providers
Weather Sensors & Instrument providers

Public Agencies

National meteorological services, research institutions, and government agencies responsible for weather monitoring and public safety.

National or regional weather services
Meteorological research institutes
Emergency management agencies
Aviation and maritime authorities
Cities and municipalities

Proven Results

GNSS meteorology is proven — Skyfora just scales it to unprecedented levels

Scientific Validation

GNSS-based water vapor sensing is already used by NOAA, ECMWF, E-GVAP, and meteorological services worldwide. Dense GNSS networks in Belgium, Japan, Taiwan, and Italy have demonstrated up to 87–97% storm nowcasting accuracy in peer-reviewed studies.

Peer-reviewed research validation
Read our Research Paper

Skyfora's Innovation

Our breakthrough is activating thousands more GNSS receivers via telecom partnerships — multiplying network density by 20–1000× while maintaining the same proven scientific foundation.

Ready to Enhance Your Forecasts?

Join leading weather forecast providers who are transforming their capabilities with Skyfora's real-time atmospheric intelligence.

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