Predict space weather before it hits your operations.
ML-driven forecasting for telecom, satellite, and defense — from hours to years in advance.
Learning from two centuries of solar activity
Begins
Hale's Discovery
storms
Forecasting
Solar cycle, solar wind, geomagnetic indices — predicted days to years in advance with ML models trained on 200+ years of data.
Intelligence
VTEC mapping, scintillation monitoring, and PNT integrity — updated every 5 minutes with 50–100 km resolution.
Situational Awareness
TLE forecasting, conjunction risk mapping, and launch window optimization — dramatically outperforming SGP4.
Built for mission-critical operators.
Telecom
5G / 6GIonospheric disturbances introduce nanosecond timing errors that collapse network synchronization.
Proactive timing management — switching to holdover modes before failures occur.
NTN
Non-Terrestrial NetworksPoor ionosphere modeling forces over-provisioning of satellite constellations.
Network-level optimization that can reduce required satellites while improving service quality.
Defense
National SecurityGPS spoofing exploits ionospheric uncertainty. Degraded signals compromise PNT integrity.
Real-time spoofing detection through ionosphere anomaly identification and holdover planning.
Satellite Ops
Mission PlanningSpace weather events increase drag, shorten lifetimes, and raise collision risk.
Predictive intelligence for launch windows, drag impacts, and space-weather-aware orbit prediction.
Aviation
Flight SafetyPolar and high-latitude flights lose GPS and radio communication during space weather events.
Advance warning for specific flight corridors, enabling route adjustments.
Maritime
NavigationGNSS-dependent navigation at sea is vulnerable to ionospheric signal degradation.
Ionospheric intelligence for maritime PNT integrity across all conditions.