Full list of our products
HESPERIA REleASE
Real-Time SEP Event Forecasting
HESPERIA REleASE
HESPERIA REleASE forecasts solar proton events using near-relativistic electron measurements, providing real-time predictions since 2008.
HESPERIA REleASE Alert
The HESPERIA REleASE notification system
HESPERIA REleASE Alert
HESPERIA REleASE alert system displays real-time radiation impact using a gauge with Quiet, Warning, and Alert levels.
HESPERIA REleASE+
Real-Time SEP Event Forecasting
HESPERIA REleASE+
HESPERIA REleASE+ enhances solar proton forecasting by integrating type-III radio bursts detection with the relativistic electron module to reduce false alarms.
HESPERIA REleASE+ Alert
The HESPERIA REleASE+ notification system
HESPERIA REleASE+ Alert
HESPERIA REleASE+ alerts solar proton events using electron data and type-III radio bursts, with a real-time gauge displaying Quiet, Warning, and Alert levels.
STEREO REleASE
Real-Time SEP Event Forecasting
STEREO REleASE
STEREO REleASE predicts solar proton events using STEREO-A electron data, improving forecasting accuracy and reducing false alarms.
STEREO REleASE Alert
Real-Time SEP Event Forecasting
STEREO REleASE Alert
STEREO REleASE Alert provides real-time solar proton event notifications using a gauge displaying impact levels.
STEREO REleASE+
Real-Time SEP Event Forecasting
STEREO REleASE+
STEREO REleASE+ improves proton event forecasting by integrating type-III radio burst detection with electron alerts.
STEREO REleASE+ Alert
The STEREO REleASE+ notification system
STEREO REleASE+ Alert
STEREO REleASE+ Alert delivers real-time radiation impact warnings with three distinct risk levels.
HESPERIA UMASEP 500
Real-Time SEP Event Forecasting
HESPERIA UMASEP 500
HESPERIA UMASEP-500 predicts >500 MeV solar proton events using GOES satellite data and neutron monitor observations for early warnings.
Data Retrieval Tool
Real-time and historical space weather data.
Data Retrieval Tool
A tool providing real-time and historical solar energetic particle forecasts with graphical and textual outputs from HESPERIA models.
