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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.

ACKNOWLEDGEMENTS

This project has received funding from the National Aeronautics and Space Administration under grant agreement No. TXS0150641A (National Observatory of Athens) and No. TXS0150642 (Christian-Albrechts-Universität)