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- SOCOL A chemistry–climate model used to simulate interactions between atmospheric chemistry, radiation, dynamics and climate, including the effects of energetic particles on the atmosphere.
- GAMERA - A three-dimensional magnetohydrodynamic model used to simulate the global magnetosphere and its interaction with the solar wind and ionosphere.
- SWMF-BATSRUS - A global space-weather modelling framework in which BATS-R-US simulates the magnetosphere and its response to changing solar-wind and geomagnetic conditions.
- OTSOpy - A Python-based tool for tracing charged-particle trajectories through the geomagnetic field and calculating geomagnetic cutoff rigidities and particle access to Earth.
- Geant4 - A Monte Carlo simulation toolkit for modelling the transport and interactions of energetic particles as they pass through matter.
- FLUKA - A general-purpose Monte Carlo code for simulating particle transport, interactions and radiation fields in matter and complex environments.
- the family of models CRAC - A family of models developed to simulate cosmic-ray-induced atmospheric cascades, including ionisation and the production of cosmogenic isotopes.
- GUMICS - A global magnetohydrodynamic model of the coupled solar wind–magnetosphere–ionosphere system, used to study how the geospace environment responds to solar-wind forcing.
- OpenGGCM - A global magnetohydrodynamic model that simulates the coupled solar wind, magnetosphere.
- POES data A Python implementation for processing and analyzing particle flux data from POES (Polar Orbiting Environmental Satellites) MEPED (Medium Energy Proton and Electron Detector) instruments.
- libRadtran A collection of C and Fortran functions and programs for calculation of solar and thermal radiation in the Earth's atmosphere.
