One physics-based platform. Multiple decision contexts.
SKEION is built for organisations that need to understand solar risk with more physical context, clearer evidence and better workflow integration.
Research labs
Research labs
Explore complex MHD datasets without heavy visualisation friction.
The pain
Research teams working with 3D MHD outputs often rely on heavy general-purpose tools, custom scripts and manual workflows that slow down exploration and sharing.
SKEION value
aiXplore provides a browser-based exploration layer for magnetic structures, streamlines, coronal topologies and evolving configurations.
interactive 3D explorationshared scenesvisual comparisonpublication & review support
Strengthen upstream analysis of solar magnetic structures.
The pain
Institutional teams already handle monitoring, alerts and operational products. The remaining challenge is improving the upstream physical understanding of the solar structures that drive major events.
SKEION value
SKEION can support event replay, expert analysis, benchmarking and physically interpretable reporting around solar magnetic structures.
Add space-weather context to mission resilience and anomaly review.
The pain
A satellite anomaly, drag episode or mission disruption rarely comes with an obvious cause. Teams need to distinguish potential space-weather contribution from hardware issues, RF interference, software behaviour or other operational factors.
SKEION value
SKEION can help provide environmental context, historical comparison and structured evidence around solar-risk periods.
Relevant for a prime contractor
For a satellite manufacturer or prime contractor, SKEION can become a complementary layer in mission support: helping teams explain when space weather may have contributed to an anomaly, when a customer should prepare for elevated environmental risk, and how a solar event can be documented in a resilience workflow.
anomaly context reportsmission resilience briefsevidence packsfuture API feeds
Prepare for solar-driven disruption with physically grounded context.
The pain
Power, navigation, communications and strategic infrastructure actors can be exposed to solar-driven disruption, but the chain from solar activity to operational impact is complex and uncertain.
SKEION value
SKEION is designed to provide upstream physical context and future decision-ready outputs that can support resilience planning, scenario analysis and event documentation.
SKEION is engaging with research labs, institutions, satellite stakeholders and strategic partners interested in physics-based space-weather intelligence.
