Mission and Space
Space weather is an operational risk. Treat it like one.
Solar activity disrupts satellites, power grids, aviation, and navigation. SPARK applies signal analysis and rare-event detection to space-weather data, focused on the indicators that give operators more time to act.
Solutions
- 01Event-history study
- 02Indicator evaluation
- 03Operational risk brief
Focus areas
- 01Solar-event analysis
- 02Satellite operations risk
- 03Grid and GNSS impacts
- 04Lead-time and early indicators
- 05Aerospace data analytics
Why it matters
Space Weather & Aerospace Analytics
Solar storms can disrupt satellites, communications, power grids, and navigation. More warning means more time to act.
Built for
- Satellite and space operators
- Utilities and grid operators
- Aerospace and aviation organizations
- Government and defense agencies
- Insurers and risk managers
Applications
- Satellite anomaly protection
- Power-grid storm readiness
- Communications safeguarding
- Aviation route planning
- Space mission risk
- Insurance and risk modeling
Solutions
How SPARK helps.
Every engagement is scoped to your question, your data, and the decision it supports.
- 01
Event-history study
Characterize past solar events and their operational impact on a defined set of assets.
- 02
Indicator evaluation
Test candidate early indicators against the historical record for lead time and false alarms.
- 03
Operational risk brief
Translate space-weather exposure into concrete risk for a satellite, grid, or flight operation.
Next step
Put SPARK on your hardest problem.
Tell us what you need to know and the data you have. We'll scope the fastest path to a decision-ready answer, under NDA where required.