Vega for Defense
Spectrum awareness for contested environments. Detect and attribute interference sources before mission impact.
The Threat Is Not Hypothetical
- 16% CAGR in adversarial orbital events — the space link is increasingly contested
- Active jamming — Eutelsat detected jamming on two satellites affecting broadcasts, traced to Iran
- Orbital maneuvering — Russian satellite Luch maneuvered within 2 km of French, Italian, and Intelsat military communication satellites
- Attribution gap — Interference detected but source unknown: own assets, commercial, or adversary?
Capabilities
Electromagnetic situational awareness
Persistent RF environment monitoring across 15,000+ active satellites. Predict when and where spectrum congestion will degrade links. Identify vulnerable windows and maintain link reliability under RF stress.
Learn about forecasting →Rapid interference attribution
Deterministic source identification based on orbital geometry and RF characteristics. Pattern-of-life analysis for third-party satellite characterization. Traceable to orbital data and frequency filings — not simulation assumptions.
See the platform →Dual-use architecture
Commercial-proven at scale, defense-ready when needed. The same engine that helps operators avoid interference detects uncoordinated RF activity, anomalous satellite behavior, and frequency allocation violations.
Get started →Program Alignment
SDA Transport Layer
Forecasting directly supports link reliability for the proliferated LEO communications mesh. As the Transport Layer scales, interference management becomes operationally critical.
EMSO / Electronic Warfare
Electromagnetic spectrum operations require persistent awareness of the RF environment. Vega provides the predictive layer that enables proactive spectrum maneuver rather than reactive response.