Electromagnetic Situational Awareness for Contested Space Links
Vega helps defense teams detect, attribute, and plan around RF interference before it becomes mission impact.
The Space Link Is Increasingly Contested
Defense communications depend on RF availability, but the operating environment is noisier, more dynamic, and harder to attribute.
Adversarial orbital activity
Close approaches, maneuvering, and uncoordinated behavior increase the burden on operators.
Active jamming
Interference events can affect satellite services long before source attribution is clear.
Orbital maneuvering
Nearby assets can change the RF and line-of-sight environment quickly.
Attribution gap
Teams still have to answer whether interference comes from owned assets, commercial systems, or an adversary.
A Predictive Layer for Electromagnetic Spectrum Operations
Electromagnetic situational awareness
Persistent RF environment monitoring across active satellites, frequency filings, and predicted overlap windows. Learn about forecasting
Rapid interference attribution
Source identification based on orbital geometry, RF characteristics, and pattern-of-life context.
Dual-use architecture
Commercial-proven forecasting that also detects uncoordinated RF activity and allocation violations.
Aligned with Proliferated and Contested Space Architectures
SDA Transport Layer
Forecasting supports link reliability as proliferated LEO communications meshes scale.
EMSO and electronic warfare
Predictive RF awareness enables proactive spectrum maneuver rather than reactive response.
Mission assurance
Identify vulnerable windows before critical communication periods and handoffs.
Built on traceable data, not black-box guesses.
Orbital mechanics
Propagation includes J2 perturbations, atmospheric drag, and solar radiation pressure.
Physics-based attribution
Built on orbital data and frequency filings rather than opaque ML-only inference.
Operational security
Encrypted in transit and at rest with audit logging and multi-tenant isolation.
Detect, attribute, and act before the link degrades.
Vega organizes RF risk into an operational loop that supports planning, triage, and after-action evidence.
Detect
- RF congestion
- Overlap windows
- Affected assets
- Anomalous behavior
Attribute
- Likely source
- Orbit context
- Frequency match
- Confidence score
Act
- Shift window
- Adjust link
- Escalate evidence
- Preserve record