Vega for Engineers
Predict when and where spectrum congestion will impact your link up to 7 days in advance.
The Problem
- Source attribution — Uplink/downlink interference with no clear indication of origin
- Cross-pol degradation — Polarization isolation breakdown in crowded GEO arcs
- Adjacent satellite interference — Mega-constellations filing in overlapping bands
- Unexplained Eb/N₀ drops — Link margin degradation with no weather correlation
- Slow tooling — Manual simulations that take hours to run a single scenario
Capabilities
7-day interference forecasts
Orbital propagation with J2 perturbations, atmospheric drag, HEALPix tessellation, and 10,080-epoch analysis. Raw data access via API to power your automated workflows.
More on forecasting →Root-cause acceleration
When noise rises, the first question is always: internal or external? A forecast showing adjacent satellite overlap skips hours of guesswork. Replay and validate against historical RF events.
View reports →Clean integration, no new hardware
Integrates with existing Network Management Systems (NMS) and ground infrastructure. API-first design fits into your operational pipeline.
Learn about setup →Calibration Loop
You don't need any of this to get started. Out of the box, Vega provides co-visibility scores — a statistical proxy for satellite interference based on orbital geometry and frequency overlap. As you furnish link parameters, predictions sharpen from probabilistic to deterministic.
You provide
- ✓ Beam geometry and antenna patterns
- ✓ EIRP, bandwidth, polarization, G/T, modulation
- ✓ Measured Eb/N₀, noise floor telemetry
You receive
- ✓ ΔC/I, ΔEb/N₀, and expected link margin degradation
- ✓ Telemetry feedback that calibrates our models — improving accuracy over time
- ✓ Pattern-of-life characterization of interfering sources
Under the Hood
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