Satellite connectivity data

Satellite connectivity is expanding fast with new constellations. Data about it supports planning and operations in remote and mobile contexts. This guide covers satellite connectivity data.

Why satcom data matters now

New low-earth-orbit constellations are transforming connectivity for maritime, aviation, remote sites and resilience. Data on coverage, capacity and performance informs planning and procurement.

The data landscape

• Coverage: where service is available.
• Capacity and performance: throughput and latency.
• Constellations: network and satellite data.
• Demand: connectivity needs.

Common use cases

Connectivity planning, maritime and aviation operations, remote-site and resilience, and market analysis.

Sourcing considerations

Coverage and performance data comes from operators and analysts, varying in independence and method. Combining with geography and demand adds value, and some data is commercial.

Delivery and governance

Most use cases use batches; operations may want timely feeds. Most data is non-personal. Provenance and methodology matter.

In a managed model

A managed partner can combine coverage, capacity and demand data for connectivity planning.

New constellations, new data

New low-earth-orbit constellations are transforming connectivity for maritime, aviation, remote sites and resilience. Coverage, capacity and performance data comes from operators and analysts varying in independence and method, so combining sources with geography and demand gives a truer picture.

Uses and provenance

The data supports connectivity planning, operations and market analysis; most is non-personal, and provenance and methodology matter.

Sources & further reading

• ITU and national regulators: satellite and spectrum data.
• Operator and analyst connectivity data.
• Eurostat: connectivity statistics.
• ESA: space and satellite references.