Unified Telemetry Strategy for Satellite Operators
This executive brief examines how maintaining separate telemetry infrastructure for mission assurance and service assurance is driving up costs, slowing incident response, and blocking fleet-wide analytics for satellite operators—and lays out the case for consolidation onto a unified time series platform.
It details how leading operators like Eutelsat OneWeb (600+ LEO satellites) and LeoLabs (tracking 20,000+ objects in real-time) are eliminating architectural fragmentation to achieve measurable operational and financial results.
Key Takeaways:
- Duplicate telemetry infrastructure—separate systems for spacecraft health and network performance—increases costs by 30-40%, delays root cause analysis during incidents, and prevents the cross-domain insights needed for digital twins and predictive maintenance.
- Five converging industry trends—constellation scale, service diversity, cost pressure, digital transformation, and regulatory requirements—are making unified telemetry a strategic priority for operators managing modern fleets.
- Operators deploying a unified time series platform report 25-35% faster mean time to resolution, 50% storage cost savings, and the analytics foundation to optimize fleet utilization and inform next-generation satellite designs.
Read the full executive brief to see how a unified telemetry architecture can reduce your infrastructure complexity, accelerate operations, and position your organization for the next era of satellite fleet management.
