Operational importance and tracking challenges in MEO

Medium Earth Orbit is where many of the most mission-critical services operate, especially GNSS constellations that underpin positioning, navigation, and timing for aviation, maritime, telecom networks, finance, and defense.

Because MEO satellites have wide coverage and high strategic value, operators prioritize continuous orbit knowledge, rapid anomaly detection, and reliable conjunction assessment to avoid service degradation.

MEO also sits in a complex traffic environment: fewer resident sensors can observe it compared to LEO, orbital periods and geometry make tracking and scheduling observations more constrained, and conjunction events may involve objects transiting between regimes.

Operationally, this drives a need for high-quality catalog maintenance, consistent screening, and coordinated maneuver decision-making to reduce uncertainty and protect availability.

Look Up SYNAPSE support for MEO collision avoidance and risk management

For MEO missions, Look Up supports safer, faster operations through SYNAPSE, its SSA digital platform, which fuses multi-source tracking data (including external data) to maintain a coherent space picture across orbital regimes.

SYNAPSE delivers collision avoidance predictions with a 99.9% accuracy rate, provides actionable alerts, and supports risk management with tailored maneuver recommendations that account for mission constraints, via API or interface, with an on-premises deployment option for secure operations.

This helps GNSS and other MEO operators coordinate decisions, reduce screening workload, and protect high-value assets with scalable monitoring and analytics.