Network and Technology
A Stronger Network for a Hyperconnected World
Global Infrastructure at Unmatched Scale to Power Worldwide Connectivity
99%
coverage of the world’s populated regions
120
satellites across GEO/MEO
500K
miles of fiber
150
teleports
50
points of presence
From take-off to touchdown, from open seas to remote regions, our global network brings together the world’s largest multi-orbit satellite fleet - GEO, MEO, and strategic LEO access - with an expansive terrestrial infrastructure. By combing satellites, ground assets, and cloud-enabled architecture, we deliver unmatched flexibility, low-latency performance and unwavering reliability – to keep your operations moving forward anywhere in the world.
The Infrastructure Behind the Network
How Our Multi-Orbit Network Works
Using the Right Orbit for Better Application Performance
How orbit and network architecture shape latency, stability, throughput assurance, and real-world application outcomes
Orbit is an important consideration in satellite network design, but it is only one part of a broader architectural picture. This insight paper explores the roles GEO, MEO, and LEO play in shaping network behavior, and why orbit is most meaningful when evaluated alongside factors such as handovers, ground infrastructure, resource management, and application requirements. The result is a more practical framework for assessing space solutions based on fitness for purpose, operational needs, and business outcomes.
Preview paper
Technology Enablers
Designed for What’s Next
Our network is evolving toward a fully software-defined, 5G-enabled hybrid future. With the launch of software-defined satellites and an open, cloud-driven architecture, we’re unlocking new levels of agility, intelligent routing, and dynamic service orchestration—so connectivity adapts in real time as demands change.
Technical Resources
For engineers, partners and operational teams,
