A New Era of Always-On Satellites
Muon Space and Starlink have joined forces to create the first-ever persistent optical network in orbit. The partnership combines SpaceX’s Starlink Mini laser terminals with Muon’s Halo satellites, delivering 25 Gbps data transfer across distances up to 4,000 km.
Until now, satellites could send data only when passing over a ground station. That limited access and slowed communication. With this upgrade, Muon Halo satellites will stay connected at all times, linking directly to Starlink’s global laser network. This change turns each satellite into an active, high-speed data node in space.
From Delays to Real Time
Traditional satellite links often had a 20-minute delay for data delivery. By using Starlink’s laser links, Muon can now cut that delay to almost zero. Data will move instantly between satellites and Earth.
This innovation could transform how space missions work. Satellites will no longer be simple data collectors. Instead, they can process information in orbit, run AI algorithms, and share results instantly — almost like cloud servers in space.
FireSat: Fighting Wildfires Faster
One of the first projects to use this system is FireSat, part of the Earth Fire Alliance. It will detect wildfires in real time and alert ground teams within seconds.
By spotting fires early, FireSat could help prevent large-scale disasters. Muon Space says this is just the beginning — the same tech can support environmental monitoring, defense, and commercial edge-computing in orbit.
Secure and Reliable Connectivity
The new Starlink–Halo network promises 99% uptime, meaning constant data flow with almost no interruptions.
Security is built in. Every data stream runs through encrypted, verified tunnels, using hardware-level keys and end-to-end encryption controlled by customers.
The first Starlink-enabled Halo satellite is set to launch in Q1 2027, starting a new era of always-connected, intelligent satellites.
The Takeaway
The collaboration between Starlink and Muon Space redefines how satellites communicate. With lasers providing 25 Gbps optical links across thousands of kilometers, real-time space connectivity is no longer science fiction — it’s here.