
Constellation is an AI-powered operating system for satellite constellation management. We predict link failures before they happen (90%+ accuracy) and autonomously reroute traffic in under 2 seconds—zero data loss, zero human intervention.
There are 10,000 satellites in orbit today. There will be 70,000 by 2030.
Network failures already cost the industry $2.5 billion per year—and the old model of managing these networks manually doesn't scale to thousands of satellites.
Today's satellite operators are stuck in reactive mode: something breaks, engineers scramble, data gets lost, SLAs get violated. The tools were built for a world with dozens of satellites, not thousands.
As constellations grow, the complexity compounds. Weather events, atmospheric interference, traffic spikes, hardware degradation—all happening across a global network, 24/7. No human team can monitor and respond fast enough.
ConstellationOS is an AI-driven operating system that makes satellite networks autonomous and resilient.
What it does:
Think of it as autopilot for your satellite network. We give you a 5-minute early warning window before failures happen, then handle the response automatically.
The result: Zero data loss. Zero human intervention. Massive cost savings.
Our team has worked on this exact problem for years at SpaceX, Blue Origin, and NASA. We've seen firsthand how current tools break down at scale—and we've built the systems that need to replace them.
We're not theorizing about satellite operations. We've lived it.
We're currently in the design partner phase testing with a couple of commercial/government operators.
If you're operating a satellite constellation—whether defense, commercial broadband, Earth observation, or IoT—we'd love to talk.
We're looking for design partners who want to move from reactive firefighting to proactive, autonomous network management.
Book a call: https://calendly.com/kamran-constellation-io/15-minute-demo-call
Say hi!: hello@constellation-io.com
We're Constellation, and we're building the operating system for space.
—
Kamran Majid, Raaid Kabir, Omeed Tehrani, Laith Altarabishi (Constellation, W26)