Every mission begins before hardware exists
We build a digital twin of your full constellation in Muon Sim modeling orbit, power, thermal, comms, payload performance, data delivery, cost, and more.
The Challenge
Constellations Fail to Perform Before They’re Ever Built.
Satellite constellation design is complex and coupled. Payloads interact deeply with spacecraft systems. Change orbits and scheduling constraints change, the power budget shifts, data bottlenecks appear, the thermal environment changes. Throwing requirements databases and spreadsheet budgets at this problem is a recipe for bottlenecks, gaps and scope creep that go undetected until late in a program – often too late.
Muon Sim
One Model. Every Dimension. No Surprises.
Muon Sim models all of the variables, physics and design decisions simultaneously. Optimize out bottlenecks, target what really matters and know that what goes to space will drive the impact you need long before launch.
Parametric sweeps across thousands of design variables explore millions of possible configurations to find the one that maximizes mission performance.
The underlying models are flight-validated, grounded in real performance data from Muon spacecraft on orbit, so the mission is proven before metal is cut.
Each engagement produces a mission-specific digital twin focused on key performance parameters: what the constellation must deliver, over what coverage, how often, and with what confidence.