System-Level Digital Twins for Space: 6 Key Benefits
System-level digital twins allow companies to optimize space system performance, enhance Space Situational Awareness, and manage 5G TN/NTN network coexistence.
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System-level digital twins allow companies to optimize space system performance, enhance Space Situational Awareness, and manage 5G TN/NTN network coexistence.
Discover how system-level digital twins and simulations reduce risk, boost innovation, and ensure reliable V2X connectivity and mobility in modern vehicles.
The critical nature of defence operations makes advanced planning tools crucial. Here we introduce six ways system-level digital twins support defence mission planning.
As Magister celebrates 20 years in business, we’re extending our system-level digital twins to optimize systems across an even wider range of industries.
Magister will participate in Space Tech Expo Europe 2025, showcasing simulation technology, presenting on the Expo stage, and joining Finland’s collective presence.
Sateliot has chosen Magister as a simulator provider for developing their LEO 5G constellation, enhancing satellite connectivity around the world.
What could AI mean for simulation, software, and wireless system design? In this blog post we’re exploring the potential, challenges, and current questions around AI.
In a Master’s thesis project, a new energy module was developed for the C-DReAM simulator and tested in the IRIS2 LEO-1200 constellation simulation scenario.
Teemu Peltonen joined Magister as Senior Researcher two years ago, drawn by the company’s warm atmosphere. He enjoys his versatile role that combines his research and coding expertise.

Accelerating the future of wireless system development today with system-level digital twins and detailed simulations.

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