Archive for category: blog

Build Smarter Networks with System-Level Digital Twins: 5G, 6G, and Beyond

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System-level digital twins allow smarter, more efficient network design as 5G TN/NTN, IoT, and AI technologies develop and become increasingly complex.

System-Level Digital Twins for Efficient Maritime Communications and Logistics

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Explore maritime challenges such as digitalization, cyber threats, port congestion, and busy shipping lanes with simulation for safer, smarter operations.

Intelligent Aviation: How System-Level Digital Twins Optimize Airborne Operations

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With virtual replicas of aviation operations, you can simulate aircraft performance, interactions, and disruptions without putting equipment or crews at risk.
Designing Reliable Space Systems with Simulation: 6 Key Benefits

System-Level Digital Twins for Space: 6 Key Benefits

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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.

Driving V2X Innovation and Automotive Mobility with System-Level Digital Twins

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Discover how system-level digital twins and simulations reduce risk, boost innovation, and ensure reliable V2X connectivity and mobility in modern vehicles.

6 Ways System-Level Digital Twins Support Multi-Domain Defence Operations

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The critical nature of defence operations makes advanced planning tools crucial. Here we introduce six ways system-level digital twins support defence mission planning.

Magister Turns 20: Advancing Connectivity Across Industries with System-Level Digital Twins

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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.

Exploring AI’s Potential and Challenges in Software and Wireless System Design

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.

New Energy Module for SatCom Systems Validated in the IRIS2 LEO-1200 Scenario

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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.


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


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