Optimizing Connectivity and Situational Awareness Across Critical Industries

Design and optimize wireless systems with system-level digital twins and simulators – reducing risk, cost, and uncertainty.

From LEO constellations to UAV, 5G TN/NTN, IoT, WiFi & more – optimizing connectivity and situational awareness for key industries including space, defence, and aviation.

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200 +

projects

100 +

customers

20 +

countries

Modeling Wireless Systems from Earth to Orbit

System-level digital twin solutions for optimizing wireless systems across versatile industries, terrains, and operating environments.

C-DReAM: Satellite Constellation Simulator

High-fidelity digital twins for LEO, MEO, and GEO satellite constellations. Model complete satellite constellations from small to mega-sized with different design assumptions and changing scenarios.

✓ Multi-orbit constellation modeling
✓ Satellite coverage & visibility analysis
✓ Signal interference & coexistence
✓ UAV & HAPS use cases

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ALIX: Telecom Network Simulator

Protocol-level simulations for wireless network design including 5G TN/NTN, LTE, WiFi, and future 6G systems. Validate network performance for urban and rural environments, various services, and user devices.

✓ 4G, LTE, 5G TN/NTN, 6G, WiFi, IoT
✓ End-to-end QoS validation
✓ Performance comparison & analysis
✓ 3GPP standardization

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Magister SimLab: Graphical User Interface for Digital Twins

Comprehensive multi-domain simulation platform incorporating scenario design, monitoring, visualization, and analysis. Explore complex systems across land, sea, sky, and space.

✓ All-in-one platform
✓ Mission planning with dynamic scenario configuration
✓ User-friendly interface with high-quality 3D visualizations

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Professional services

We offer a range of professional services for your wireless communication, R&D, standardization, and system development needs. Let us know how we can support your goals – our experts are ready to assist.

✓ Simulation-assisted R&D
✓ Satellite constellation design
✓ 5G TN/NTN standardization support
✓ Visualization and situational awareness
✓ Simulator & software development and consulting

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Reliable Systems for High-Stakes Industries

In high-stakes operations, reliable connectivity, situational awareness, and system interoperability are critical. Yet organizations face challenges that can inflate costs and jeopardize mission success – costly physical testing, late discovery of issues, technical uncertainties, and scenarios too complex to replicate in real-world settings.

System-level simulation changes this. It delivers crucial insight into how the entire system – such as a satellite constellation – operates as a whole. Our mission-critical simulation solutions reduce risk, accelerate development, and support applications from wireless connectivity and interference modeling to coverage analysis and Space Situational Awareness.

Space →

Satellite constellation design, network optimization, coverage analysis, Space Situational Awareness

Telecoms →

Network performance in urban & rural areas, TN/NTN coexistence & interference, 4G, 5G TN/NTN, 6G, LTE, IoT, WiFi

Defence →

Secure & continuous communication, detecting signal interference, disruptions & vulnerabilities, radars

Automotive

V2X, vehicle-to-vehicle, vehicle-to-satellite, varying traffic conditions, signal degradation, velocity, handovers

Aviation →

Air-to-ground, aircraft-to-aircraft, UAV & HAPS, satellite connectivity, handovers, connectivity inside the aircraft

Railway →

Connectivity across different areas, tunnels & disruptions, handovers in high-velocity travel

Maritime

Signal reliability, vessel movements, ship-to-shore, ship-to-ship, ship-to-satellite, coordination, critical alerts

Broadcasting →

Satellite digital broadcasting technologies (DVB-S2/S2X & DVB-RCS2), DVB & 5G NR differences & interoperability

Visualize & Validate Complex Systems Before Deployment

Validate System Functionality

Run simulations to validate system performance before deployment – saving time, cost, and resources.
Versatile Scenarios

Simulate scenarios across land, sea, air and space with configurable assets such as satellites, vehicles, aircraft, and user devices.
High-Quality 3D Visualizations

Use animated 3D graphics to explore, understand, and demonstrate complex scenarios with clarity and impact.
All-In-One Cloud Platform

Design, monitor, analyze and visualize scenarios using the same all-in-one platform, collaborating with colleagues and customers.
Validated in ESA Missions

Our simulators have been developed and verified through various European Space Agency (ESA) activities, ensuring high reliability.
Supporting Global Standardization

Our tools are actively used in 3GPP and ETSI standardization processes, helping shape the evolution of global telecom for 5G TN/NTN, 6G, and beyond.
Optimize After Launch

Refine your system with real-world data, evolving standards, and changing user needs.

Trusted by Industry Leaders

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“Magister Solutions’ simulators will allow us to simulate and improve our 5G NB-IoT constellation and optimize QoS.

Thanks to their platform, we will be able to model critical scenarios, including our store & forward capability, ensuring reliable messaging in areas without terrestrial coverage.”

Marco Guadalupi

CTO & co-founder, Sateliot

“We received a recommendation from the European Space Agency (ESA) to use Magister’s help for simulating 5G NR over satellite.

The project with Magister helped us better understand how 5G NR would work in a NTN context. The main takeaway is a more complete understanding of how 5G NR compares to traditional DVB technologies for SatCom.”

Edvin Lindqvist
CTO, Forsway

“We knew DVB’s specifications for NGSO satellite constellations promised impressive performance, but we didn’t know quite how impressive until we commissioned a set of simulations from Magister Solutions.

These in-depth system-level simulations compared the performance of DVB-S2X and DVB-RCS2 to NR-PUSCH, the return link standard for transmitting data from mobile devices back to the network in a 5G New Radio (NR) environment.”

The DVB Project

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