Design your Constellation with Digital Twin Confidence

A simulation-driven partnership that helps LEO communication satellite operators design better constellations, reduce architectural risks, and demonstrate technical credibility – before launching a single satellite.

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System-level digital twin using C-DReAM simulator

11-week structured program with clear deliverables

Expert guidance on 5G TN/NTN integration

Built for LEO SatCom Operators

Whether you’re pre-launch or scaling, we help you make confident decisions using science-based system-level simulation instead of assumptions.

This program is for operators who are:

We help you solve challenges such as:

Pre-launch or early deployment

Link budget uncertainty across orbital configurations

Scaling capacity or adding orbital planes

Predicting coverage & capacity under realistic user densities

Integrating 5G TN/NTN

Understanding 5G TN/NTN coexistence

Exploring new satellite technologies

Balancing regulatory & spectrum tradeoffs

Preparing for investor rounds or major customer bids

Ensuring SLA reliability for enterprise / government customers

What’s Included in the Program

A strategic, co-development offering for SatCom operators who want to move fast and make confident decisions using the C-DReAM satellite simulator.

STEP 1

Constellation Digital Twin Setup

We build an accurate system-level model of your constellation using the C-DReAM satellite simulator, creating a high-fidelity digital twin with the needed detail.

Orbital model (planes, inclination, satellite count, motion)
Gateway locations & configurations
Beam placement, coverage, frequency bands
Routing and connectivity modeling
User terminal distribution
Traffic demand & mobility
5G TN/NTN integration

Deliverable: A reusable simulation environment that forms the basis for evaluating architecture, performance, scaling, and commercial decisions.

STEP 2

Performance Analysis

We simulate and quantify your constellation’s performance using the digital twin, running targeted simulations to assess system behavior.

Typical analysis topics:

Coverage (global, regional, per-beam)
Capacity under realistic user densities
Routing and load distribution
Latency, throughput, SNR/SINR
Interference & coexistence
Impact of architectural design choices
5G TN/NTN performance

Deliverables:

Clear summary of findings
Technical report with KPIs and visualizations
Recommendations for architecture decisions

Benefits – What You Get

By joining this program, SatCom operators gain a clear, evidence-based understanding of how their constellation will perform, as well as a stronger foundation for both engineering and commercial decisions.

Technical and Architectural Confidence

A validated orbital & network architecture
Reliable predictions of coverage, capacity & SLA behavior
Clear comparison of design options and trade-offs
Informed guidance on 5G/6G TN + NTN integration decisions

Stronger Business & Investor Positioning

Simulation-backed performance metrics for investor, customer & regulator discussions
Independent, high-credibility modeling results for bids and tenders
Quantified SLA performance for enterprise/government customers

Faster Engineering & Better Decisions

A reusable digital twin environment that accelerates internal design cycles
Architecture & capacity studies covering coverage optimization, throughput, resilience, and spectrum impacts
Direct support from Magister’s simulation experts for feasibility checks, modeling adjustments, and technical notes

Optional Visibility & Co-Branding

Joint white papers or case studies to strengthen commercial positioning

11-Week Structured Program

Core Program Timeline

A clear, deliverable-focused roadmap from requirements to validated constellation design.

Weeks 1-2
Requirements Workshop & Data Collection

Collaborative sessions to understand your constellation objectives, coverage goals, and technical requirements.
Weeks 3-6
Constellation Digital Twin Setup

Building your high-fidelity digital twin in C-DReAM with orbital models, gateways, beams, and 5G TN/NTN integration.
Weeks 7-10
Simulation Analysis & Performance Studies

Running targeted simulations to assess coverage, capacity, routing, latency, interference, and architectural trade-offs.
Week 11
Results Presentation & Recommendations

Delivery of technical reports, KPIs, visualizations, and actionable recommendations for your constellation design.

Continue with the Constellation Growth Program

Keep your simulation environment aligned with evolving design choices through ongoing expert guidance, digital twin updates, and new simulation scenarios.

Learn More

Why Magister Solutions?

✓ ESA Collaborator • ✓ 3GPP Contributor • ✓ Industry Trusted

Magister Solutions is a recognized specialist in satellite constellation, telecom network, and wireless system simulations, delivering world-class simulation solutions and services for advanced space and 5G TN/NTN use cases.