Post by Compare the Cloud

Mobile network planning is still largely empirical: you roll out infrastructure, measure what actually happened, then adjust. P3 and Deutsche Telekom are building something to change that. The two companies are running a pilot to create a physics-based 3D digital twin of Germany's entire mobile network — capable of simulating coverage, capacity, interference, and energy efficiency before a single mast is moved or added. The model is fed by real measurement data from P3's network testing operations, combined with topology and building information. Engineers can run the simulation ahead of any infrastructure decision, assessing the technical, operational, and economic consequences before committing to them in the field. The sovereignty element is deliberately built in. All processing — data handling, simulations, AI workloads — runs inside cloud infrastructure located within Germany. That keeps the project within German data privacy rules and the regulatory compliance requirements that have complicated previous attempts to run large-scale network models on public cloud. The ambition is substantial: cover the entire country, reduce the physical trial-and-error that consumes capital and time, and optimise energy use across the estate before changes are made — not after. The pilot also puts a practical test to a proposition that's been mostly theoretical in European telecoms: that digital sovereignty and operational AI can scale together rather than trade against each other. Read the full story on Compare The Cloud: https://lnkd.in/eQxHJjkd