To deliver this, we have teamed-up with some other leaders in their respective fields. Each contributes a defined part of the data or compute layer that sits behind WISDM’s modelling.
American WISDM users can incorporate low-cost commercial access to CostQuest Associates' Fabric data to support marketing, service qualification and network planning at a location level. Through this partnership, Fabric BSL data is incorporated directly into WISDM’s coverage modelling, allowing operators to assess which premises are serviceable within proposed network designs.
Importantly, this is a full commercial license meaning that the data can be used to help support sales and marketing activities in WISDM.
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WISDM runs on our own exaflop-scale supercomputer infrastructure operating across three continents. As a native Cuda application, WISDM can calculate wireless propagation at unprecedented scale and accuracy in real-time.
WISDM is also part of the NVIDIA Inception programme, which supports companies working with GPU-based computing in AI and simulation environments – named as “as one to watch.”
Vantor enhances much of the global elevation and surface data that underpins WISDM's excludive Global-Twin 1-meter map technology. This includes both digital surface models - capturing buildings, vegetation and other above-ground features - and digital terrain models that describe the underlying landform.
Together, these datasets allow WISDM to represent how radio signals interact with real-world environments.
In the UK, WISDM uses Ordnance Survey data to refine location accuracy at an address and street level. This includes mapping and addressing datasets that provide a consistent reference for buildings, roads and property-level locations - supporting more precise planning and validation of network coverage.
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