Case study · Healthcare

Predictive Wi-Fi modeling
for critical care

WZC delivered predictive Wi-Fi modeling for Rady Children's Hospital in San Diego, ensuring validated coverage across critical-care environments where reliability is non-negotiable.

100% coverage validatedRady Children's Hospital · San Diego, CaliforniaCritical-care environments

The project

Coverageproven before deployment, validated after

In a children's hospital, wireless is clinical infrastructure. Coverage gaps in critical-care areas are not an inconvenience to be patched later — reliability is non-negotiable from day one.

That is why Rady Children's Hospital in San Diego turned to predictive modeling. WZC built a predictive Wi-Fi model of the environment first, so coverage in the areas that matter most was engineered on evidence rather than discovered after installation.

The outcome: validated coverage across the hospital's critical-care environments — proven, not assumed.

Modern office workspace where enterprise wireless designs are engineered
Predictive Wi-Fi design — coverage modeled before deployment
0Coverage validated
  • Predictive Wi-Fi modeling ahead of deployment
  • Coverage validated across critical-care environments
  • Engineered for a hospital where reliability is non-negotiable

Results

Modeled first, then validated on the floor

PREDICTIVE MODEL — DESIGNED ON EVIDENCEDEPLOY +VALIDATECRITICAL CAREPOST-INSTALL VALIDATION — 100% COVERAGERELIABILITY ENGINEERED BEFORE INSTALL — PROVEN, NOT ASSUMED
Predictive Wi-Fi modeling at Rady Children's Hospital — coverage engineered in the model, then validated at 100% across critical-care environments after deployment.
Predicted / validated Wi-Fi coverageCritical-care zoneFacility structure

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