The problem

What's actually breaking.

Hospitals are some of the hardest buildings in the country to cover well. Lead shielding around imaging, copper-mesh nursing-station walls, parking decks, additions tacked on across thirty years of construction. Add WMTS, telemetry, infusion pumps, and Vocera-style voice handsets, and the same RF environment now has to support clinical-grade reliability.

What we see in the field
  • Public-carrier dead zones in the wings staff complain about loudest
  • Voice-handset failover that drops calls during code response
  • Wi-Fi designed for laptops carrying biomedical traffic it was never validated for
  • Compliance pressure around in-building first-responder radio (NFPA 1221, IFC 510)
How we help

Engineering that respects the operations.

We design DAS, Wi-Fi, and private cellular around the way clinical work actually flows. We coordinate with carriers when public coverage is the gap. We document for AHJs without making your team chase paperwork. And we keep our vendor neutrality intact — which matters in an environment where every OEM has a sales channel into the hospital.

Relevant services

What we typically deploy here.

Selected work

A representative engagement.

Case study

An 800-bed teaching hospital fixes a five-year dead-zone problem in the east wing

Read the case study

Ready to find out what your network is actually doing?

A wireless assessment from DigiLux puts measured RF, an operations brief, and a vendor-neutral design on the table — usually in under five weeks.