When a record stalls at the bedside, it sits between a clinician and a decision.
Client: Dr. Soliman Fakeeh Medical Center
Sector: Healthcare
Service: Clinical-grade wireless infrastructure deployment
The stakes
On the 9th and 10th floors of Dr. Soliman Fakeeh Hospital, a nurse pulling up a patient’s medication history shouldn’t have to wonder whether the network will load it. But that was the reality – dead zones, dropped signal, and an electronic medical record that stalled exactly where care happens. Doctors, nurses and clinical staff depend on uninterrupted access to EMRs, diagnostic applications and care-coordination tools; inconsistent coverage turned each of those into a point of friction, and in a hospital, friction has clinical consequences.
The brief
Deliver a wireless network clinical teams never have to think about: full, reliable coverage across both floors, secured to healthcare-IT standards – and installed without taking a single clinical system offline.
The work
Flint started with the floors themselves. An on-site RF survey, signal diagnostics and interference mapping located every dead zone and set exactly where enterprise access points needed to sit and how much bandwidth each high-traffic clinical area would draw.
The architecture was designed with separation built in – clinical devices, staff mobility and medical applications each on their own logical segment, protected with healthcare-grade authentication and aligned to medical-IT compliance. Access points were pre-staged and configured off-site, so the on-floor installation was quick and the disruption to live operations near-invisible.
Everything was then proven against real conditions, not a lab simulation:
- Tuned and tested under live clinical load, with validation against actual ward traffic.
- Run jointly with the hospital’s own IT team, so the handover left them in full control.
At handover
Clinicians on both floors now reach EMRs, patient histories and diagnostic tools the moment they ask for them. Care teams coordinate over mobile devices without dropouts, and the instability that used to interrupt workflows is gone. Just as importantly, the network is built to carry what’s coming – connected medical devices, clinical IoT and the hospital’s wider digital-health roadmap.
AI-Driven Managed Services Where downtime affects patient care, Flint’s AI layer watches the clinical wireless estate continuously – detecting interference and capacity strain before they reach the bedside, so connectivity stays dependable when it matters most.
