Health & Aged Care

Health and aged-care buildings are a tough RF environment: reinforced concrete, fire doors, foil insulation, lead-lined rooms, extensions added over decades, and multi-level basements all block mobile signal. Even when rooftop coverage looks strong, it rarely reaches deep inside wards, dementia units, day rooms, lifts or underground car parks.

The goal isn’t “more bars in the foyer”; it’s dependable, multi-carrier coverage exactly where care happens: resident rooms, nurse stations, medication rooms, treatment bays, lifts, stairwells and carparks.

Sub-verticals we support

Retirement Villages
Campus-style villages, villas and apartments where residents and staff roam between units, clubhouses, corridors and outdoor areas—expecting mobile signal to “just work” everywhere.

Healthcare & Senior Living
Private hospitals, day surgeries, medical centres and co-located aged-care or senior-living facilities that depend on mobile devices for clinical workflows, duress, visitor access, telehealth and building operations.

• Aged-care and retirement village operators
• Private hospital and day-surgery management
• Clinical IT / Digital Health & EMR teams
• Facility & asset managers
• WHS / risk, security and duress system owners
• Electrical, communications and nurse-call contractors

Problem / Risks

• Nurse call pendants, smartphones and duress buttons depend on reliable mobile coverage for alerts, escalation and staff callbacks
• Thick walls, fire doors and lift lobbies often create “dead spots” where calls and app notifications don’t get through
• Staff may carry multiple devices (DECT, Wi-Fi phone, mobile) because no single channel is trusted across the whole site

Operational Impact

• Slower response to falls, behaviour incidents or clinical deterioration
• Increased WHS and liability exposure where staff duress or lone-worker protection is mandated
• Staff frustration and workarounds (extra rounds, radios, paper notes) that add cost and risk

How Madison Connectivity Addresses It

• We map coverage against real care workflows: resident rooms, dementia units, nurse stations, treatment rooms, courtyards and car parks
• Engineer multi-carrier coverage using carrier-approved Cel-Fi repeaters, active DAS (e.g. ZoneDAS) and small-cell fed systems where required
• Design to support both voice and data apps on common clinical smartphones and pendants—across all major Australian carriers
• Validate post-install with live call, message and app-alert testing along staff routes and at every nurse call/duress location

Problem / Risks

• In basements, lifts, stairwells and some wards, there may be little to no mobile coverage for emergency calls to Triple Zero (000)
• Visitors, contractors and even staff often rely on their own mobiles, not fixed handsets, in an emergency
• Regulatory and reputational risk grows if a critical incident is worsened by connectivity failure

Operational Impact

• Delayed or failed 000 calls in life-threatening situations
• Increased exposure in incident investigations and coronial reviews
• Anxiety for staff and families who perceive the site as unsafe or outdated

How Madison Connectivity Addresses It

• We design coverage for every “travel path”: lifts, stairwells, basements, loading docks, multi-level car parks and external walkways
• Capture and rebroadcast all major carrier signals using ACMA-compliant, carrier-authorised technology
• Include redundancy in donor paths and head-end design to avoid single points of failure during critical events
• Commissioning includes multi-carrier 000 call tests from representative devices in critical locations and thorough documentation for your risk register

Problem / Risks

• Doctors and nurses increasingly rely on mobile EMR, e-prescribing, imaging viewers and secure messaging on smartphones and tablets
• Coverage gaps around certain wards, theatres, procedure rooms or imaging areas slow down or prevent use of these tools
• IoT devices such as med fridges, environmental sensors or asset trackers can’t reliably send alarms and telemetry

Operational Impact

• Time wasted moving to “good signal” zones to place calls, send photos or load results
• Slower decision-making and delayed care, especially after hours and on weekends
• Reduced return on investment from digital-health and IoT projects that assume always-on connectivity

How Madison Connectivity Addresses It

• We survey each building to understand signal strength and throughput by ward, floor and corridor—not just at a few test points
• Use low-power active DAS and/or repeater systems to deliver consistent bandwidth where clinicians actually stand and work
• Design for current 4G and emerging 5G use cases, ensuring capacity for future high-bandwidth apps and telemetry
• Integrate with existing wired and Wi-Fi networks as part of a broader in-building connectivity strategy

Problem / Risks

• Residents expect to make and receive mobile calls, use messaging and join video calls from their rooms or common areas
• Families and visitors judge the facility on whether they can stay connected while on-site
• Telehealth consults fail or degrade when uplink/downlink is marginal, causing reschedules and poor experiences

Operational Impact

• Perception of “no signal” becomes a frequent complaint in satisfaction surveys and online reviews
• More pressure on facility Wi-Fi to carry guests, streaming and family video calls
• Telehealth adoption stalls; clinicians revert to in-person visits or telephone calls only

How Madison Connectivity Addresses It

• We design coverage to extend into resident rooms, lounges, gardens and outdoor seating, where people actually talk and connect
• Support multi-carrier voice and data so families can use their own plans rather than relying on guest Wi-Fi
• Ensure sufficient uplink performance for HD video calls and common telehealth platforms
• Provide options to stage upgrades across wings or buildings to align with refurbishment programs and capex planning