There is a weak signal in the room
The coverage is in the corridor, but the walls and doors noticeably weaken it inside the room.
Wireless network for hospitality facilities
We design Wi‑Fi for guest rooms, public areas, conference spaces, treatment and service buildings, and outdoor grounds. Coverage and capacity are calculated separately, guest and staff segments are isolated, and performance is checked by area category.
Rooms → public areas → territory → management → monitoring
Hotel and health resort Wi‑Fi includes RF coverage, wired infrastructure, segmentation, management, and acceptance testing by area type. Guest rooms, meeting rooms, public spaces, and grounds differ in device density and signal propagation. Guest authentication is a separate functional layer and does not replace a properly designed WLAN.
Signs that a solution is needed
The coverage is in the corridor, but the walls and doors noticeably weaken it inside the room.
On a normal day, everything works, and with the simultaneous connection of the participants, delays increase.
The guest loses the session between buildings, floors or public areas.
Staff, telephony and IoT operate in the same environment as public access.
Features of the hotel
Structural walls, doors, bathrooms, and furniture affect signal penetration.
High density requires calculation of capacity, not just signal strength.
Restrictions on interior finishes and cable routes affect permitted mounting locations.
Parks, beaches, villas, and separate buildings need outdoor-rated equipment and backbone links.
Installation is planned on floors and areas with minimal influence on guests.
Guest access, staff, telephony and IoT receive separate quality and security profiles.
Zones and users
Stable access from multiple guest devices and compliance with agreed access criteria in each room category.
Public access in common areas with a single user path.
For mass events, the number of simultaneous devices, traffic profile and essential capacity are calculated. Temporary access profiles, credentials and a separate SSID are used only when necessary.
Mobile workplaces, telephony and internal applications in the secure segment.
IP/Wi‑Fi devices are connected according to manufacturer and operations team requirements. Locks, sensors, and systems using other protocols are treated as related systems rather than included in the Wi‑Fi solution.
Communication between buildings, in recreational and service areas.
Architecture
Access points in guest rooms, corridors, public spaces, and outdoor areas.
Structured cabling system, PoE switching and fiber-optic communication lines between buildings and floors.
Separate environments for guests, staff, telephony and IoT.
Authentication, policies, prioritization and integration.
Centralized configuration, monitoring and logging.
Design solutions
| Mechanism | What it does | What we check |
|---|---|---|
| In-room access points | Provides controlled coverage inside the room and reduces the impact of walls. | Installation location, cable route and real room geometry. |
| Corridor coverage | Can be rational in buildings with suitable materials and layout. | Penetration of the signal through the doors and walls to distant points of the room. |
| Capacity planning | Determines the number of radio cells, channels and settings for the calculated number of simultaneously active devices. | Seating plan, number of devices, traffic profile, adjacent areas and actual load. |
| Outdoor coverage | Provides communication on the territory and between buildings. | Climate, mounting locations, lightning protection, power supply, and backbone connectivity. |
Stages of the project
Identify guest rooms, public areas, grounds, peak events, and service systems.
Check materials, existing structured cabling system, RF environment and installation restrictions.
We build a radio model, switching circuit, segmentation and specification.
Plan work around occupancy, events, and requirements for interior finishes.
Check rooms, common areas, conference scenario and open area.
Results of the project
Acceptance
| Criterion | How to check | Where we document |
|---|---|---|
| Rooms | Measurements in standard and complex rooms at user height. | Coverage map and list of inspected premises. |
| Common areas | Access and travel test between lobby, restaurant, SPA and corridors. | Connection protocol and route checks. |
| Conference halls | Test the agreed device density and application traffic model. | Capacity, delay and loss. |
| Grounds | Walk the agreed outdoor routes and take verification measurements. | Map of actual coverage and list of control points. |
Operation
Guests do not have access to service and technology segments.
The operation service sees the status of nodes, channels and client connections.
Provide redundancy for critical components and backbone links according to the property’s requirements.
Updates, new SSIDs and power changes are controlled.
The schedule is defined after reviewing project inputs and, where necessary, surveying the site. Design, delivery, installation, commissioning, and acceptance are planned separately.
Cost depends on location, areas to be covered, the client device mix, cabling and backbone condition, equipment, work, and integrations. We document the estimate after defining the project scope.
Response targets, support arrangements, monitoring, spare equipment, and restoration procedures are agreed separately according to the criticality of operations.
Questions and answers
Sometimes, but suitability depends on walls and doors, bathrooms, furniture, layout, and client device requirements. We validate the predictive model in representative and challenging rooms using temporary equipment placement. If signal penetration fails to meet agreed criteria, we consider in-room access points, different mounting locations, or another RF design.
Floor area alone is insufficient. Before design, we establish the seating layout, expected concurrent devices, traffic profile, client capabilities, and neighboring RF coverage. These inputs determine capacity and equipment placement. Load criteria, test scenarios, and the method for generating test traffic are agreed in advance, with results recorded at acceptance.
Work can often be divided by floor, building, and service window, but feasibility is confirmed after a survey. Access to occupied rooms, temporary switching, noisy work, events, and operating requirements are agreed before installation. Each stage defines the area, verification steps, rollback procedure, and handover to hotel staff.
It may be included where expressly stated in the contract, but remains a separate functional layer. Wi‑Fi provides RF coverage, capacity, network infrastructure, and segmentation. The authentication portal handles the user journey, agreed login method, session policies, and verified integrations. Functions, responsibilities, and failure scenarios are documented separately before launch.
Segmentation follows user roles, device types, applications, and the property’s security requirements. Guest and staff segments have separate access rules; related systems may need their own policies and traffic priorities. The design depends on the existing network, authentication method, system owner requirements, and agreed operating model.
Before measurements, we agree on checkpoints, routes, and area categories within the project. Tests may cover outdoor grounds, routes between buildings, public spaces, and service device locations where included in the acceptance program. Results are tied to the site plan, shown on a measured coverage map, and accompanied by a report recording conditions, devices, and measurement dates.
Alongside room inventory, we consider treatment and service buildings, public spaces, separate buildings, recreational areas, and seasonal occupancy changes. Each area category has its own access, finish, device density, and work window restrictions. Some hotel and building systems use protocols other than Wi‑Fi, so WLAN, wired backbone, and related technology boundaries are defined before design.
Provide floor plans, room categories and locations, descriptions of public spaces, service areas and grounds, and expected conference loads. Include guest and staff service requirements, client devices, existing structured cabling, fiber links and Wi‑Fi, finish restrictions, and available work windows. Missing information is clarified before the project scope is defined.
The next step
Send floor plans, room inventory, public area and grounds descriptions, and guest and staff service requirements.
Material prepared by Connectum technical team · updated: August 2026