Industry
Hospitality Technology
Guest Wi-Fi and property systems guests never think about
A hotel is a small city that resets every day. The property management system is running check-ins and night audit, the card readers are authorizing payments, the OTAs are pushing reservations, the door locks are syncing, the PBX is ringing room to room — and underneath all of it, two hundred guests are streaming, video-calling, and working on the Wi-Fi you provide. Every one of those systems shares the same connection, the same network, and often the same person responsible when any of it breaks: the GM, who also has a lobby full of people waiting for keys.
Guests don't grade your technology on a curve. The Wi-Fi is compared to their house, the TV to their living room, and the front desk phone to their mobile. A one-star review that says 'internet was unusable' lives forever, and it was probably caused by a circuit or an access point that cost less to fix than one lost corporate account. The work is deciding what to fix first — and not buying a bigger version of the wrong thing.
Why does hotel guest Wi-Fi get so many complaints?
Because it's asked to do the impossible with a residential mindset. A sold-out night means hundreds of devices per floor — phones, tablets, laptops, streaming sticks guests brought from home — all hitting the network at 9pm. The fix is rarely just 'more bandwidth.' It's the right circuit (fiber with symmetrical upload, sized for peak occupancy rather than the average day), access points placed for hotel construction rather than open offices, and a managed gateway that shapes traffic so one guest syncing a photo library doesn't strangle the whole floor. When those three are right, the complaints stop — and so do the front-desk refunds.
What happens when the PMS or card processing goes down?
Check-ins stall in the lobby, cards can't authorize, restaurant and bar charges stop posting to rooms, and the night audit you're already dreading gets worse. The PMS itself may be cloud-hosted, which means your entire front office is only as good as your internet connection. The answer is automatic failover: a second connection on a different medium — usually 5G/LTE alongside fiber or cable — that takes over in seconds without anyone touching a router. For full-service properties where an outage means real revenue loss, dedicated internet with a carrier SLA on the primary link is worth pricing against the cost of one bad Saturday.
Room phones and a front desk that still has to answer
Guests may not dial 0 as often as they used to, but the phone system still runs wake-up calls, room-to-room dialing, housekeeping, and the line that rings when someone is locked out at 2am. Many properties are still on a PBX older than the last renovation, tied to PRIs or copper trunks that carriers are actively retiring and repricing upward. SIP trunking can modernize the dial tone while keeping the existing PBX and room phones; a full UCaaS move replaces the front-desk and back-office phones and adds voicemail-to-email and mobile apps for managers. Either way, guest-room calling features and PMS integration need to be verified before you sign anything — not after.
Keeping card data away from guest traffic
Your front desk, your restaurant POS, and the guest in room 214 torrenting a movie should never share a network. Proper segmentation puts the cardholder environment on its own isolated network, with guest Wi-Fi, staff devices, and building systems each in their own lane. That separation supports the network controls used within a broader PCI DSS compliance program — and it limits the blast radius when a guest device or a smart-TV stick does something it shouldn't. A managed firewall gives you that segmentation plus monitoring, without adding a network engineer to payroll.
The copper lines hiding in your elevators and alarm panels
Every hotel has them: the elevator emergency phone, the fire alarm communicator, the fax line nobody admits to using, maybe a gate or pool phone. These run on POTS lines that carriers are retiring or repricing dramatically — and an elevator phone that fails an inspection is a much bigger problem than a monthly line charge. Analog line replacement moves these to LTE or VoIP-based paths designed for life-safety and alarm use, usually at a lower monthly cost. The catch is that requirements vary by device and jurisdiction, so each line needs to be inventoried and matched to an approved replacement — which is exactly the kind of unglamorous project an advisor exists for.
Smart rooms, door locks, and everything else joining the network
Mobile keys, IoT thermostats, casting to the in-room TV, energy management, connected minibars — the device count per room keeps climbing, and every one of them is another endpoint on a network that used to just carry laptops. These systems need their own isolated network segment, reliable coverage in every room (not just the hallway), and enough upstream bandwidth that a building full of syncing devices doesn't eat the guest experience. Treating building IoT as part of the network design — rather than something each vendor bolts on — is what keeps a 'smart' property from becoming an unmaintainable one.
Multiple properties, event spaces, and group bookings
A second property means a second carrier relationship, a second phone system, and a second set of bills nobody is comparing. Meanwhile the ballroom booking comes with an unspoken promise that two hundred attendees can get online at once. SD-WAN brings every property under one management pane — consistent policies, one support path, and visibility into which site is having a bad day. Event bandwidth is its own conversation: a dedicated or burstable circuit for the conference space, separated from guest traffic, turns 'the Wi-Fi died during our keynote' into a problem that can't happen.
Frequently asked questions
What's the first technology fix most hotels should make?
Backup internet with automatic failover. It's the least expensive item on this list, and it's the one that keeps the PMS, card processing, and OTA reservations alive when the primary circuit drops. Guest Wi-Fi improvements come next — but they build on a connection that stays up.
How much bandwidth does a hotel actually need?
Enough for peak occupancy on a holiday weekend, not the average Tuesday. The honest answer depends on room count, guest profile, and how much streaming and video calling your guests do — a select-service property and a resort full of families are very different problems. We size it from your actual occupancy patterns and what runs on the network, then compare what carriers can deliver at your address.
Can we keep our room phones and still modernize?
Usually, yes. SIP trunking can replace aging PRI and copper trunks while keeping your existing PBX and guest-room phones, provided the PBX supports it and your PMS integration is verified first. If the PBX itself is end-of-life, a phased migration to UCaaS for the front desk and back office — with room phones handled separately — is often the cleanest path.
Does better network security make us PCI compliant?
No single product does that. Network segmentation and a managed firewall support the network controls used within a broader PCI DSS compliance program, but compliance is a program of policies, processes, and assessments — not something a firewall delivers by itself. We can help with the network side and point you to what else the program needs.
We manage several properties on different carriers. Can that be simplified?
That's a normal Tuesday for us. We inventory every property's contracts, renewal dates, and services, then standardize where it saves money or simplifies support — sometimes one carrier across the portfolio, sometimes the best carrier per market with one advisor managing all of it, so your GMs stop fielding carrier calls.
What do we do about the elevator and alarm lines before copper is retired?
Inventory every analog line first — most properties are surprised how many they have. Then match each to an approved LTE or VoIP replacement: elevator phones and fire alarm communicators have specific code and monitoring requirements, so they need purpose-built replacement paths, not just any adapter. Starting now beats discovering the deadline from a carrier notice or a failed inspection.