01
Walk the property
Guest rooms, public spaces, kitchen, bar, back office and the network closet. We map every circuit, switch, access point and terminal, including the ones nobody documented.
Hospitality
Guest Wi-Fi and POS that hold under a full house
Hospitality technology fails at the worst possible moment: check-in at 4pm, the dinner rush, a sold-out event. We design wireless for density, keep property management and point-of-sale systems talking to each other, and build hardware that survives a kitchen.
🛡 High-Density Wi-Fi⏱ PMS/POS Integration💰 Never Outsourced★ Since 2015
Overview
Every guest brings three devices and no patience
Hospitality wireless is a density problem, hospitality POS is an uptime problem, and hospitality staffing is an access-control problem. All three run at once.
Guest wireless is judged in the first ninety seconds of a stay. A property at full occupancy has phones, laptops, tablets, streaming sticks and watches all competing, plus staff devices and a growing pile of connected equipment. Density design is different from coverage design: more access points at lower power, tight channel planning, band steering, per-device bandwidth limits so one guest streaming in 4K does not affect the floor, and a captive portal or per-guest key system that does not require the front desk to hand out one shared password. In a hotel, an access point per room or per pair of rooms usually outperforms hallway units fighting through two walls. That survey and design work is our wireless service.
The property management system and the point of sale have to talk. Room charge posting from the restaurant or the spa back to the folio is the integration that generates the most calls, and when it breaks, revenue gets lost quietly rather than loudly. We monitor those interfaces, keep the interface server or middleware patched and backed up, and document exactly what to check when a charge does not post. Platforms differ, cloud property management with a cloud point of sale behaves nothing like a legacy on-premise pairing, so we build the support model around what you actually run.
Back of house is a hardware survivability problem. Kitchen display systems, order printers and terminals live in heat, steam and grease. Standard office equipment fails there in months. We specify sealed or splash-resistant units, mount them where airflow exists, use industrial power protection, and keep spares configured so a dead ticket printer during service is a swap and not a crisis. The same goes for point-of-sale terminals on a bar top, which are exposed to spills every night they operate.
Payments and segmentation follow the same logic as retail, with more networks in play. Guest traffic, staff devices, point-of-sale and payment terminals, door locks, thermostats, cameras, digital signage and audiovisual systems each belong on their own segment. Connected door locks and building systems in particular should never share a network with anything else. We build the VLAN structure, write the firewall rules and document the map. Our security stack layers EDR, DNS filtering and email protection on top.
Finally, turnover. Hospitality runs high staff churn, which makes account hygiene an operational discipline rather than a policy document. Named accounts instead of shared manager cards, same-day offboarding, POS permissions matched to role, and periodic access reviews. When someone leaves on a Friday, their access should end on Friday. More at our hospitality IT microsite.
Design for the busiest hour
Sizing wireless and network capacity for an average Tuesday guarantees failure on a sold-out Saturday. We design against your peak occupancy and peak covers, then verify it during a real service.
What We Handle
The property checklist
From the guest room to the walk-in cooler.
High-density guest wireless
Per-room or per-zone access points, tuned power and channels, band steering, bandwidth limits and a portal or per-guest key system.
PMS and POS interface monitoring
Room charge posting, folio integration and middleware kept patched, backed up and monitored so lost postings surface immediately.
Kitchen and bar hardware
Splash-resistant terminals, kitchen display systems and ticket printers specified for heat and grease, with configured spares on hand.
Payment and building segmentation
Separate networks for payment devices, staff, guests, door locks, thermostats, cameras and signage, with documented firewall rules.
Turnover-proof account control
Named accounts, role-based POS permissions, same-day offboarding and scheduled access reviews instead of shared manager logins.
Event and banquet connectivity
Temporary networks and bandwidth for conferences, weddings and pop-ups, including hardwired drops for presenters and streaming.
How It Works
Getting a property under control
02
Separate the networks
Guest, staff, payment, building systems and cameras get their own segments with explicit rules. This is usually the single biggest risk reduction on a property.
03
Fix the guest experience
Redesign wireless for occupancy rather than square footage, verify during a busy period, and add internet failover so a carrier issue does not empty the lobby.
04
Tighten operations
Named accounts, offboarding process, spare hardware staged, monitored interfaces, and a runbook your managers can follow at 9pm on a Saturday.
Free property assessment
One walk, one written report on wireless, segmentation and back-of-house risk. No obligation.
Hospitality IT questions
Our guest Wi-Fi is fine at breakfast and terrible at night. Why?
That is a density problem, not a coverage problem. At night every guest is in their room with several devices, all competing for the same access points that looked fine with twenty people in the lobby. The fix is more access points at lower power with a tighter channel plan, per-device bandwidth limits, and often a move to per-room units rather than hallway coverage.
Should guests get a shared password or individual access?
Individual is better wherever it is practical. A single shared password means every guest is on the same broadcast domain and the credential never really expires. A captive portal or a per-guest key issued at check-in gives you isolation between devices, an expiry tied to the stay, and far better visibility if something goes wrong.
Do you support Toast, Aloha, Micros, Opera and Cloudbeds?
We support the infrastructure those systems depend on and we drive vendor escalation for in-application issues. That means terminals, kitchen displays, printers, network, internet redundancy, interface servers and the integrations between property management and point of sale. Cloud platforms shift the server load but make your internet circuit far more critical.
How do you handle PCI in a hotel or restaurant?
Same principle as retail: shrink the scope. EMV terminals with point-to-point encryption keep raw card data off your network, payment devices go on an isolated segment, remote access requires multi-factor authentication, and default credentials are removed from every device including printers and access points. We implement and document the technical controls; validation stays between you and your acquirer.
Our kitchen printers keep failing. Is there a better option?
Yes. Standard office-grade printers do not survive grease, heat and steam. We specify splash-resistant or sealed units, mount them with airflow and away from the hot line, use proper power protection, and keep a configured spare on the shelf so a failure mid-service is a two-minute swap instead of a night of handwritten tickets.
Staff turnover is high. How do we keep access under control?
Named accounts for everyone, no shared manager cards or PINs, role-based permissions in the point-of-sale, and offboarding that happens the same day someone leaves. We also run periodic access reviews, because in a high-churn environment the list of active accounts drifts away from the list of actual employees within a few months.
Can you provide Wi-Fi for a conference or wedding?
Yes. Event connectivity is planned separately from house wireless: expected device count, whether presenters need hardwired drops, streaming requirements, and whether the event needs its own bandwidth allocation so it does not affect guest rooms. For recurring event space we build permanent capacity rather than rolling in temporary gear each time.
Who do you serve in Arizona?
Hotels, restaurant groups, bars, event venues and clubs across Phoenix, Scottsdale, Tempe, Mesa, Gilbert and Chandler for onsite work, with remote support available in all 50 states. Multi-property groups are common for us, since most of the management work is centralized and only physical tasks require someone on site.
Make the technology invisible to the guest.
Book a property walk with a pod that understands service hours.
Talk to Your Pod
Guests forgive a slow entree. They do not forgive bad Wi-Fi.
We will survey your property, review PMS and POS infrastructure, and give you a written plan for wireless density, segmentation and back-of-house reliability.
(602) 677-0779Family owned in Gilbert, AZ since 2015 · onsite across the Phoenix metro · remote support nationwide · never outsourced
Same-day response
No long contracts
Flat, honest pricing
Five-star service
Get your free IT consultation
A few details and your pod gets right back to you, usually the same business day.