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Networking · Case Study · July 3, 2026

Building a Restaurant's Entire Technology Backbone From the Studs Up

A brand-new restaurant build-out - structured cabling, POS network, cameras, access control, zoned audio, phones, and guest Wi-Fi, all designed and installed before the drywall went up.

Most of our networking work is fixing what's already there - untangling years of patchwork. This project was the opposite: a brand-new restaurant, still steel studs and open ceiling, where we got to design and build the entire technology infrastructure from scratch. When you're involved this early, every cable run gets planned instead of improvised, and every system gets its own properly labeled home in the rack.

Restaurant interior during construction - open steel framing and ceiling before drywall

Everything runs before the walls close

The single biggest advantage of wiring during construction: the cabling goes exactly where it needs to go, cleanly, with no compromises. We ran structured cabling throughout the space while the framing was open - drops for the point-of-sale stations, kitchen displays, cameras, access control, speakers, phones, and wireless access points, all home-running back to a central rack location.

Low-voltage cable runs routed through open ceiling framing during construction

Every bundle was routed, supported, and organized before a single piece of drywall went up. Doing this after construction means fishing walls, cutting ceiling tiles, and settling for "close enough" locations. Doing it during construction means the infrastructure is invisible and exactly right.

Wall-mounted rack during rough-in with cable bundles arriving and patch panels being terminated

One rack, every system, all labeled

Every cable in the building terminates at patch panels in a wall-mounted rack - and every port is labeled and color-coded by system. Camera ports, POS drops, phone lines, wireless access points, and general data each have their own identity in the rack. Six months from now, nobody has to guess what feeds what.

Rack with labeled, color-coded patch panels terminated and switches installed

Separate networks for separate jobs

A restaurant runs several very different kinds of traffic, and they shouldn't share a network. The Toast POS system needs rock-solid, isolated connectivity - a payment terminal should never compete with a guest streaming video. So the network is segmented into VLANs: POS on its own network, cameras and access control on another, staff devices and phones on their own, and guest Wi-Fi fully isolated from everything the business runs on. If any one segment has a problem, the others don't feel it - and a guest on the Wi-Fi has no path to the payment systems.

The finished backbone

The completed rack carries the whole building: managed switches feeding color-coded patch panels, zoned audio amplifiers for the main dining area and kitchen, streaming audio equipment, and dual battery backup units with managed power distribution - so the POS, cameras, and phones ride through a power blip without a hiccup.

Finished rack with color-coded patch cabling, managed switches, zoned audio amplifiers, and dual UPS units

When the restaurant opens its doors, the technology will simply work - and none of it will be visible except a camera here and a speaker there. That's the goal of infrastructure done right: the owner thinks about food and guests, not about why the card reader dropped offline during Friday dinner service.

Opening a new location or planning a build-out? The earlier we're involved, the better the result - structured cabling and networking, cameras and access control, and phones and communication all benefit from being designed in, not bolted on.

Building or opening a new location?

Get the infrastructure right from day one.

Tell us about your build-out and we'll walk you through what the technology side should look like - cabling, network, cameras, audio, and phones, planned together.

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