Network Infrastructure

Enterprise Wi-Fi design
& deployment.

High-density wireless built for scale and uptime.

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The WZC approach

Modeled before we deploy.Validated after.

From manufacturing floors to multi-building campuses, WZC designs Wi-Fi that performs under real-world density. We model coverage before we deploy and validate it after.

Built on Extreme Networks and Juniper Mist AI, with iBwave and Ekahau-driven design, our networks deliver predictable performance and roaming where it matters.

  • StandardWi-Fi 6 / 6E
  • SurveyPredictive + validated
  • Roaming802.11r/k/v fast transition
  • UplinkPoE++ structured cabling
  • DensityDesigned per client count

How it works

System components

  • Structured CablingCertified Cat6A runs delivering PoE++ to every access point.
Enterprise Wi-Fi floorplan: a controller feeds five ceiling access points over structured cabling, their coverage cells overlap, and a roaming client hands off between them without dropping the session.
ElementTypeFeedsRole
WLC / gatewaycontrollerAP1, AP2, AP3, AP4, AP5Wireless LAN controller and gateway: RF planning, roaming and policy
AP-1access point—Wi-Fi 6E access point placed from a predictive and validated survey
AP-2access pointclientWi-Fi 6E access point placed from a predictive and validated survey
AP-3access point—Wi-Fi 6E access point placed from a predictive and validated survey
AP-4access pointclientWi-Fi 6E access point placed from a predictive and validated survey
AP-5access point—Wi-Fi 6E access point placed from a predictive and validated survey
Roaming clientroaming client—A device moving through the building, handed off cell to cell

Enterprise Wi-Fi · overlapping cells and seamless roamingClick any node — or any step or component below — to inspect it. Illustrative topology; the real design is set by the site survey.

What you get

Built to perform

Predictive design

iBwave + Ekahau modeling for capacity, not just coverage.

Validated performance

Post-install heatmaps and DAQ verification.

Seamless roaming

Designed for voice, video, and mobile workflows.

Secure by default

Enterprise authentication and segmentation.

Proven in the field

Designed for density. Proven on deployment day.

From transit garages to college campuses, WZC Wi-Fi is engineered against real application loads — then walked, measured, and tuned on site before handoff.

"They have provided me with excellent support, always responding quickly and efficiently. Fast, cost-effective, and great value — I highly recommend WZC."

Julia ReynardJulia ReynardSMART Bus
WZC field engineers validating wireless coverage on siteOn-site validation
Colleagues meeting in a modern office that runs on enterprise Wi-FiModern workplaces run on Wi-Fi

How it works

Our process

  1. Discovery

    Requirements, density, and application profiling.

  2. Predictive Design

    iBwave/Ekahau model to capacity targets.

  3. Deploy

    AP install, cabling, and configuration.

  4. Validate

    On-site survey and tuning to spec.

SURVEY → MODEL → DEPLOY → VALIDATE — CLOSED DELIVERY LOOPPHASE 01SURVEYON-SITE RF + SPECTRUM CAPTUREPHASE 02PREDICTIVE MODELIBWAVE / EKAHAU TO CAPACITYPHASE 03DEPLOYAPS · CABLING · CONFIGURATIONPHASE 04VALIDATEHEATMAP VS DESIGN TARGETSTUNE & RE-VALIDATE UNTIL SPEC IS MET
Every WZC Wi-Fi deployment runs in a closed loop — tuned and re-surveyed until the measured heatmap meets the predictive design targets.
Delivery flowValidation gateEngineering phase

Questions

FAQs

Which hardware do you deploy?
Primarily Extreme Networks and Juniper Mist AI, selected to fit your environment and existing stack.
Do you handle high-density venues?
Yes, convention centers, transit facilities, warehouses, and campuses are core to our work.

Get started

Let's solve your wireless challenge

Tell us about your building and goals. A WZC engineer will get back to you within one business day.

Get a QuoteCall 248-946-4000