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Campus WiFi 7 Network
5 Buildings • 200+ Users • Enterprise VLANs
A five-building WiFi 7 deployment designed for density, segmentation, and operational visibility across a campus environment that had outgrown consumer hardware.
Religious Organization • 5-Building Campus • 200+ Simultaneous Users
The Scenario
The organization was dealing with constant complaints from staff and visitors because the existing wireless network collapsed during large gatherings and offered no meaningful separation between administrative users, guest traffic, and IoT systems. The problem was architectural, not cosmetic.
Challenge Identified
Five separate buildings had inconsistent coverage, consumer access points were failing under event load, and everything lived on one flat network. That meant poor performance during high-attendance events and unnecessary exposure between staff devices, guest phones, and building systems.
Solution Design
We rebuilt the campus around a UniFi Dream Machine Pro core, 10 WiFi 7 access points, and a three-VLAN design separating staff, guest, and IoT traffic. Inter-building cabling and centralized monitoring were included so the system could be managed as infrastructure instead of as five separate problem areas.
Deliverables
Quantified Improvement
| Metric | Before | After |
|---|---|---|
| Simultaneous Users | System crashed at ~50 | 200+ without degradation |
| Network Segmentation | None — single flat network | 3 VLANs (staff/guest/IoT) |
| Building Coverage | Inconsistent, 2 of 5 | 100% across all 5 buildings |
| Management Visibility | None | Centralized real-time dashboard |
Methodology Applied
Every deployment follows the same four-phase field process so the finished system reflects planning and documentation, not on-site improvisation.
Terrain & RF Survey
Each building was reviewed for RF behavior, construction type, and expected device density, with particular attention to peak attendance periods when the old network consistently failed. Existing hardware, switch paths, and inter-building cable options were documented before redesign.
Architecture Design
The new architecture separated staff, guest, and IoT traffic into distinct VLANs, with WiFi 7 placement tuned for both normal weekday use and high-density event occupancy. Cabling and dashboard visibility were specified as core requirements, not optional add-ons.
Precision Deployment
The three-day deployment included inter-building Cat6a work, ceiling-mounted AP installation, captive portal configuration for guests, and staged validation of VLAN policy and client capacity. The network was tested as a campus environment, not as a collection of individual rooms.
Sovereignty Transfer
At handoff, staff received dashboard orientation, AP and switch documentation, VLAN mapping, and a clear expansion path for future building or attendance growth. The site moved from unmanaged WiFi complaints to a documented and supportable network.
Measurable Results
The site now supports 200+ simultaneous users with stable performance, staff traffic is isolated from guest usage, IoT devices operate on their own segment, and administrators have real-time visibility across the campus from one dashboard.
Installation Gallery
Services Deployed
Equipment Manifest
- UniFi Dream Machine Pro
- UniFi U7 Pro x10
- UniFi Pro Max 24 PoE x2
- Cat6a inter-building runs
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315+ deployments completed
Your Property Deserves Engineered Infrastructure
Every deployment begins with a property assessment. Tell us how the property is built, where service breaks down, and what has to stay online, and we'll design the system around those facts.