[ The problem ]
7+
devices per resident
Wi-Fi is consistently the top complaint in housing-satisfaction surveys, and prospective students ask about it on tours. A resident arrives with a phone, a laptop, a console, a smart TV and a watch, and expects all of them to work as they did at home. Corridor-coverage designs from 2015 weren't built for that, and residents notice by the second week of the semester.
$90K–$300K
per year · licensing at 600–1,000 APs
Legacy wireless platforms charge $100–$300 per access point per year to keep the dashboard working. At campus scale that's a six-figure recurring line item that only keeps what you already bought switched on. UniFi has no licensing cost at any AP count.
$0
added capability per renewal dollar
Enrollment-driven budgets are flat or shrinking while device counts, streaming load and security expectations climb. When the CFO asks where to cut recurring spend without cutting capability, licensing on hardware you already own is the obvious place. We help institutions take that line to zero.
[ Residence halls ]
We design residence halls for per-room density: an AP per room or per pair of rooms, sized for streaming, gaming and the devices that can’t pass an enterprise onboarding flow. Corridor coverage was a budget decision residents pay for every night.
Personal devices are the hard part, so we design for them first. UniFi’s private pre-shared keys give each resident a key for their own devices: the smart TV, the console and the printer join the network in the resident’s room, with no help-desk ticket and no view of the neighbor’s gear.
The target is every device in every room, including the ones that can’t do 802.1X.
Corridor design · interior rooms unserved
Per-room density · every device, every room
[ The licensing math ]
Legacy platforms bill annually per access point; UniFi doesn’t. If a purchase order is late, nothing locks: the dashboard, the APs and the firmware updates keep working, because none of them were rented.
5-year wireless TCO · 500 APs
Estimated savings
$875,000
Wireless hardware and licensing only, using rounded midpoints from publicly available list pricing as of 2026 (~$2,000/AP legacy over five years vs ~$250/AP UniFi). Switching, cabling and installation excluded from both sides. We’ll run a comparison against your current environment at no charge.
[ Campus architecture ]
A campus network is a fiber backbone, distribution switching in every building, APs in every hallway and cameras at every entrance, and all of it should show up in one management plane. We design that architecture end to end: backbone topology, per-building distribution, RF planning and the addressing scheme that keeps it legible ten years from now.
Satellite campuses, extension centers, and remote residence halls join over site-to-site VPN and appear in the same console as the main quad, with no dedicated circuits, no separate management stack and no drive across town to reboot a switch.
One platform also means one skill set. Your team learns UniFi once and runs the wireless, switching, gateway, cameras and door access with it, instead of keeping four vendor certifications current.
One console · fiber backbone · site-to-site to satellites
[ Segmentation ]
Students, faculty, research, building systems and guests each get their own VLAN, policy set and firewall rules. UniFi doesn’t charge for it, and we build it in from the first day.
Managed devices authenticate over 802.1X against your existing RADIUS server or identity provider, so eduroam works too: it’s the WPA2-Enterprise network your visiting researchers and traveling faculty already use, and UniFi supports it natively.
Devices that can’t do enterprise auth (consoles, lab instruments, door controllers) land on private pre-shared keys with matching policies. That gives NAC-like control without buying a NAC appliance.
[ 802.1X + PPSK ]
On this segment
Laptops, phones, consoles, smart TVs, wearables
Policy
Managed devices use 802.1X; everything else gets a private pre-shared key per resident. Client isolation is on, so roommates share a wall but not a broadcast domain.
[ 802.1X via RADIUS / IdP ]
On this segment
Workstations, laptops, VoIP phones
Policy
Authenticated against your existing identity provider. Reaches academic and administrative systems by role; eduroam credentials work here without extra infrastructure.
[ 802.1X · certificate-based ]
On this segment
Lab instruments, compute clusters, storage arrays
Policy
Isolated per lab or grant where required. High-throughput paths stay inside the segment; external collaboration routes are explicit firewall rules.
[ PPSK / MAC-based ]
On this segment
HVAC, door controllers, cameras, displays, printers
Policy
No path to user VLANs. Internet egress limited to vendor endpoints. The thermostat does not need to see the registrar.
[ Captive portal ]
On this segment
Visitor phones and laptops
Policy
Internet-only, rate-limited, fully isolated. Campus tours get working Wi-Fi; campus systems stay invisible.
Select a segment for its devices and policy
[ Campus safety ]
Clery Act obligations (timely warnings, emergency notification, incident records) assume the infrastructure works: cameras recording, doors reporting state, the network up. We build that layer on the same platform and console as the rest of campus. Cloud-first camera platforms charge a subscription for every camera, every year. UniFi Protect and Access charge nothing per device, so the only question is how much coverage campus safety needs.
Cloud camera platforms: a license per camera, every year
On UniFi Protect: $0
[ Deployment ]
A full campus migration is usually planned across two or three break windows. New infrastructure goes in alongside the old, runs in parallel and cuts over building by building once verified, so classes are not interrupted.
One academic year · deployment windows
Residence halls turn over in summer; academic buildings open up over winter break. Cutovers land inside those windows, with parallel-run periods on either side so nothing goes dark mid-semester.
[ Where to start ]
Community colleges often go campus-wide in a single summer. Larger institutions usually start with one building, prove the architecture, and expand on their own refresh cycle.
Start with the building that generates the complaints. One residence hall proves the per-room density design, gives housing a result it can measure, and gives your network team a working reference before anything else changes.
Typical scope: one summer turnover window
A branch campus or extension center due for refresh is a clean, self-contained proving ground. It joins the main campus console over site-to-site VPN, so your team manages it without driving to it.
Typical scope: 2–6 weeks, scheduled around classes
A new building carries no migration risk. We design the UniFi architecture into the construction documents and coordinate with the electrical contractor, so the building opens on the platform.
Typical scope: aligned to the construction schedule
[ Training & ownership ]
Campus IT teams are capable; what they lack is time. After deployment, we train your staff hands-on, on your production network, until the console is theirs.
Device adoption, VLAN management, RF tuning, firewall policy and client troubleshooting, taught hands-on to your network team on your production console. A generalist team can run UniFi, and we'd rather prove that than create dependence.
Every deployment hands off documentation: topology diagrams, IP addressing, VLAN maps, channel plans, switch port assignments and a credential inventory. The next hire on your team inherits a documented network.
Institutions that want ongoing help can add our Technical Assistance Center (TAC): remote monitoring, alerting and engineering support. It's optional; you own the hardware, the configuration and the documentation either way.
Technical Assistance Center[ Track record ]
We’ve deployed UniFi in school districts, healthcare facilities, government buildings, private airports and defense contractors. Campus engagements are scoped by engineers who have deployed UniFi at campus scale.
See our workOn a call, an engineer reviews your current footprint (AP counts, licensing spend, refresh timeline) and gives you a straight answer on what a UniFi campus would look like for your institution.
