CPU
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Memory
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Ports
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Configuration versions
Management
Southbound protocol
SNMP V3 · SSH
Adaptation
PRE-ADAPTED TEMPLATE
Ruijie Unified Networking Central
One console.
Every vendor on
your network.
Your campus runs equipment from four or five different makers. UNC manages all of it from one place, without replacing a single device you already own.
Proof of concept, no obligation
Request your POC
Tell us your vendor mix and rough device count. We set up your POC and an engineer walks it through your own topology.
This is real. Click anything.
The actual UNC console,
running right here.
Not a video, not screenshots. Follow the six guided steps or click around on your own.
unc.your-campus.net
Live
UNC
Main Campus
Third-party
This console shows a small slice of UNC. Request a POC for the full platform, including reporting, policy and multi-site management.
The multi-vendor reality
Nobody buys a single-vendor
network anymore.
Networks are built in layers, over years, by different teams with different budgets. What you end up managing is not one network. It is four or five, stacked on top of each other, each with its own console.
A console for every badge
Each maker arrives with its own login, its own firmware cycle and its own support contract. A single policy change means touching all of them in the right order and hoping nothing breaks.
Backups nobody owns
Configuration backup works inside each silo. There is no single restore path when a device fails at 2am and the engineer who set it up left the company last year.
Faults you find last
Alarms sit in separate queues with no shared severity. Nobody sees the whole picture, so problems surface as a complaint from a user rather than an alert from the network.
0
of new enterprise campus networks are expected to deploy network security, automation and management applications from multiple vendors for at least one component by 2028, up from less than 10% in 2025.
GARTNER MARKET GUIDE FOR CAMPUS INFRASTRUCTURE AND OPERATIONS SOFTWARE, 2025
What you get
Built for the network
you actually run.
Proof
Fault finding measured in
minutes, not days.
Fortune China 500 · Energy systems
3,000 staff, 700 access points, and an IT team that stopped getting complaint calls
An eight-year-old network across a headquarters research campus had degraded into coverage gaps, dropped meetings and access points that lost configuration. Hundreds of units sat above ceiling panels with no record of where they were, so tracing one fault meant hours of physical searching.
The team rebuilt on Wi-Fi 7 with UNC as the management layer. Digital twin visualization put every access point, its status and its client count on screen. Optic fiber link monitoring watched all 704 hybrid cable runs for attenuation before they failed.
Finding one faulty access point used to take half a day. In UNC we locate and handle it in minutes.IT OPERATIONS TEAM, FORTUNE CHINA 500 ENTERPRISE
Daysto minutes
Fault location time for a failed access point, once digital twin visualization replaced physical searching
4 to 5×
Measured wireless download improvement in open-plan areas against the previous network
0
Hybrid optic fiber links under continuous attenuation monitoring and pre-alarm
0
Faster routine inspection. One sweep dropped from 60 to 120 minutes down to 20 to 40 minutes.
2 cities
Dual research campuses monitored and controlled as a single network from one console.
Zero
Site visits needed for routine inspection, removing travel cost from the operations budget.
CUSTOMER-REPORTED RESULTS FROM RUIJIE DEPLOYMENTS. OUTCOMES VARY WITH NETWORK SIZE, TOPOLOGY AND EXISTING INFRASTRUCTURE.
Side by side
What changes on
Monday morning.
| The job | Managing brand by brand | With UNC |
|---|---|---|
| Seeing the network | ✕A console per manufacturer, and a topology diagram someone drew two years ago | ✓One auto-discovered topology covering every device, refreshed continuously |
| Changing configuration | ✕Device by device over CLI, in the right order, hoping nothing breaks | ✓Cross-vendor templates delivered in batches, every operation logged for audit |
| Recovering from a bad change | ✕Find the file someone saved to a laptop, if it exists at all | ✓Version history per device with one-click rollback, whoever made the hardware |
| Replacing failed hardware | ✕Send an engineer, reconfigure on site, match the cabling exactly | ✓Ship the unit, plug it in, configuration inherited and ports auto-sensed |
| Proving it works | ✕Screenshots from several tools, assembled by hand the night before | ✓Inspection reports generated and exported on a schedule you set |
Questions
What teams ask
before starting.
Get started
Run UNC on your network.
Send us your vendor mix and rough device count. We set up your POC and map UNC against your own topology.
- POC access set up for your environment
- Confirmation of which of your existing devices are pre-adapted
- A phased rollout path that keeps your current network running
- Licensing explained against your actual estate, before you commit
Proof of concept, no obligation
Request your POC
Two minutes to fill. We reply within one business day.
Run UNC on your own network.Proof of concept, set up for your environment.
Request a POC