Campus-wide device visibility for the CIO, the security office, and the network team. Without forcing any of them onto a new console.

Higher-education networks have more sources of device sprawl than enterprise networks.

Enterprise IT operates within a chain of approval. A new device usually means a procurement record, an IT ticket, an MDM enrollment, and a cost-center assignment. Higher education is structurally different. Faculty receive grant funding and buy lab instruments without consulting central IT. Departments operate their own micro-IT staff. Athletic operations contracts independently with AV integrators for video boards and play-clock systems. Student-affairs deploys digital signage in residence halls. Building services replaces HVAC controllers as part of capital projects. The official asset register tracks the slice of all this that flowed through the official channel.

The result is what most CIOs already know: the central asset list is a confident under-count. The number of devices on the campus network is somewhere between "what we have records for" and "what the network actually shows." Closing the gap manually is not a project that can be staffed.

CybrIQ feeds the tools each team already uses.

The CybrIQ inventory exits as structured data into the customer's existing systems. No team has to switch tools.

A typical mid-size university deployment.

For a mid-size university (15,000 to 30,000 students, 30-plus academic buildings, six to twelve residence halls, two or three research-intensive lab buildings), CybrIQ deploys with one or two External Scan Engines depending on switch count. One ESE handles up to 500 managed switches; most campuses fit comfortably under that ceiling.

The deployment shape we see most often:

• Network team owns the SNMP credentials handoff. They already provision read-only SNMP for monitoring tools (LibreNMS, SolarWinds, PRTG, NetBrain). Adding CybrIQ is the same credential pattern.
• IT operations owns the ESE host. A small Linux VM in the central data center or a campus colo. We provide the spec; you provide the VM.
• Security office owns the inventory consumption. They subscribe to the signed monthly export, set up the SIEM feed, and define the per-device-class authorization policy.
• Federated departmental IT keeps doing what they do. No one in any department has to install anything, change a workflow, or learn a new tool.

Most campuses we have spoken with see the first useful inventory output inside two weeks of credential handoff. Steady-state operations require roughly two hours per month from the security office to process the export.

Devices that routinely surprise central IT.

• Departmental research equipment. Every research-intensive department has lab instruments with embedded compute that came in on grant funding. Spectrometers, sequencers, microscopes with embedded acquisition PCs, environmental sensors, fume-hood controllers. We identify the vendor and model the moment the instrument lands on the wire.
• Athletic operations gear. Video review systems, play-clock controllers, scoreboard backends, locker-room AV. Contracted to AV integrators outside central IT's normal procurement loop.
• Residence-hall IoT. Smart locks, key-card readers, in-room thermostats, energy-management controllers, common-area smart displays.
• Library and learning-commons technology. Loaner laptops, 3D printers, makerspace equipment, public-access workstations, study-room booking screens.
• Capital-project building automation. HVAC controllers, lighting controllers, access controls, life-safety systems. Often installed by the integrator on the building project, on a VLAN that may or may not be properly scoped.
• Personal devices on guest VLANs. Visiting researchers, conference attendees, parents at admissions events. Identified in aggregate so the security team knows the actual guest-network composition.