NetBox for Campus Networks
Connect, manage, and optimize your campus infrastructure
Unify network operations across sprawling campus environments with a single source of truth to deliver reliable campus-wide connectivity.
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reduction in tickets due to manual network changes
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time back for network engineers
For campus networks serving thousands of users, NetBox offers a cohesive network management platform ensuring IT teams have complete visibility into campus topology.
Comprehensive campus visibility
Document and visualize the entire network – from routers and data centers to building switches and wireless access points – in one unified source of truth.
Improved reliability and user experience
Standardize configurations and proactively manage network changes. Campus networks remain aligned with intended design, reducing outages and improving connectivity.
Efficient operations and planning
Accelerate troubleshooting and simplify capacity planning. Teams operate more efficiently and deploy new equipment and services with automation.
Use Cases
Unify your campus network management. Gain visbility and control of your infrastructure.
Campus-wide network inventory and mapping
Learn more about IPAM in NetBox
Model and document every campus site, building, switch, router, fiber link and closet, creating a living map of campus IT assets.
Simplified IPAM and Layer 2 management for Campus Networks
Learn more about NetBox Discovery
Manage IP space for the entire campus, from core network subnets to site-specific DHCP pool
Change management and troubleshooting
Learn more about NetBox Assurance
Pairing NetBox with automation tools, you can generate campus network configs for new switches or apply updates uniformly. NetBox Assurance helps flag any operational drift.
Scaling and campus expansion planning
Learn more about NetBox
Simplify planning by modeling new sites and racks, assigning IP ranges, and planning fiber runs within the platform - before any hardware is installed.
NetBox helps us avoid making bad choices. It can ensure that you don’t have the same IP address assigned to more than one device. It can make sure you don’t have more than one cable trying to be plugged into the same ethernet port, or you’re trying to assign a VLAN from one building to another.”
Bryan Ward, lead infrastructure engineer
Dartmouth College
On-Demand Webinar: Network Automation at Dartmouth College
Make sense of your network
