Who is IP Fabric?
IP Fabric is an automated network assurance and intent-based network analytics platform for enterprise and service provider infrastructures.
- Automated network discovery and topology mapping across multi-vendor environments
- Network assurance and intent verification for configuration and policy consistency
- Analytics for routing, switching, security, and virtualization across on-premises (on-prem) and hybrid networks
- API-driven integrations with IT service management, automation, and observability tools
- Support for compliance reporting, troubleshooting workflows, and change validation
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More About IP Fabric
IP Fabric provides an automated inventory, modeling, and assurance layer for complex enterprise and service provider networks. The platform builds a vendor-agnostic, always-current model of the network by discovering devices, collecting configuration and operational data, and reconstructing end-to-end paths and dependencies. This model is used for assurance, verification, and analytics across routing, switching, security, and virtualized network domains.
The platform operates as a network assurance and intent verification system (network assurance / network analytics), enabling teams to define intended policies and behaviors and compare them to actual network state. By validating configurations, access policies, and routing behavior against intent, IP Fabric supports risk identification, misconfiguration detection, and policy drift analysis. The data set and topology model provide context for both day-to-day operations and project-driven change activities.
From an architectural perspective, IP Fabric functions as an abstraction and analytics layer over multi-vendor infrastructure. It typically ingests data via network protocols and device interfaces such as Secure Shell (SSH), Command-Line Interface (CLI), Simple Network Management Protocol (SNMP), and APIs, and correlates this information into a normalized model. The solution covers physical and virtual network elements across data centers, campus, Wide Area Network (WAN), and cloud-connected environments, aligning with domains such as network observability, IT operations analytics, and infrastructure assurance.
In enterprise environments, IP Fabric is used by network operations, engineering, and architecture teams to support troubleshooting, design validation, and documentation. The platform’s end-to-end path computation and dependency mapping facilitate impact analysis for changes, maintenance planning, and migration projects. Historical snapshots of the network model enable before-and-after comparisons, helping teams verify that changes behave as expected and maintain compliance with internal standards and external regulations.
Within a broader tooling ecosystem, IP Fabric often integrates with IT service management platforms, orchestration tools, and monitoring or observability systems. These integrations use APIs to exchange topology, inventory, and assurance data, extending automation workflows and improving context for incident and change processes. In marketplace and directory taxonomies, IP Fabric aligns to categories such as network assurance, network discovery and topology mapping, intent-based networking analytics, and infrastructure observability for enterprise and service provider networks.
Our description of IP Fabric. Updated December 2025.
