Cisco and Red Hat Deepen Campus GitOps with Catalyst Center Ansible Collection

Cisco and Red Hat have delivered a validated Ansible collection for Cisco Catalyst Center, distributed through the Red Hat Ansible Automation Hub. The cisco.catalystcenter collection introduces support for over 70 operational use cases, incorporating 69 modular roles—comprising 39 workflow managers and 30 configuration generator roles—and more than 300 turnkey playbooks. Operating directly against Cisco Catalyst Center REST APIs, the collection enables end-to-end automation across Plug and Play (PnP) zero-touch onboarding, Software-Defined Access (SD-Access) fabric configuration, Software Image Management (SWIM), and real-time compliance validation without requiring legacy command-line parsing. Campus network management has historically lagged behind cloud and data center environments in adopting declarative Infrastructure as Code (IaC) principles. Network practitioners overseeing distributed campus switches, routers, and access points frequently face configuration drift, prolonged maintenance windows, and brittle regular-expression parsers that break on minor terminal formatting shifts. By standardizing campus operations on native JSON payload exchanges through Ansible, Cisco and Red Hat allow enterprise NetOps teams to manage campus fabrics deterministically. Organizations can enforce campus configuration policies with version-controlled code, reducing deployment errors and accelerating cross-site rollouts. This release highlights the broader industry shift toward consolidating network management into platform engineering and GitOps ecosystems. As IT departments increasingly adopt Single Source of Truth (SSoT) platforms such as NetBox and ITSM systems like ServiceNow, network controllers can no longer operate as standalone UI silos. The new Ansible collection enables unified automation pipelines where IP prefix allocations, device provisioning, and change ticket closures execute within a single orchestrated workflow, aligning physical campus operations with modern DevOps delivery standards. In practice, engineering teams should implement this collection through a phased approach. Operators should start with read-only state extraction, automated inventory discovery, and compliance checks against golden configuration templates to baseline existing environments. Once validated, teams can operationalize Day 0 Plug and Play workflows and automate staged OS image distribution during scheduled maintenance windows. Practitioners should run these playbooks within containerized Ansible Execution Environments with centralized credential management to maintain strict access control and auditability across enterprise infrastructure.