Cisco and Red Hat Deepen Campus IaC with Validated Catalyst Center Ansible Collection

Cisco and Red Hat have delivered the validated cisco.catalystcenter Ansible Collection, made available through the Red Hat Ansible Automation Hub. The collection provides an enterprise-grade suite of modules, roles, and playbooks that interface directly with Cisco Catalyst Center REST APIs. This integration enables operations teams to automate campus fabric deployment, Software-Defined Access (SD-Access) orchestration, Software Image Management (SWIM), compliance verification, and automated configuration backups across enterprise campus and branch environments. This release directly tackles the persistent operational debt in enterprise campus networking. Historically, campus NetOps teams relied on brittle Command Line Interface (CLI) screen-scraping tools using regular expressions like TextFSM, where a minor syntax or whitespace variation in an OS update could break automation pipelines. By abstracting Catalyst Center's controller APIs into native Ansible JSON data structures, network engineers can eliminate manual device-by-device configuration, avoid parsing failures, and execute global policy changes across thousands of campus endpoints with single declarative tasks. It effectively elevates enterprise campus infrastructure to the same declarative Infrastructure-as-Code standards standard in modern cloud and data center environments. The integration aligns with the broader convergence of NetOps and platform engineering practices across the industry. As enterprises scale multi-cloud and distributed hybrid architectures, maintaining separate operational workflows—GitOps pipelines for cloud and container infrastructure versus ad-hoc scripts for campus networks—creates substantial security and governance overhead. Integrating centralized controllers like Catalyst Center into Red Hat Ansible Automation Platform allows network topologies and configurations to live in Git repositories alongside single sources of truth such as NetBox or ServiceNow. This shift accelerates the move away from node-by-node CLI management toward unified, controller-driven orchestration pipelines. For practitioners, adopting this framework requires treating campus configurations as version-controlled code artifacts rather than static runtime device settings. Teams should begin by integrating the collection into CI/CD pipelines for low-risk Day 2 operational tasks, such as continuous compliance auditing and automated drift remediation, before scaling to automated operating system rollouts via SWIM. Additionally, platform engineers must implement proper credential management within Ansible Automation Platform and establish pre- and post-deployment validation stages to ensure that policy errors are not pushed across entire campus fabrics at scale.