Enterprise Automation as a Strategic Initiative: Key Considerations and the Role of Ansible Automation Platform

Setting the Stage

Automation is a top‑of‑mind initiative for all IT leaders, yet definitions vary widely, especially regarding scope. Enterprise automation is viewed from a business perspective, while IT automation focuses on eliminating repetitive human tasks.

Enterprise automation can be seen as the integration of many IT automation projects across the organization. True value emerges only when these tactical projects are coordinated and aligned with strategic goals; otherwise they remain isolated and may not interoperate at critical touchpoints.

Viewing automation as a strategic initiative is rarely done in many organizations.

Some automation programs may target hybrid‑cloud infrastructure, while others drive automated security remediation or ensure continuous compliance.

Each of these programs may need to interact with infrastructure components such as networks and servers, and react to changes exposed by application APIs, illustrating the inherent complexity of enterprise automation.

The goal of this article is to identify the key points organizations should consider when implementing an enterprise automation strategy.

What Is the Value of Automation?

When considering next‑generation architecture, organizations should evaluate automation from an enterprise/strategic perspective and build a business case. Value can be measured beyond simple cost savings; focusing only on short‑term tactical projects can create technical debt.

Enterprise automation is a strategic, business‑level initiative whose long‑term strategic value exceeds its cost.

A strategic automation strategy must focus on business value such as quality improvement, agility, execution speed, employee efficiency, compliance, and leveraging existing assets.

All these factors belong in the business case, but the approach requires treating automation as a strategic, not merely technical, initiative.

Enterprise Framework Is Key

How can an enterprise‑level automation strategy be realized? Modern enterprises are complex, inter‑dependent ecosystems spanning on‑premises, public cloud, and increasingly multi‑cloud infrastructures. Automation needs cover provisioning, patching, and event response. Infrastructure‑as‑code is a promising technology, yet challenges remain for networking, applications, compute, and storage components.

Security footprints often consist of multiple event‑generation tools that must be correlated, usually manually, and processes can vary across large organizations.

Confidential management is another complexity: applications, infrastructure, and databases may require privileged access. A standardized coding process that securely extracts credentials from a secret‑management repository for use across automation runs is a critical integration point.

Most mature automation processes are implemented in code. Managing automation code repositories—structure, access, and code quality—is an important consideration.

Creating a framework that addresses people, processes, and technology to control automation is a crucial step in evolving organizational architecture. Once the need for an enterprise automation framework is understood, the appropriate tools should be selected.

Enter Ansible Automation Platform

Ansible Automation Platform (AAP) forms the technical part of an enterprise automation framework, easily integrating with product‑centric toolsets across public and private infrastructure, network, compute, and storage, and enabling interaction with application APIs, coordinated security response, and secret management.

While other toolchains can support this framework, Red Hat’s Ansible Automation Platform 2 is a unified solution that should be on any IT leader’s shortlist.

As an API‑first platform, all functionality is exposed via its REST API, allowing integration with other applications and enabling programmatic execution of automation tasks.

Ansible collections, roles, and playbooks have proliferated online, many available through community sites like galaxy.ansible.com, but the quality and security of community‑maintained content must be managed to protect enterprise automation strategies.

Red Hat has certified 114 collections from 56 partners—including AWS, Microsoft, Cisco, CyberArk, and ServiceNow—demonstrating expertise in productizing open‑source projects as certified Ansible content.

AAP supports role‑based access control, providing organizational and team structures that grant subject‑matter experts the necessary permissions to author playbooks and distribute them as job templates securely, using elevated credentials only during execution.

Automation architects can combine job templates from various teams into a cohesive coding service, publish it internally or on Red Hat’s hybrid cloud, and enforce appropriate approvals.

Automation Metrics

Quantifying automation benefits—such as quality assurance, efficiency gains, employee time savings, and growth enablement—remains challenging, yet cost considerations must still be addressed.

A frequently overlooked feature of AAP is Red Hat Insights for Ansible, which offers a Saving Planner to forecast cost savings and an automation calculator to quantify realized savings.

These services help organizations estimate the potential cost reductions from investing in the Ansible Automation Platform.

In conclusion, automation should be viewed as a strategic initiative. Enterprise architects building a business case must include factors like quality improvement, growth opportunities, compliance, and optimal use of existing assets. Any solution should provide a framework for tool integration and collaboration, with integration points and a diverse ecosystem being critical to success.

Finally, Ansible Automation Platform 2 should appear on every IT leader’s product shortlist for evaluating enterprise automation plans.