Red Hat Ansible Automation Platform
A unified and scalable automation solution for managing diverse IT environments.
| Category | Configuration & Change Management |
|---|---|
| Last page update | 19 days ago |
| Pricing Details | Pricing varies based on deployment options and support levels. |
| Target Audience | IT operations teams, DevOps engineers, and organizations looking to automate IT processes. |
Red Hat Ansible Automation Platform addresses the complex challenge of managing and automating diverse IT environments, including hybrid cloud, network, and edge locations, by providing a unified and scalable automation solution.
At its core, Ansible Automation Platform is built on an agentless framework, which simplifies the deployment and management of automation workloads across various IT domains such as operations, networking, security, and development. The platform leverages YAML-based syntax for creating automation code, making it accessible to both new and experienced users. Key components include the automation controller, which serves as the control plane for managing workflows, inventory, and role-based access control, and the Ansible automation hub, which facilitates the sharing and management of automation projects.
Operational considerations include the use of Event-Driven Ansible, which enables IT teams to respond automatically to changing IT conditions through conditional rulebooks. This feature helps in automating low-level tasks and ensuring consistent responses to IT events. The platform also integrates with other Red Hat solutions, such as Red Hat OpenShift, allowing for the automation of cloud-native environments and the management of virtual machines across public, private, and hybrid clouds.
Technical details highlight the platform's flexibility, with support for multiple deployment options, including managed and self-managed offerings on major public cloud marketplaces like Azure, AWS, and Google Cloud. The platform also includes certified and validated content collections from over 100 partners, which helps in accelerating content creation and ensuring consistency across different use cases. However, managing large-scale automation can introduce complexities, such as the need for careful resource allocation and potential performance degradation in highly distributed environments.
In terms of limitations, while Ansible Automation Platform offers a robust set of tools, it requires a strategic commitment to fully leverage its capabilities. This includes investments in time, technology, and people to build and manage automation workloads effectively. Additionally, the platform's scalability, though robust, can be influenced by the complexity of the automation tasks and the underlying infrastructure.