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Ansible Automation Platform consulting and integration

ForgeOne supports organizations with architecture, implementation and technical integration of Red Hat Ansible Automation Platform for centrally governed automation across teams.

The focus is automation controller, inventories, credentials, RBAC, workflows, execution environments, automation hub, Git integration and the continued development of existing Ansible content.

ForgeOne provides independent technical consulting and delivery. Red Hat subscriptions, vendor support and product entitlements remain governed by the relevant Red Hat agreements; no Red Hat partner status is claimed.

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Use cases

The following scenarios are common entry points, not mandatory modules.

Controller & workflows

Jobs, templates, inventories, credentials and workflows become centrally controllable.

Execution environments & content

Execution environments and automation hub help deliver content in a controlled way.

Governance & APIs

RBAC, audit, APIs and lifecycle processes make automation suitable for teams.

AAP architecture, migration and operational readiness

ForgeOne assesses existing Ansible repositories, controller or AWX environments, inventories, credentials, dependencies and organizational requirements. This becomes a target architecture for controllers, execution, content distribution, roles and integrations.

We create or revise execution environments so Ansible Core, Runner, collections, Python libraries and system dependencies can be versioned reproducibly and delivered through a controlled registry.

Delivery includes automation workflows, Git and CI/CD integration, APIs, RBAC, logging, monitoring, backup, updates, documentation and handover to the operations team.

View automation & integration

When AAP is the better fit than AWX

AAP and AWX share technical concepts but should not be treated as equivalent products. AAP is relevant where organizations require a defined enterprise lifecycle, Red Hat support, supported content, automation hub, standardized execution environments and robust governance.

  • Design controller, execution and optional mesh topology around sites, networks and workload.
  • Qualify existing playbooks, collections and dependencies for supported execution environments.
  • Consolidate inventories, credentials, RBAC, workflows, APIs and Git-based approval processes.
  • Migrate or evolve existing Ansible and AWX automation with testing and a rollback path.
  • Establish lifecycle, updates, backup, monitoring, support routes and knowledge transfer.

Current Red Hat documentation covers AAP 2.6 and describes execution environments as containerized, reproducible automation runtimes. Source: Red Hat Ansible Automation Platform 2.6 documentation.

For leaner automation without a central enterprise platform, see Ansible.

For the open-source controller option, see AWX.

These pages help with positioning, planning and delivery.

Automation, Infrastructure as Code & GitOps

Orientation for tool roles, operating model, integration and the next practical step.

Automation & Configuration as Code

The solution cluster behind the products.

Linux & Infrastructure

Foundation for server automation, provisioning and operations.

Container & Platform Engineering

Especially relevant for Argo CD, Kubernetes and OpenShift delivery.

Analysis & Assessment

Assess current state, risks and automation maturity.

Solution Design & Planning

Plan target state and delivery path reliably.

FAQ

When does AAP make sense? Action: Open answer

When automation must be operated across teams, auditable, with enterprise lifecycle and support.

Does AAP replace Ansible? Action: Open answer

No. AAP operationalizes Ansible in a central enterprise model.

Recommended next step

From the product decision, the next step leads into architecture, implementation or operations.

Recommended

Analysis & Assessment

Clarify scope, risks, migration and operating model with ForgeOne.

Discuss the project

Align concrete needs, timeline and next appointment.

Practical follow-up articles covering installation, operations, architecture and implementation steps for this product.

Post

Install Ansible and create your first playbooks

From installation through inventory and playbooks to a reusable Chrony role.

: Install Ansible and create your first playbooks
Post

SUSE Multi-Linux Manager 5.2: onboard first clients

Activation keys, bootstrap, Salt key and system list for the first managed SLES 16 client.

: SUSE Multi-Linux Manager 5.2: onboard first clients
Post

SUSE Multi-Linux Manager 5.2: patch and lifecycle management

Relevant patches, staging, maintenance windows and CLM as a production update process.

: SUSE Multi-Linux Manager 5.2: patch and lifecycle management

Introduce Red Hat Ansible Automation Platform cleanly

We clarify use case, architecture, operations and the next sensible step.