DevOps and CI/CD Comparison

Ansible vs Puppet

Independent comparison for enterprise buyers. Updated May 2026.

Quick verdict: Choose Ansible for agentless operation with simpler day-one adoption, broader use across configuration, orchestration, and application deployment, and a YAML-based playbook model that operations engineers learn quickly. Choose Puppet for declarative model-driven configuration management at scale with mature compliance reporting and strong fit for organisations operating large heterogeneous server fleets. The key differentiator is operating model: Ansible pushes commands over SSH or WinRM, while Puppet pulls catalogues from a central server to agents installed on managed nodes.

CriteriaAnsiblePuppet
Editorial score4.5 / 5.04.2 / 5.0
DeploymentAgentless, SSH or WinRM control nodeAgent-based, Puppet Server primary
Pricing ModelOpen source plus Red Hat Ansible Automation PlatformOpen source plus Puppet Enterprise subscription
Target BuyerOperations teams, hybrid estates, multi-tool automationLarge server fleets, compliance-driven enterprises
CustomisationYAML playbooks, Jinja2 templates, custom modulesPuppet DSL, Hiera data, modular manifests
Update CadenceQuarterly community releases, ongoing collectionsMajor releases annually, ongoing module updates
EcosystemAnsible Galaxy, certified collections, Red Hat backingPuppet Forge, mature modules, Perforce backing
Key LimitationPerformance at scale due to SSH push modelSteeper learning curve and agent management overhead
How we researched this comparison. Assessments here synthesise vendor documentation, independent analyst coverage, and aggregated public review-platform sentiment, applied through our methodology. The Editorial score is TechVendorIndex's own editorial estimate — not a count of reviews we collected. How our scores work →

Feature comparison

Ansible and Puppet both provide configuration management for servers, network devices, and cloud resources, but the operating models differ. Ansible is agentless: a control node executes playbooks against managed hosts over SSH or WinRM, transferring small Python modules to the target, running them, and removing them. This makes Ansible easy to introduce into existing estates without installing agents and is particularly suited to ad-hoc orchestration tasks beyond pure configuration management.

Puppet uses an agent-based pull model. A Puppet agent installed on each managed node periodically polls the Puppet Server for a compiled catalogue describing desired state, then applies the catalogue locally and reports results back. This model scales well to tens of thousands of nodes because each agent does its own work in parallel, and the central server handles only catalogue compilation and reporting. Puppet's declarative model emphasises end-state configuration rather than imperative tasks.

For language, Ansible playbooks are written in YAML with Jinja2 templating, which operations engineers can typically read on day one. Puppet uses its own domain-specific language with stronger type checking and a more rigorous declarative model. Puppet's Hiera tool separates data from code through hierarchical lookups, which scales well for environment-specific configuration. Ansible achieves similar separation through inventory variables and group_vars files.

Both have strong ecosystems. Ansible Galaxy and certified collections cover AWS, Azure, GCP, network device vendors (Cisco, Juniper, Arista), Windows automation, and many SaaS APIs. Puppet Forge hosts thousands of modules with strong coverage of operating systems, web servers, databases, and security baselines. Compliance reporting is a particular Puppet strength: Puppet Enterprise provides drift detection, compliance dashboards, and detailed reporting that Ansible Automation Platform matches partially through automation analytics.

Pricing comparison

Ansible Community is free and open source. Red Hat Ansible Automation Platform provides enterprise features including automation controller (formerly Tower), private automation hub, automation mesh, and event-driven automation. Subscription pricing is typically based on managed node count, with mid-market deployments running approximately $50,000–$200,000 annually before discount. Red Hat bundles often combine Ansible with OpenShift and RHEL subscriptions for combined pricing leverage.

Puppet open source remains available, but the open-source project has received reduced investment since the Perforce acquisition of Puppet in 2022. Puppet Enterprise pricing as of May 2026 starts at approximately $120 per node per year, scaling down with volume; enterprise contracts typically range $50,000–$500,000 annually. Buyers should evaluate the indirect cost of platform consolidation: many organisations have reduced Puppet footprint in favour of Ansible plus container orchestration for newer workloads, which may affect long-term Puppet investment direction. Audit and licence true-up posture differs materially between the two vendors.

When to choose Ansible

Choose Ansible for organisations that need a versatile automation tool across configuration management, orchestration, application deployment, and network automation from a single platform. It suits operations teams that want agentless operation, fast time-to-first-value, and a YAML model that engineers can learn in days rather than weeks. Ansible is also the stronger choice for hybrid estates where some hosts cannot run agents, ad-hoc remediation workflows, and organisations standardising on the Red Hat technology stack. Event-driven automation and integration with ServiceNow, IT Service Management, and ticketing platforms strengthen the case.

When to choose Puppet

Choose Puppet for organisations managing tens of thousands of long-lived servers where pull-based configuration management at scale is the primary requirement. It suits enterprises with strong compliance, audit, and drift-detection needs across large heterogeneous server fleets. Puppet is also the natural choice for organisations already invested in Puppet Forge modules, Hiera data hierarchies, and Puppet's declarative model. Buyers should weigh the slowed open-source project momentum since the Perforce acquisition against the maturity of existing modules and the depth of enterprise compliance reporting.

Alternatives to both

Chef Infra
Ruby DSL with strong policy-as-code patterns
4.1
SaltStack
Event-driven configuration with high-performance reactor
4.0
Declarative cloud infrastructure provisioning
4.5
Puppet Bolt
Agentless orchestration from Puppet ecosystem
4.2
Full Ansible Review Full Puppet Review All DevOps and CI/CD

Frequently Asked Questions

Is Ansible or Puppet better for large server fleets?
Puppet's pull-based agent model typically scales better for tens of thousands of long-lived servers because agents work independently. Ansible scales through automation mesh and execution environments but its push model can encounter SSH performance limits at very large scale. For fleets above 10,000 nodes, Puppet retains an architectural advantage.
Does Ansible require agents on managed hosts?
No. Ansible operates over SSH for Linux and WinRM for Windows, transferring small Python modules at execution time and removing them afterwards. This avoids agent installation, version management, and certificate distribution. Network devices and cloud APIs are managed through specific collections rather than agents.
How difficult is migrating between Ansible and Puppet?
Migrations are non-trivial but feasible. The harder work is rewriting Puppet manifests into Ansible playbooks (or vice versa) and rebuilding Hiera data hierarchies as Ansible group_vars. Plan 6-18 months for migrating an enterprise estate, depending on module count, custom code, and team learning curve.
Is Puppet still actively developed after the Perforce acquisition?
Puppet Enterprise continues to receive updates from Perforce. The open-source project has seen reduced commit velocity since 2022, raising long-term direction questions. Buyers signing multi-year Puppet Enterprise contracts should discuss roadmap and community investment with the vendor.
Can Ansible manage Windows servers?
Yes. Ansible supports Windows through WinRM with a comprehensive collection of modules for Windows roles, features, services, registry, scheduled tasks, and PowerShell DSC integration. Windows automation is a mature capability in Ansible, though Linux remains the most common target environment for both Ansible and Puppet.
Last updated: May 2026

Get a free, independent vendor shortlist

Tell us what you're evaluating and we'll send a tailored shortlist of vendors that actually fit — no vendor funding, no pay-to-play.

6,000+ vendors · 893 comparisons · 48 country guides · Independent & vendor-neutral

Get a Free Shortlist →