Who is Ansible best for?

Ansible is built for DevOps and platform engineers, IT system administrators and infrastructure teams, Network operations engineers, Security and compliance teams. Common use cases include Configuration management across servers, VMs, and network devices; Application deployment and release automation; Hybrid and multi-cloud infrastructure provisioning and lifecycle management.

How is Ansible priced?

The open-source Ansible core is free under the GNU General Public License. Red Hat Ansible Automation Platform (AAP) is sold as an annual subscription priced per managed node. Red Hat does not publish official list prices; industry estimates place per-node pricing at approximately $100–$300+ per managed node per year depending on support tier (Self-Support, Standard, or Premium). G2 lists indicative Tower tiers at roughly $5,000/year (Basic), $10,000/year (Enterprise), and $14,000/year (Premium). Vendr transaction data indicates enterprise-wide AAP agreements can reach seven figures. Deployment options include self-managed on-premises, self-managed in public cloud, and Red Hat-managed cloud. No free trial is available for AAP; a trial download is available for evaluation.

What are the alternatives to Ansible?

Common Infrastructure as Code alternatives to Ansible include HashiCorp, Pulumi, Spacelift, OpenTofu, env0. See the full comparison hub at /verticals/infrastructure-as-code/compare.

What do users praise about Ansible?

Users frequently praise: Agentless architecture — no software installation on managed nodes; Human-readable YAML playbooks accessible to non-developers; Large community and extensive module/collection library; Scales from simple ad-hoc tasks to enterprise-wide orchestration; Broad cross-platform and multi-cloud support; Strong Red Hat support and 18-month support lifecycle for AAP; Rapid time-to-value and fast initial automation wins.

What are common complaints about Ansible?

Frequently cited limitations: High per-node license cost for AAP enterprise subscription; Steep learning curve for advanced AAP features and execution environments; AAP web UI described as clunky and difficult to navigate; No continuous drift detection — stateless, run-and-done execution model; SSH-based architecture can be slow at very large node counts; Complex setup and configuration for multi-team AAP deployments; Limited built-in dashboarding and infrastructure-as-code visibility.

When was Ansible founded and where?

Ansible was founded in 2012, headquartered in Raleigh, North Carolina, USA (Red Hat HQ) by Michael DeHaan, Timothy Gerla, Saïd Ziouani.

AI visibility report

AI visibility report for Ansible in Infrastructure as Code.

Outside the top three on 25 of the 25 prompts buyers actually ask.

HashiCorp is cited on 22 of those losses.

25 prompts

6 platforms

Updated Sep 27, 2026 - refreshed weekly

Track Ansible daily

14-day free trial. No card required. Setup comes pre-filled for Ansible.

Track Ansible across these prompts daily.

Start your 14-day trial

0percent

Presence Rate

Low presence

Still absent from 100% of tracked prompt responses

Top-3 citations across 150 prompt × platform pairs

No clearrank

Peer Ranking

#1#12

No clear rankin Infrastructure as Code

Key Metrics

Presence Rate

0.0%

Share of Voice

0.0%

Avg Position

N/A

Docs Presence

0.0%

Blog Presence

0.0%

Brand Mentions

0.0%

Platform Breakdown

Perplexity

0%0/25 prompts

Google AI Mode

Research dossierCapabilities, use cases, sources, reviews, pricing, and FAQ

Overview

Ansible is an open-source IT automation platform created by Michael DeHaan in 2012, acquired by Red Hat in October 2015, and now a core product within IBM's Red Hat portfolio. Its agentless, SSH-based architecture and YAML-driven playbooks make it accessible to both developers and operations teams for configuration management, application deployment, infrastructure provisioning, and orchestration. The enterprise offering, Red Hat Ansible Automation Platform (AAP), adds a centralized automation controller, role-based access control, certified content via Automation Hub, Event-Driven Ansible, and AI-assisted authoring via Ansible Lightspeed. AAP integrates with major cloud providers, Kubernetes, VMware, Splunk, and ServiceNow through thousands of community and certified collections. Named a Leader in the Forrester Wave for Infrastructure Automation Platforms Q4 2024, Ansible is one of the most widely adopted IT automation tools globally, with over 68,000 GitHub stars on its core repository.

AI visibility report

AI visibility report for Ansible in Infrastructure as Code.

Outside the top three on 25 of the 25 prompts buyers actually ask.

HashiCorp is cited on 22 of those losses.

25 prompts

6 platforms

Updated Sep 27, 2026 - refreshed weekly

Track Ansible daily

14-day free trial. No card required. Setup comes pre-filled for Ansible.

Track Ansible across these prompts daily.

Start your 14-day trial

0percent

Presence Rate

Low presence

Still absent from 100% of tracked prompt responses

Top-3 citations across 150 prompt × platform pairs

No clearrank

Peer Ranking

#1#12

No clear rankin Infrastructure as Code

Key Metrics

Presence Rate

0.0%

Share of Voice

0.0%

Avg Position

N/A

Docs Presence

0.0%

Blog Presence

0.0%

Brand Mentions

0.0%

Platform Breakdown

Perplexity

0%0/25 prompts

Google AI Mode

Research dossierCapabilities, use cases, sources, reviews, pricing, and FAQ

Overview

Reviews

4.6/5G2·377+

Praised

Agentless architecture — no software installation on managed nodes
Human-readable YAML playbooks accessible to non-developers
Large community and extensive module/collection library
Scales from simple ad-hoc tasks to enterprise-wide orchestration
Broad cross-platform and multi-cloud support
Strong Red Hat support and 18-month support lifecycle for AAP
Rapid time-to-value and fast initial automation wins

Criticized

High per-node license cost for AAP enterprise subscription
Steep learning curve for advanced AAP features and execution environments
AAP web UI described as clunky and difficult to navigate
No continuous drift detection — stateless, run-and-done execution model
SSH-based architecture can be slow at very large node counts
Complex setup and configuration for multi-team AAP deployments
Limited built-in dashboarding and infrastructure-as-code visibility

Users consistently praise Ansible's agentless architecture, human-readable YAML playbooks, and breadth of integrations as key differentiators, noting significant time savings and operational efficiency gains. G2 reviewers highlight its ability to scale 'from simple tasks to enterprise-wide orchestration.' Criticisms center on the high per-node licensing cost of AAP, a steep learning curve for advanced features, GUI complexity in the automation controller, and the absence of continuous drift detection inherent to its run-and-done execution model. The platform earned the #1 G2 ranking in Network Automation Tools for 2024 and was recognized as a Leader across multiple G2 winter 2024 report segments.

Prompt	Perplexity	Google AI Mode	ChatGPT	Gemini Search	Bing Copilot	Grok
Capability0/5 cited (0%)
I'm evaluating configuration management tools versus declarative IaC for long-lived server fleets — what are the leading options for each?	A competitor was cited	A competitor was cited	A competitor was cited	Neither your brand nor a competitor was cited	Neither your brand nor a competitor was cited	Neither your brand nor a competitor was cited
Which IaC tools handle multi-cloud deployments best — provisioning resources across multiple cloud providers from a single codebase?

#	Brand	PresencePres.	Share of VoiceSoV	DocsDocs	BlogBlog	MentionsMent.	Avg PosPos
1	HashiCorp	30.7%	31.9%	23.3%	2.7%	32.7%	#3.0
2	Pulumi	29.3%	34.2%	20.7%	11.3%	67.3%	#4.3
3	Spacelift	16.7%	18.6%	9.3%	8.0%	27.3%	#4.1
4	OpenTofu	10.0%	7.6%	9.3%	0.0%	62.0%	#3.5
5	Scalr	3.3%	2.7%	0.7%	0.0%	10.0%	#3.1
6	env0	3.3%	2.3%	2.7%	0.0%	18.7%	#4.0
7	Crossplane	2.7%	1.9%	2.0%	0.0%	22.7%	#3.8
8	Puppet	0.7%	0.4%	0.0%	0.7%	4.7%	#3.0
9	AWS CDK	0.7%	0.4%	0.0%	0.0%	0.0%	#8.0
10	Ansible	0.0%	0.0%	0.0%	0.0%	0.0%	—
11	Chef	0.0%	0.0%	0.0%	0.0%	3.3%	—
12	Terramate	0.0%	0.0%	0.0%	0.0%	2.0%	—

Developer Experience0/5 cited (0%)
What tools are best for organizing reusable infrastructure modules so teams can consume them without copy-pasting configs?	A competitor was cited	A competitor was cited	A competitor was cited	A competitor was cited	Neither your brand nor a competitor was cited	Neither your brand nor a competitor was cited

Integrations & Ecosystem0/5 cited (0%)
Which IaC platforms integrate with cloud cost tools so teams can see cost impact of infrastructure changes before applying them?	A competitor was cited	A competitor was cited	A competitor was cited	Neither your brand nor a competitor was cited	Neither your brand nor a competitor was cited	Neither your brand nor a competitor was cited

Performance & Reliability0/5 cited (0%)
Which remote execution platforms for IaC handle concurrent runs from multiple teams without state conflicts or race conditions?	A competitor was cited	Neither your brand nor a competitor was cited	A competitor was cited	A competitor was cited	Neither your brand nor a competitor was cited	Neither your brand nor a competitor was cited

AI visibility report for Ansible in Infrastructure as Code.

Key Metrics

Platform Breakdown

Overview

AI visibility report for Ansible in Infrastructure as Code.

Key Metrics

Platform Breakdown

Overview

Prompts where competitors are visible and Ansible is not.

Where Ansible is winning

Where Ansible is losing5

Key Facts

Key Capabilities10

Key Use Cases8

Ansible customer outcomes

Recent Trend

How AI describes Ansible3

Most cited sources

Alternatives in Infrastructure as Code6

Reviews

Pricing

Limitations

Topic Coverage

Prompt-Level Results

Vertical Ranking

Turn this into your team dashboard

Frequently asked questions

Setup & First Run0/5 cited (0%)
What's the best IaC tool to start with for a team that currently manages all cloud resources through the console?	A competitor was cited	Neither your brand nor a competitor was cited	A competitor was cited	A competitor was cited	Neither your brand nor a competitor was cited	Neither your brand nor a competitor was cited

AI visibility report for Ansible in Infrastructure as Code.

Key Metrics

Platform Breakdown

Overview

AI visibility report for Ansible in Infrastructure as Code.

Key Metrics

Platform Breakdown

Overview

Prompts where competitors are visible and Ansible is not.

Where Ansible is winning

Where Ansible is losing5

Key Facts

Key Capabilities10

Key Use Cases8

Ansible customer outcomes

Recent Trend

How AI describes Ansible3

Most cited sources

Alternatives in Infrastructure as Code6

Reviews

Pricing

Limitations

Topic Coverage

Prompt-Level Results

Vertical Ranking

Turn this into your team dashboard

Frequently asked questions

What does Ansible do?

Who is Ansible best for?

How is Ansible priced?

What are the alternatives to Ansible?

What do users praise about Ansible?

What are common complaints about Ansible?

When was Ansible founded and where?