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Steampunk Spotter delivered by XLAB Steampunk is an Ansible Playbook Scanning tool that analyzes and enhances Ansible Playbooks to reduce risk and speed up automation.
Steampunk Spotter is an Ansible Playbook platform that scans, analyzes, enhances, and provides insights into your playbooks. It helps:
Spotter helps achieve secure automation and brings trust in every playbook.
Spotter’s Playbook Scanning feature performs a comprehensive, in-depth analysis of playbooks. It’s like having an Ansible expert review your playbooks for compliance and guide you through the process of improving them when needed. Steampunk Spotter stands out for its exceptional ability to identify hard-to-catch errors and time-consuming issues in your Ansible playbooks. Spotter also provides the option to rewrite your Ansible content with suggested changes in a flash.
Spotter ensures playbook adherence to best practices, security, and compliance through a combination of pre-built and customizable checks. Spotter checks include: Best practices checks, Upgrade checks, Security checks, Validation checks, Environment checks, Custom checks.
The Supply Chain Management feature allows you to control which third-party dependencies of your Ansible automation are allowed to be installed or used, including blocking certain Ansible modules or collections and enforcing approved Python versions. By enforcing policies on approved components, you can protect your infrastructure from vulnerabilities, reduce the risk of unauthorized access, and ensure consistency and compliance across your Ansible playbooks. This feature also helps maintain a clear audit trail of all content used, simplifying compliance reporting and risk assessments.
SBOM provides a comprehensive inventory of all dependencies and identifies and evaluates any vulnerabilities present within the execution environment in which your playbooks are executed. It helps you gain visibility into collection dependencies and potential vulnerabilities, enabling you to decide which execution environments are safe to use. Building upon the extracted SBOM from your Ansible playbooks, collections, and execution environments, Spotter evaluates them for known vulnerabilities and compiles the findings into actionable information. You can use dynamic Security Reports for Ansible Collections to assess weaknesses and decide whether or not to use a particular execution environment.
With AI-Powered Compliance Validation, you can easily apply custom policies tailored to specific compliance standards and benchmarks (like CIS RHEL and AWS) to your playbooks with just a few clicks. You can use AI-powered compliance validation to automatically validate and improve your Ansible Playbooks, test content pipelines, and deploy versioned content to meet specific standards and enforce governance standards and implement regulatory initiatives.
Spotter Custom Policy Editor allows you to create and edit your own policies directly on the platform. This new feature allows you to enforce internal standards and ensure that your playbooks are in line with organizational, compliance, and security requirements. It simplifies policy management by eliminating manual intervention, reducing the time spent on corrections and reviews.
Analytics and Reporting feature allows you to analyze scan data, identify trends, and monitor progress over time. By creating custom reports, you gain comprehensive visibility into the overall state of your automation, helping you make informed decisions and continuously improve security, quality, and compliance.
Red Hat certified products are tested to meet Red Hat’s criteria and supported as defined in the Red Hat Collaborative Support Process.
Partner validated products are tested by Red Hat Partners and supported as defined in the Red Hat Third Party Component Policy.
| Product | Partner product version | Level | |
|---|---|---|---|
Red Hat Enterprise Linux 9.6 Architecture: x86_64 | v5.18.2-podman-ubi |
Steampunk Spotter analyzes and enhances Ansible Playbooks to reduce risk and accelerate automation. It scans playbooks, identifies potential issues, suggests fixes, and can even apply them automatically.
Organizations using Spotter see up to 82% fewer playbook errors and significant improvements in productivity and security. By improving playbook quality and reliability, Spotter helps teams deliver secure, trustworthy automation with less effort.
Development, Quality Assurance, Operations and Security teams will find Steampunk Spotter as an invaluable tool for assisted playbook writing, simplified Ansible upgrades, and achieving reliable and secure execution of automation.
Ansible Playbook Developers can identify potential issues, verify playbook templates or examples, check Ansible core and Collection versions compatibility, and understand the implications of Ansible upgrades.
QA teams can understand what will happen when they run the playbook, run QA automations without errors, and understand best practices and what-if scenarios for their tests.
Operations teams can identify potential vulnerabilities, receive quality reports and recommendations for improvements, and achieve reliable execution of automation, leading to minimized service disruptions and costs.
Security teams can prevent misconfigurations and security breaches, ensure corporate standards of compliance, and achieve secure execution of automation.
It’s not about how both tools differ, but how they complement each other. Spotter picks up where Ansible Lint leaves off. While Ansible Lint catches programming errors, bugs, stylistic errors, and suspicious constructs, Spotter goes beyond syntax check. Spotter forays into the Ansible content itself and surpasses general rules by applying suggestions specific to a particular module, user environment setup, etc. It spots hard-to-catch issues, automatically fixes some of them, and saves you time with convenience features such as generating requirements.yml file or pointing you to the module documentation of a specific version.
Using both tools is a winning combination, especially for Ansible upgrades, where Spotter really shows all its power. It checks if your existing playbooks are compatible with a specific Ansible version and identifies all the issues you need to resolve when upgrading to a new Ansible version. While Ansible Lint can tell you that your playbook will fail when upgrading to newer Ansible version, Spotter lets you determine the target version of Ansible and retrieves the source version from your system, so you can always be sure which version you’re upgrading from and to, and adjust fixes accordingly.Incorporating Steampunk Spotter and Ansible Lint in your workflow guarantees you will achieve reliable automation you can trust.
We know it sounds too good to be true, but yes, Spotter really does help improve the quality of Ansible Playbooks. Encapsulating our extensive automation knowledge and years of experience with writing Ansible Playbooks, it provides thorough guidance in your playbook writing process. You will find yourself spending less time sifting through the documentation and guessing how to tackle your specific problems. You will also notice significantly less executions of Ansible, minimizing trial-and-error.