Red Hat Ansible Automation Platform and AWS CloudFormation compete in the infrastructure automation category. Based on the comparison, Red Hat Ansible Automation Platform holds an edge due to its agentless architecture and ease of use.
Features: Red Hat Ansible Automation Platform stands out with its agentless architecture that relies on SSH, making deployment simple. It uses YAML for configuration, which is accessible to non-IT users. The platform includes role-based access control and supports seamless orchestration capabilities. AWS CloudFormation is known for its infrastructure-as-code approach and integration with AWS services. It offers extensive documentation, pre-defined templates, and versioning for scalable deployments.
Room for Improvement: Red Hat Ansible Automation Platform could improve in areas like scalability, speed, module coverage, private package repo support, and GUI functionality. The AWS CloudFormation is limited to AWS environments, with room for improvement in error handling and template flexibility. Users also find its UI less user-friendly.
Ease of Deployment and Customer Service: Red Hat Ansible Automation Platform supports hybrid and on-premises setups and benefits from robust community support, although its official technical support could offer faster responses. AWS CloudFormation is mainly used in public cloud environments and benefits from AWS's support framework, with comprehensive documentation and community support reducing the need for direct customer support.
Pricing and ROI: Red Hat Ansible Automation Platform offers a free command-line version, while enterprise features incur costs. Users report significant ROI through automation efficiencies. AWS CloudFormation incurs costs for deployed resources but not the service itself, offering economic efficiency within AWS. However, it lacks multi-cloud flexibility. Both platforms offer substantial long-term cost savings and operational efficiency.
Everything we've gained from it makes my job easier day after day, and I see value in it as an engineer.
Importantly, when someone leaves the company, it helps protect document access on their devices.
Applications are deployed through Intune, and we see fewer tickets for common issues because we can resolve them through the solution.
When a support ticket is submitted, it directly reaches someone with Intune support expertise.
When I contacted Microsoft, they had the same expertise, if not more, which is phenomenal because I felt heard and my problem was solved.
Sometimes, the support provided is excellent, and the representative is knowledgeable, while other times, the service needs improvement.
While this might be acceptable for some, it can be lengthy depending on the urgency of the issue.
Free support for AWS CloudFormation is not provided, and while some support is understandable due to its complexity, assistance for service-related issues should be accessible without a cost.
The scalability of Microsoft Intune is ten out of ten.
Ideally, we want to automatically segregate devices based on user properties like primary use, but currently, dynamic groups seem limited to device properties.
It supports organizations with 200 endpoints and those with more than 15,000 endpoints.
Splitting CloudFormation into multiple formations results in changes to resources like API gateway URLs and Cognito pools, which causes issues, especially when trying to maintain consistency across resources.
Adjusting capacity and functionality is a fundamental use.
Ansible can face scalability issues, such as limitations when trying to scale up infrastructure.
Microsoft Intune has been very stable.
A couple of years ago, the performance was not as good as it is now, but there are noticeable backend improvements.
We've encountered problems with other services like Exchange, Intune has remained unaffected.
It has been reliable and efficient in all my deployments.
Data loss can occur when splitting or scaling applications due to changes in resources.
Features like unlocking devices sometimes fail, and the support offered for other operating systems is insufficient.
There are communication issues, so you might start working with a feature without knowing if it will be deprecated six months from now.
Many third-party companies offer single-pane-of-glass reporting that shows you what your update environment looks like, how your patch is doing, application status, etc., but Intune's reporting is not intuitive.
It presents challenges for users unfamiliar with coding, posing as a barrier to fully utilizing CloudFormation.
Creating microservices and connecting multiple APIs into a single API gateway can be challenging; documentation should address specific needs.
More library support for microservices architecture and Kubernetes would be helpful.
More detailed dashboards would be beneficial because there is a lack of dashboards on Red Hat Ansible Automation Platform.
Introductory professional services, like a fast-track service, were included with our E5 membership, and there have been no additional costs.
The Intune suite and add-ons, such as batch management and remote help, are costly.
We get Intune bundled with our Microsoft agreement.
AWS CloudFormation is free.
The pricing is high, and since I'm not using all functionalities, it would be better if the price depended on the functionalities used.
Intune excels in configuration and compliance management for Windows 10, ensuring devices receive timely updates and adhere to organizational standards.
Dynamic groups allow us to set conditions for automatic membership, eliminating the need for user intervention or manual review and ensuring a seamless workflow.
Windows Autopatch is the most valuable because it removes the burden of patch management.
I can see the entire infrastructure and its connections through code.
Managing, maintaining, and deploying become easier as it allows the creation of the same resources on multiple accounts, making it efficient for infrastructure management.
The automation capabilities streamline deployment processes, providing reliability and reducing manual intervention and errors.
It makes it simple to develop Ansible playbooks and roles, which aids in simplifying my daily administrative tasks.
Microsoft Intune provides centralized management of mobile devices and applications, ensuring security, compliance, and productivity through integration with Microsoft services like Microsoft 365 and Azure Active Directory.
Organizations use Intune for managing mobile devices and applications, enhancing security and compliance across platforms. With features like single sign-on, conditional access, and zero-touch deployment via Autopilot, it facilitates efficient operations. Intune's scalability, easy enrollment, and capabilities such as remote wipe support diverse device management, offering robust data protection and efficient operation. Despite its features, improvement areas include reporting, compatibility with non-Microsoft devices, and better support for macOS and Linux devices.
What are the key features of Microsoft Intune?
What benefits should users look for in reviews?
In industries such as finance, healthcare, and education, Microsoft Intune is implemented to ensure secure and compliant device management. Companies leverage its capabilities to deploy security policies and manage both corporate-owned and BYOD environments, facilitating a unified approach to data protection and compliance.
AWS CloudFormation provides a common language for you to model and provision AWS and third party application resources in your cloud environment. AWS CloudFormation allows you to use programming languages or a simple text file to model and provision, in an automated and secure manner, all the resources needed for your applications across all regions and accounts. This gives you a single source of truth for your AWS and third party resources.
Red Hat Ansible Automation Platform is a powerful network automation solution that allows organizations to handle every aspect of their application launch process within a single product. It enables users to share their automations so that teams within an organization can collaborate on various projects with ease. Ansible Automation Platform is designed to be used by all employees involved in the network automation process.
Red Hat Ansible Automation Platform Benefits
Some of the ways that organizations can benefit by choosing to deploy Red Hat Ansible Automation Platform include:
Red Hat Ansible Automation Platform Features
Reviews from Real Users
Red Hat Ansible Automation Platform is a highly effective solution that stands out when compared to many of its competitors. Two major advantages it offers are its automation manager and its comprehensive centralized GUI-based management interface.
MD J., a solution architect at STBL, says, “The automation manager is very good and makes things easier for customers with multi-cloud platforms.”
Aankit G., a Consultant at Pi DATACENTERS, writes, “We like the GUI-based interface for the tower. Before, we only had a command-line interface to run all the Ansible tasks. Now, the Ansible tower provides the complete GUI functionality to run, manage, and create the templates and the Ansible jobs. This includes the code and YAML file we can create. The GUI interface is the added advantage of this solution, including some integration with the different plugins.”
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