Azure Red Hat OpenShift vs Google App Engine comparison

Microsoft and Google are both solutions in the PaaS Clouds category. Microsoft is ranked #16 with an average rating of 8.3, while Google is ranked #6 with an average rating of 8.3. Microsoft holds a 1.3% mindshare in PSP, compared to Google’s 2.4% mindshare. Additionally, 100% of Microsoft users are willing to recommend the solution, compared to 96% of Google users who would recommend it.

Azure Red Hat OpenShift

Read 11 Azure Red Hat OpenShift reviews

1,104 Views
1,027 Comparison Views

100% willing to recommend

Google App Engine

Read 36 Google App Engine reviews

2,658 Views
2,366 Comparison Views

96% willing to recommend

Azure Red Hat OpenShift

Google App Engine

Comparison Buyer's Guide

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Executive SummaryUpdated on Dec 15, 2024

Google App Engine and Azure Red Hat OpenShift are cloud solutions for application deployment, competing in price and feature offerings. While Google App Engine is praised for pricing and customer service, Azure Red Hat OpenShift is seen as advantageous due to its robust feature set and capabilities.

Features: Google App Engine offers automatic scaling, flexible environment support, and integration with Google services. Azure Red Hat OpenShift provides a Kubernetes-based architecture, container orchestration, and hybrid cloud support.

Room for Improvement: Google App Engine could enhance its flexibility for alternative services, improve features beyond simplicity, and advance trial offerings. Azure Red Hat OpenShift may work on reducing setup complexity, refining pricing structure, and enhancing initial configuration processes.

Ease of Deployment and Customer Service: Google App Engine features straightforward deployment with minimal configurations, preferred for developers seeking simplicity, and is recognized for efficient customer service. Azure Red Hat OpenShift requires more setup time and expertise but offers advanced deployment options. Customer service is strong, focused on enterprise needs despite lesser immediacy.

Pricing and ROI: Google App Engine's pricing is favorable for smaller businesses with potentially higher ROI for simple applications. Azure Red Hat OpenShift involves higher setup costs due to enterprise-grade features. The ROI is significant for larger organizations utilizing its full capabilities, justifying its investment for advanced cloud solutions.

To learn more, read our detailed Azure Red Hat OpenShift vs. Google App Engine Report (Updated: June 2026).

Buyer's Guide

Azure Red Hat OpenShift vs. Google App Engine

June 2026

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Review summaries and opinions

We asked business professionals to review the solutions they use. Here are some excerpts of what they said:

Categories and Ranking

Azure Red Hat OpenShift

Ranking in PaaS Clouds

16th

Average Rating

8.4

Reviews Sentiment

6.7

Number of Reviews

Ranking in other categories

No ranking in other categories

Google App Engine

Ranking in PaaS Clouds

6th

Average Rating

8.2

Reviews Sentiment

6.3

Number of Reviews

Ranking in other categories

No ranking in other categories

Mindshare comparison

As of June 2026, in the PaaS Clouds category, the mindshare of Azure Red Hat OpenShift is 1.3%, up from 0.6% compared to the previous year. The mindshare of Google App Engine is 2.4%, up from 2.2% compared to the previous year. It is calculated based on PeerSpot user engagement data.

PaaS Clouds Mindshare Distribution
Product	Mindshare (%)
Google App Engine	2.4%
Azure Red Hat OpenShift	1.3%
Other	96.3%

PaaS Clouds

Featured Reviews

DeepakMishra

CEO, Head of Sales and Business Development at a tech services company with 51-200 employees

Integrated cloud platform has streamlined app delivery and supported certified marketplace products

A potential area for improvement for Azure Red Hat OpenShift is to see managed identity support and ensure that some of the security features are not conflicting with Azure or Azure product features. I am sure in the future it will be more templatized so that we need not depend on Azure security features. Azure Red Hat OpenShift should be independent of Azure security features with respect to container scan and all that. Why would it use an Azure security feature? That is what I find. It is still yet to be GA and commonly available, but that is a strong reason for improvement.

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Sridharan Murugadass

Enterprise Cloud Architect at Johnson & Johnson Medtech

Enables seamless management and integration for enhanced productivity

Regarding improvements, one enhancement for Google App Engine would be enabling some sort of CICD via CloudFormation or Terraform. This would allow DevOps engineers to configure Google App Engine for no-code deployments or a one-click deployment process for every customer deployment. Currently, we have to use Google CLI and utilize Google App CLI SDKs for deployment. If options were available to enable these SDKs for Terraform and CloudFormation, it would be more helpful for executing one-click deployments. Another feature that would be beneficial in Google App Engine is the ability to easily white label custom domains. Google App Engine provides Google's own domain link by default, but customers often prefer something under their company name. The option to add custom domains would be a valuable advantage for customers.

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Quotes from Members

We asked business professionals to review the solutions they use. Here are some excerpts of what they said:

Pros

"It has a feature to automatically scale up or scale down. If my application is running in peak hours, it will automatically increase."

"Red Hat is a very stable product with good integration with products such as Kubernetes, and it also offers migration tools."

"The solution's support and its automation tool that ensures we are secure and appropriately configured are the most valuable features of Azure Red Hat OpenShift."

"As a consulting company, we implement Azure Red Hat OpenShift for our clients, who appreciate its integration capabilities for enhancing cloud operations. While we handle implementation, build processes, and automation, the operational responsibility lies with the customer. The service provides basic processes and support from Red Hat and Microsoft, which benefits clients by allowing them to focus on their business rather than regular operations like cluster upgrades."

"Technical support from Red Hat is very good."

"Flexibility, a very well-developed interface, and ease of learning are the most valuable features of Azure Red Hat OpenShift."

"It supports AKS and other projects like Kubernetes or EKS."

"The functions and features in Azure Red Hat OpenShift that I have found most valuable are that it is a platform that is baked into Azure, and since it is baked into Azure, it is managed operation by Azure, which takes out the complexity of the infrastructure management and day two operations when compared with on-premise OpenShift."

More Azure Red Hat OpenShift pros

"The product's setup and deployment phases are easy."

"Zero maintenance cost for web servers"

"Administering App Engine is simple; it has intuitive UIs and a very scalable app engine."

"Easy to upload from IDE."

"I've noticed measurable benefits and return on investment by choosing Google App Engine."

"This solution is cheaper and more efficient compared to other similar solutions with cloud vendors."

"What I find most beneficial about Google App Engine is that we do not need to manage it since it's a fully managed serverless platform, allowing us to spend more time on development rather than managing and maintaining configurations."

"The integration with Google's suite allows me to offer a comprehensive service to my enterprise clients."

More Google App Engine pros

Cons

"I would rate the technical support from Microsoft as six."

"I would like Azure Red Hat OpenShift to be more open to new frameworks and languages. Currently, if I create a pod with Rust, it doesn't work in OpenShift, and I must create a layer of interpretation."

"The product is expensive."

"Regarding room for improvement, there's always room, but it's mainly about Azure itself rather than Azure Red Hat OpenShift. Azure is not as advanced as AWS in terms of supported services. AWS is the leader in this area. However, there's no need for service improvement in Azure Red Hat OpenShift as the service is excellent. I don't need additional features because I can customize it according to the customer's needs."

"Automation could be improved."

"They need to improve the core licensing model."

"One of the things to notice is that this product can be expensive."

"Azure Red Hat OpenShift's support should be improved."

More Azure Red Hat OpenShift cons

"Data consumption of the device could be improved."

"Difficult to assess how pricing is managed."

"The conclusion I took after these searches was this API was not easy to use."

"Some clients don't use it because Google is very unstable with their products. Google has terminated many promising products in the past, and some clients have stated, 'This is from Google, we don't trust it because Google can change their mind any day.'"

"There are two versions of Google App Engine: flexible and standard versions. I think they can improve by having only one version."

"Need a better documentation and tech support."

"The interface and IDE, where I write code, could be improved. Unlike other IDEs like Visual Studio, it lacks easy access to available functions."

"Google Cloud support for Google App Engine is very poor, with unresponsive and unaware agents. It took them almost a month to inform me that SSH is not possible with private instances."

More Google App Engine cons

Pricing and Cost Advice

"Compared to other cloud environments like Amazon or Google, Azure Red Hat OpenShift is an expensive solution."

"It is expensive compared to a similar product."

"I rate the product's price an eight on a scale of one to ten, where one is cheap, and ten is expensive."

"Azure Red Hat OpenShift is not a low-price solution; it's expensive. Pricing depends on the strategy and whether you buy it directly from Red Hat or the Azure portal. Additionally, some customers may need a complete disaster recovery solution, which requires additional licensing and software products for implementation, such as backups."

"We pay the license yearly. It's about $6 a month, which is $72 a year per person, so it's about $500."

"I would like to have more free application with it. Some of the applications, I am paying more for them. I think that they must be free."

"If we don't know how to work with the tool, we might have some spikes in price."

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Comparison Review

it_user8586

Engineer at a tech consulting company with 51-200 employees

Aug 14, 2013

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Top Industries

By visitors reading reviews

Financial Services Firm

17%

Comms Service Provider

Manufacturing Company

Healthcare Company

Financial Services Firm

11%

University

Construction Company

Educational Organization

Company Size

By reviewers

Large Enterprise

Midsize Enterprise

Small Business

By reviewers
Company Size	Count
Small Business	2
Midsize Enterprise	3
Large Enterprise	7

By reviewers
Company Size	Count
Small Business	15
Midsize Enterprise	7
Large Enterprise	13

Questions from the Community

What is your experience regarding pricing and costs for Azure Red Hat OpenShift?

The pricing for OpenShift is similar to other solutions like Docker ( /products/docker-37146-reviews ) Studio. The plans with ARO and AWS are standard in the market. However, using OpenShift on-pre...

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What needs improvement with Azure Red Hat OpenShift?

See all answers

What is your primary use case for Azure Red Hat OpenShift?

My use case for Azure Red Hat OpenShift is for an employee engagement application and HR, and I have also used it for an agentic bot.

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What is your experience regarding pricing and costs for Google App Engine?

I believe it is reasonably priced. I've never heard anyone express that the licenses are too expensive.

See all answers

What needs improvement with Google App Engine?

The error logging system in Google App Engine could be enhanced. While there are troubleshooting documents with Google-defined error logs, identifying the exact root cause can be challenging. Often...

See all answers

What is your primary use case for Google App Engine?

My primary use case for Google App Engine is within the finance industry, dealing with enterprise-scale businesses.

See all answers

Comparisons

Red Hat OpenShift vs Azure Red Hat OpenShift

Compared 22% of the time

Amazon AWS vs Azure Red Hat OpenShift

Compared 18% of the time

Amazon EKS vs Azure Red Hat OpenShift

Compared 11% of the time

VMware Tanzu Platform vs Azure Red Hat OpenShift

Compared 10% of the time

Pivotal Cloud Foundry vs Azure Red Hat OpenShift

Compared 7% of the time

More Azure Red Hat OpenShift Competitors

Amazon AWS vs Google App Engine

Compared 16% of the time

Microsoft Azure vs Google App Engine

Compared 16% of the time

Heroku vs Google App Engine

Compared 10% of the time

VMware Tanzu Platform vs Google App Engine

Compared 7% of the time

Amazon Lightsail vs Google App Engine

Compared 6% of the time

More Google App Engine Competitors

Product Reports

Buyer's Guide

Azure Red Hat OpenShift

June 2026

Download Azure Red Hat OpenShift product report

Buyer's Guide

Google App Engine

June 2026

Download Google App Engine product report

Also Known As

No data available

GAE

Overview

Azure Red Hat OpenShift provides enterprises with enhanced cloud-native flexibility and supports efficient multi-cloud migrations, simplifying infrastructure management, security, and patching.

Enterprises find Azure Red Hat OpenShift valuable for its advanced GUI, service mesh, automatic scaling, and integration capabilities. It aids regulatory compliance and streamlines application development with its DevOps integration, reducing release cycle times. The platform is appreciated for scalability, accessibility, and resilience. Users highlight its straightforward configuration, though improvements in the licensing model, cost-effectiveness, CLI, and support for data-intensive applications are needed. Orchestration, compatibility with new frameworks, and Azure dependency are areas for refinement. Built-in CI/CD tools are preferred over third-party solutions.

What are the key features of Azure Red Hat OpenShift?

Advanced GUI: Intuitive interface for streamlined management.
Service Mesh: Simplifies microservices management.
Automatic Scaling: Efficiently manages resources to meet demand.
Integration: Seamlessly connects with enterprise systems.
DevOps: Reduces release cycle time with unique integration.

Why consider Azure Red Hat OpenShift for your enterprise?

Cloud-Native Flexibility: Enhances adaptability for applications.
Security and Compliance: Aids in regulatory adherence.
Infrastructure Management: Simplifies with automation.
Scalability and Resilience: Handles workloads efficiently.

Businesses deploy Azure Red Hat OpenShift for pipeline management, containerized applications, and cloud migration. It supports banking operations, corporate integrations, and digital business development. Enterprises use it for Apache deployment in cloud platforms, advised by consultants transitioning from Broadcom to OpenShift.

Microsoft

Google App Engine offers seamless platform integration, automatic scaling, and zero infrastructure maintenance, enhancing development efficiency. Its serverless architecture with robust security measures supports diverse programming needs and simplifies deployment, making it a top choice for modern applications.

Designed for effortless web application deployment and API management, Google App Engine integrates smoothly with Google Cloud services, offering automatic scaling without the burden of infrastructure upkeep. Developers enjoy a cost-effective serverless platform that optimizes performance and reduces operational workload. Despite its intuitive interface and real-time logging advantages, areas needing improvement include documentation and community engagement. Expansion on language support, technical backing, pricing strategies, error logging, and advanced deployment tools is essential. Scalability and control flexibility require attention to resolve performance and customization issues. Enhancing migration paths and security features would significantly boost user satisfaction and platform reliability.

What are Google App Engine's most important features?

Seamless Integration: Connects efficiently with Google Cloud services and supports diverse languages.
Automatic Scaling: Adjusts resources in response to traffic variations, optimizing performance.
Zero Maintenance: No server management, freeing developers to focus on code.
Real-Time Logging: Provides instant insights to improve debugging and monitoring.
Cost-Effective: Offers a budget-friendly, scalable serverless environment.

What benefits should users look for in reviews?

Scalability: Effortless handling of backend service demands without manual intervention.
Security: Reliable protective measures safeguarding application data.
Integration: Simplified authentication with Google services, enhancing productivity.
Support: Assistance for cloud migration and SaaS applications in diverse industries.

Industries like finance and manufacturing utilize Google App Engine for cloud migration and scaling SaaS applications efficiently. Its ability to seamlessly integrate with services like Pub/Sub and Stackdriver supports complex projects, while cloud-native tools like Cloud Run and Kubernetes Engine facilitate microservice communication.

Google

Sample Customers

Information Not Available

Khan Academy, Best Buy, Gigya, MetOffice, Getaround, Mimiboard, NewsLimited, WebFilings, and CloudLock.

Buyer's Guide

Azure Red Hat OpenShift vs. Google App Engine

June 2026

Free Report: Azure Red Hat OpenShift vs. Google App Engine

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