Amazon AWS vs Microsoft Azure vs Red Hat OpenShift comparison

Amazon Web Services (AWS) is an adopted cloud platform that offers more than 200 fully featured services from data centers located across the globe. This is a scalable, low-cost infrastructure platform in the cloud that is utilized by thousands of businesses of different sizes around the world. The product offers a wide variety of solutions for its customers, which allows them to launch applications regardless of their industry.

The most common use cases for AWS are:

• Application hosting: Clients can take advantage of on-demand infrastructure to power their applications. The product supports multiple types of apps, varying from hosted internal applications to software as a service (SaaS) offerings.
  
  
• Websites: With AWS, clients can satisfy their web hosting needs through a scalable platform for their websites.
  
  
• Backup and storage: AWS offers reliable data storage services, which allow clients to store their data and build dependable backups for all of their valuable information.
  
  
• Enterprise IT: The product allows companies to host internal- or external-facing IT applications in a highly secure environment.
  
  
• Content delivery: Users who want to distribute content to end users worldwide can do so quickly and easily through the high data transfer speeds of this solution.
  
  
• Databases: AWS offers a variety of database solutions, which include hosted enterprise database software as well as non-relational database solutions.

Amazon AWS supports a global cloud infrastructure with AWS Region and Availability Zone models, which contribute to the high availability of enterprise applications running on the solution. Amazon AWS has an extensive array of products that serve different purposes, including:

• Analytics
• Application integration
• Blockchain
• Business applications
• Cloud financial management
• Compute
• Contact center
• Containers
• Database
• Developer tools
• End-user computing
• Front-end web and mobile
• Games
• Internet of Things (IoT)
• Machine learning
• Management and governance
• Quantum technologies
• Robotics
• Satellite
• Security, identity and compliance, and others

The products and services that Amazon AWS delivers to these sectors provide a large computing capacity which is quicker and cheaper compared to building a physical server farm. Among the most popular services are Amazon Elastic Compute Cloud, also known as "EC2," and Amazon Simple Storage Service, also known as "S3."

Amazon AWS Features

The wide array of products that Amazon AWS offers consist of different functions that utilize cloud computing across different sectors. The features of this solution can be categorized in the following ways:

• Data and relationship management: With Amazon AWS, companies can manage multiple hierarchies of directory data, they can define attributes for objects and relationships, set custom inheritance rules for directories, and create multiple schemas.
  
  
• Schema management: This group of features allows users to extend their directory schema according to their needs. They can extend it through multiple applications that share a single directory while avoiding duplication of data.
  
  
• Fully managed infrastructure: This feature decreases time and costs for administrative tasks for companies regarding scaling infrastructure and managing servers.
  
  
• Searching feature: The Cloud Directory feature of AWS offers built-in search capabilities which can cover sets of highly connected data and eliminate the need of creating nested queries.
  
  
• Built-in data encryption: Users can benefit from high levels of protection of their data with AWS's products. The data in the cloud is automatically encrypted at rest and in transit through 256-bit encryption keys, managed by AWS Key Management Service (KMS).
  
  
• Object policies: This feature allows Amazon AWS users to organize objects in different hierarchies by providing a framework for applications to evaluate policy assignments.

Amazon AWS Benefits

This product delivers various benefits across all industries that utilize its services. The greatest advantages of using Amazon AWS include:

• High product functionality is supported by machine learning, artificial intelligence (AI), IoT, data lakes, and analytics.
  
  
• The solution has a high level of security, which is backed by a deep set ofmore than 100 cloud security tools.
  
  
• Amazon AWS has an easy-to-use interface that makes it possible for clients to host applications.
  
  
• The product is very flexible in terms of which operating system, programming language, web app platform, and database clients can use.
  
  
• AWS is a scalable and highly secure global computing infrastructure, supported by the reliability of Amazon.com.
  
  
• Clients can utilize the Auto Scaling and Elastic Load Balancing tools to personally scale up or down applications, depending on their demand.
  
  
• Users can choose from an array of payment options, including paying for only the services they need, as well as a free trial to select the ones most useful for them.

Reviews from Real Users

Greg G., a chief executive officer at a tech services company, ranks Amazon AWS highly, as he states that the solution is flexible, scales well, and offers good stability.

A technology manager technology at a computer software company values Amazon AWS because it is extremely cost-efficient, easy to upgrade and expand storage with greatly improved interfaces.

Windows Azure is Microsoft's cloud platform, where developers can create, deploy, and maintain their apps. This cloud application platform allows developers to concentrate on the actual applications, while it takes care of all the elements behind the apps.

Windows Azure works across multiple frameworks and languages. It is fully scalable, localized in that it is hosted globally in many datacenters, and has widespread capabilities with elements of application development, deployment, and management.

Azure is comprised of several different service modules, including Infrastructure; Web; Mobile; Dev & Test; Big Data; Media;Storage, Backup & Recovery; and Identity & Access Management.

Microsoft Azure works as a:

1. Platform as a service (PaaS)

2. Software as a service (SaaS)

3. Infrastructure as a service (IaaS)

Microsoft Azure is available:

• On-premises

• Hybrid

• Multi-cloud

• At the edge

Compared to its competitors, Microsoft Azure:

• Has more affordable features

• Has easier migration for organizations already using other Microsoft tools

• Has several educational resources available

• Provides robust support

• Is ideal for small and large businesses

Microsoft Azure Features:

• Scalability

• Stability

• Flexibility

• Azure Site Recovery

• Active Directory

• Monitoring features

• Cloud-based

• Automated tasks

• Change capability cadence

• Showback capabilities

• Information protection

• Azure Data Lake

• Excellent portal

• Intuitive user interface

• Remote desktop

• Fast provisioning

• Data security

• Data resiliency

• Speed of service

• Integrated delivery pipeline

• Disaster recovery

• Robust templates

• Flexible coding languages

• Virtual systems testing

Benefits of Microsoft Azure:

• Infrastructure as a Service (IaaS): Because Microsoft Azure is an IaaS, organizations can deploy as well as manage applications easily and quickly. Azure also provides you with the ability to customize the cloud software to meet your specific business needs.

• Seamless integration: Microsoft Azure is built to seamlessly integrate with existing IT departments via hybrid databases, secure private connections, and storage solutions.

• Cost-effective: Because Azure can harmoniously exist in your business environment with your data center, it is a very cost-effective solution.

• Analytics support: Azure is designed with built-in support that is used to analyze data and provide key insights. Azure offers Cortana Analytics, Stream Analytics, Machine Learning, and SQL services.

• Unique storage system: Compared to other cloud services, Microsoft Azure has more data centers and delivery points, which helps create an optimal user experience and also helps deliver content faster. In addition, Microsoft Azure makes it possible for organizations to exchange content across several virtual machines.

• Enhanced flexibility: Azure provides extreme flexibility by allowing you to choose any level of functionality you require. It also supports many of the same technologies IT teams and developers usually depend on, making it easier for them to manage.

• Easy implementation: Microsoft Azure is easy and quick to deploy. If necessary, you can change web apps to Azure with almost zero downtime.

Reviews from Real Users:

"It is a flexible solution that is straightforward to use," says the principal consultant at a computer software company.

OmarJ., future datacenter consultant: Microsoft Azure Cloud at a tech company, adds that "The user interface is very nice and makes everything easy to use."

“You can build an environment in minutes. It's very good in terms of being an infrastructure as a service, and I found that really fascinating,” says an information technology consultant at a computer software company.

"I think Azure's level of automation to achieve efficiency or agility is valuable. I also like the change capability cadence, the showback capabilities, and understanding what our costs are," says an enterprise architect at an energy/utilities company.

Marco C., Ing. at Wolters Kluwer, says "The valuable features of Microsoft Azure are that it is cloud-based and has good storage. The storage is completely managed by Azure. We do not need to do any patching of security because it is handled by Azure which is a benefit. The solution is fully compatible with the Microsoft technology stack and is very scalable."

"The most valuable feature of Microsoft Azure is it has everything together in one place. It is one large tool with lots of small tools that are updated often," says the owner of a media company.

Red Hat OpenShift offers a robust, scalable platform with strong security and automation, suitable for container orchestration, application deployment, and microservices architecture.

Designed to modernize applications by transitioning from legacy systems to cloud-native environments, Red Hat OpenShift provides powerful CI/CD integration and Kubernetes compatibility. Its security features, multi-cloud support, and source-to-image functionality enhance deployment flexibility. While the GUI offers user-friendly navigation, users benefit from its cloud-agnostic nature and efficient lifecycle management. However, improvements are needed in documentation, configuration complexity, and integration with third-party platforms. Pricing and high resource demands can also be challenging for wider adoption.

• Security: Comprehensive security features ensure safe deployments and operations.
• Scalability: Auto-scaling and monitoring capabilities cater to high-demand environments.
• CI/CD Integration: Seamless integration for efficient continuous deployment processes.
• Cloud Compatibility: Supports multi-cloud and on-premise solutions with ease.
• GUI: Simplifies platform management and enhances usability.

• Improved Efficiency: Streamlined operations reduce time and resource investments.
• Enhanced Flexibility: Adapt quickly to changing demands and environments.
• Quick Deployment: Fast application deployment supports agile project timelines.
• Robust Support: Access to dependable customer support services.

Red Hat OpenShift is strategically implemented for diverse industries focusing on container orchestration and application modernization. Organizations leverage it for migrating applications to cloud-native environments and managing CI/CD pipelines. Its functionality facilitates efficient resource management and microservices architecture adoption, supporting enterprise-level DevOps practices. Users employ it across cloud and on-premises platforms to drive performance improvements.