Comparison of the Leading Cloud Platforms: AWS vs. Azure vs. Google Cloud
To boost efficiency, businesses of all sizes are shifting their operations and workloads to the cloud. People were cautious to go to the cloud at first because of concerns about data security and sovereignty. The large range of services supplied by public cloud platforms, on the other hand, worked as a catalyst, resulting in increased cloud adoption by organisations. AWS vs. Azure vs. Google Cloud is the major three titans you might have heard of
that go head to head in the public cloud landscape. These three cloud platforms offer a wide range of storage and computing capabilities at a low cost to enterprises.
AWS, Azure, and Google Cloud are compared
The three cloud providers, AWS vs. Azure vs. Google Cloud, are battling it out for cloud supremacy. However, AWS now outperforms the other two in terms of capabilities and market domination. This does not, however, imply that you must use the AWS cloud exclusively for your business. When choosing a cloud service provider, there are other more variables to consider.
1, AWS, Azure, and Google Cloud Zone Availability
In comparison to its competitors, Amazon Web Services (AWS) has been in the cloud business for a long time and now has 81 availability zones distributed across 25 geographical regions. Furthermore, each geographical location is made up of many, physically discrete availability zones. Each availability zone has one or more ready-to-use logical data centres. Moreover, in comparison to AWS, Microsoft Azure and Google Cloud are offered in fewer regions. Google Cloud is currently available in approximately 27 countries around the world, with more to come. Furthermore, he more availability zones there are, the more opportunities there are for organisations to build and run apps closer to their end consumers.
2. AWS, Azure, and Google Cloud Pricing Models
Price is another essential consideration for users when choosing a public cloud service platform. Based on the lowest and largest instances available, here’s a comparison of AWS, Azure, and Google Cloud Platform pricing schemes.
The tiniest illustration:
Smallest instance:
AWS – 1 vCPU – 0.5GB RAM- 20 GB Storage – 1 TB bandwidth – $3.5/Month – (Free during first year)
Azure – 1 vCPU – 1.75 GB RAM – 70 GB Storage – $8.76/Month
GCP – 1 vCPU – 0.5 GB RAM – 20 GB Storage – $6/Month
Largest instance:
AWS – 448 vCPU – 6144 GB RAM- Custom Storage – $24,566/Month
Azure – 416 vCPU – 5700 GB RAM – 8 TB Storage – $9,410/Month
GCP – 416 vCPU – 11776 GB RAM – Custom Storage – $61,590/Month
3. Services Provided
The services they supply and the benefits they provide to your firm will ultimately determine which public cloud providers you choose. So, let’s have a look at the services that each service provider has to offer.
In terms of services, AWS is the most comprehensive of the three giants. AWS has over 200 fully-featured services available from data centres all over the world. In terms of the services available, Azure is ranked second. GCP, on the other hand, is lagging behind the other two but is catching up.
Compute, Storage, Database, and Networking are the four types of services available.
Services for Computing
Compute services are the processing resources needed by your application to do difficult tasks.
Amazon Web Services Compute Services
The following are some of the most important computing services offered by AWS.
Amazon EC2 (Elastic Cloud Compute) – Virtual Servers that can run any computer application.
Amazon Lightsail- Simple virtual private servers that allow you to deploy applications or websites at a lower cost.
ECS (Elastic Container Service) — A service that allows you to run and manage Docker-based container applications.
ECR (Elastic Container Registry) — A service for storing, managing, sharing, and deploying container images.
EKS (Elastic Kubernetes Service) – It is a fully managed Kubernetes service that makes it easier to run Kubernetes on AWS.
AWS Lambda allows you to run code in response to events without the need for server provisioning or management.
AWS Fargate – A server-less compute service that provides compute capacity for containers on-demand.
Amazon EC2 Auto-Scaling enables the automatic addition and removal of EC2 instances, thereby assisting in the maintenance of application availability.
AWS Batch- AWS Batch is a fully managed service that allows you to run jobs asynchronously across multiple compute instances.
AWS Compute Optimizer- Provides recommendations to assist users in selecting the best instance types.
ELB (Elastic Load Balancing) – Distributes traffic between server instances efficiently.
AWS Outposts- Provides on-premises access to AWS services for a hybrid cloud experience.
AWS Beanstalk- Assists further in quickly getting your web application up and running.
Amazon EC2 Spot Instances- Unused or spare AWS cloud EC2 capacity that is available at a reduced price.
Azure Compute Services (Azure CS)
The following are some of the most important compute services offered by Azure.
Azure Kubernetes Services (AKS) is a fully managed container orchestration service that allows you to deploy, scale, and manage container-based applications in the cloud.
Container Instances- Enables you to run containers in Azure without having to provision virtual machines or use container orchestrators.
Azure Functions – Managed FaaS that enables users to run event-triggered code in response to any event.
App Service: A fully managed PaaS offering that enables the development and hosting of web applications and services.
Azure Batch- Managed services that aid in the efficient execution of large-scale cloud applications.
Moreover, these cloud Services are managed services used to run cloud-based applications and are an example of PaaS.
Furthermore, Service Fabric is a distributed system platform that aids in the simplification of the microservice development and application lifecycle management processes.
Compute Services on GCP
App Engine – A fully managed serverless platform where developers can create scalable web and mobile backends in their preferred programming language.
Docker Container Registry- A single location where you can securely store and manage Docker container images.
Instant Groups- A managed service that allows you to run applications on multiple virtual machines at the same time (VMs). Moreover, Google Compute Engine is an Infrastructure as a Service component that allows users to launch virtual machines on demand.
Graphics Processing Unit (GPU) – By incorporating GPUs into VMs, users can accelerate further specific graphics-intensive workloads on instances.
Google Cloud Knative- Managed services for running serverless applications on Kubernetes clusters.
Google Kubernetes- Kubernetes cloud services that enable users to run containerized applications in the cloud.
Cloud Functions- A server-less execution environment that facilitates the connection of cloud services.
Services for Storage
AWS, GCP, and Azure provide a variety of services that enable users to store, access, and manage their data at a lower cost and with greater security. Moreover, the following is a list of storage services provided by the top three cloud service providers.
Services for Databases
All three service providers provide a wide range of database services to meet your application’s requirements. Further, the following is a list of database services provided by the top three cloud service providers.
Services for Networking
Amazon Virtual Private Cloud (Amazon VPC) – Amazon Elastic Cloud’s networking layer is Amazon VPC.
Azure Virtual Network (VNET) – This is the foundation for a private network in the Microsoft Azure cloud. Furthermore, It provides a secure environment in which to run your virtual machines and applications.
A cloud virtual network (VPC) is a virtualized version of a physical network. Moreover, It contributes to the security of your Google Cloud network.
4. Market Share of AWS, Azure, and Google Cloud
A company’s large market share usually indicates that it is providing the best services to its customers. In terms of market share, AWS is far ahead of the other two. Moreover, one reason for this could be that AWS has been on the market for a long time. AWS was publicly launched in 2006, while Azure and GCP were launched in 2010 and 2011, respectively. Because AWS was one of the first companies to enter the cloud domain, they had plenty of time to establish themselves. However, AWS is currently facing stiff competition from Azure and Google Cloud.
The decision on which service provider to use is ultimately determined by your specific business needs. It is always preferable to select platforms that can meet your specific business requirements while also supporting future expansions. Furthermore, consulting the best managed cloud hosting service providers can enable you to provide managed AWS hosting services, managed Azure cloud hosting services, managed google cloud hosting services for all scales of businesses that offer optimum hosting performance and minimum downtime.
