AWS EC2 vs Azure Virtual Machines vs Google Compute Engine

AWS EC2 vs Azure Virtual Machines vs Google Compute Engine

Cloud Computing has seen a significant increase in technology market sector. It offers many services under top names such as AWS, Microsoft Azure and Google. These cloud computing services provide a safe and beneficial environment that makes it easier to do work with less resources and lower costs. Virtual Machines are an integral part of the cloud sector. Cloud has set a new standard by offering solutions using virtual machines.
Virtual machine has seen a lot of growth in providing cloud solutions for top companies. Many VM services are now available on the market. This creates confusion about which VM service is best. This blog will also compare AWS EC2, Azure Virtual Machines, Google Compute Engines and other VM services to show how they are benefiting organizations. Let’s begin with an overview.
What is AWS EC2 and what are its benefits?
Amazon Elastic Compute Cloud (Amazon EC2) is a web service that provides a secure, resizable cloud computing capacity. This allows you to build and run any application virtually. The service is primarily designed to make cloud computing accessible on a large scale for developers. This allows you to configure and obtain capacity quickly and gives you full control over your computing resources.
Amazon EC2 also offers a variety of processors, storage, operating systems, and purchase models. This allows you to use web service interfaces in a virtual computing environment.
First, launch instances with a variety operating systems
Second, load them with your custom-built application environment
Third, manage your network’s access rights
Finally, you can run your image using as few or as many systems as you like.
Amazon EC2 also includes Instance Types as well as the Instance Type Explorer.
Instance types are made up of different combinations of CPU, memory and storage. This gives you the flexibility to choose the right resources for your application. Each instance type has one or more instances sizes that allow you to scale your resources to meet the demands of your target workload.
The EC2 Instance Type Explorer, on the other hand, allows you to quickly navigate and find the instances that best suit your business and workloads. Filters allow you to narrow down the search for the correct instance family based on the instance type or the hardware configuration.
What is Azure Virtual Machine?
Azure Virtual Machines (VM), is a scalable computing resource that can be used on-demand. However, VM’s purpose is to give you more control over your computing environment than other options. Azure VM allows virtualization to be done without the need to purchase and maintain physical hardware. However, the VM must be maintained by performing tasks such as configuring, patching, installing, and removing the software.
You can also use Azure Virtual Machines to:
First, create a computer that has the configurations necessary to code and test your application.
To connect to your network, you can use the Azure virtual network.
There are two types of Azure VM:
1. Windows Virtual Machines (VM)
This allows you to take advantage of your existing investments and migrate Microsoft technologies to Azure. This allows you to reduce costs by automating Windows Server administration with Azure Automanage, and using existing Windows Server licenses with Azure Hybrid.
2. Linux Virtual Machines (VM)
Red Hat, SUSE Linux, Ubuntu, CentOS Linux, Debian, Debian, CoreOS and Red Hat are just a few of the Linux distributions that Azure Linux VM offers. You can find Azure-optimized Linux images at publishers of your choice as well as preconfigured solutions by Oracle and other open-source VM compatible vendors.
What is Google Compute Engine?
Google Compute Engine is a secure and customizable computing service that allows you to create and run virtual machines on Google’s infrastructure. Google Compute Engine offers unique services:
Pre-built and ready to go machine types
Secondly, custom machine types to create VMs with optimal amounts vCPU/memory while balancing costs
Preemptible machines are a third option to reduce computing costs up to 80% in short-term cases.
Confidential computing is used to encrypt your most sensitive data as it is being processed
Google Compute Engine also offers E2 computing, which provides the lowest on-demand pricing available for general-purpose computing. It also covers the balanced price-performance (N2, N2D and N1). These are the second-generation general-purpose machines that offer the best price-performance ratio. It also comes with memory-optimized computers that can support up to 12 TB of memory per instance. Compute-optimized machines offer the best performance per core on Compute Engine. They are optimized for workloads such as high-performance computing (HPC), game servers and latency-sensitive API server serving.
We now move on to the features. We will now discuss and explain the main features of these services. Learn more about the areas that provide information about the services.
AWS EC2 Service Features
Amazon EC2 offers powerful features to build extensible, fail-resistant, enterprise-class applications.
1. Bare Metal
Amazon EC2 bare-metal instances give applications direct access the processor and memory on the underlying server. They are also ideal for workloads that require access to hardware feature sets, or applications that need to run in nonvirtualized environments to support licensing or support.