Businesses are progressively shifting to the cloud in order to become more cost-effective, agile, and imaginative in their operations. The data in this research by MarketsandMarkets backs up all of the excitement around the cloud services market ecosystem. According to the report, the cloud technology services industry will be worth $832.1 billion in 2025.
Since its start, cloud computing has come a very long way. It’s no longer an option whether or not to use cloud computing; it’s instead a matter of choosing which cloud service to use.
Although there are numerous cloud platforms to choose from today, the major cloud providers are Amazon Web Services (AWS), Azure, and Google Cloud Platform (GCP). As a result, AWS, Azure, and GCP are locked in a furious three-way war for cloud supremacy.
So, what distinguishes each of the “big three” cloud services? And how do you decide which platform is ideal for your company?
If you have to choose one, you’ll want to understand the comparison of AWS vs Azure vs Google Cloud. In this article about AWS vs Azure vs Google Cloud, we’ll examine the top 3 cloud services to find out which one triumph.
Cloud Computing: An Overview
Cloud computing refers to the provision of on-demand computing services such as app storage, and processing power through the internet. All of these resources are available on a pay-per-use basis over the internet.
Rather than investing in computing equipment and incurring upfront expenses, businesses rent access to cloud-based services from a third-party supplier. They only get charged for what they actually use. Cloud service providers profit from significant economies of scale as they provide comparable services to different clients.
The advantages of moving to the cloud include:
- Rapid innovation
- Loss avoidance
- Quality control
- Improved security
- Competitive advantage
- Increased efficiency
An overview of the big 3 cloud platforms
AWS (Amazon Web Services)
Amazon Web Services is a division of Amazon.com, Inc. and is the dominant player in cloud computing platforms. AWS is the most matured cloud management platform, with a wide selection of services for almost everyone, including individuals, small businesses, and even governments.
AWS began as a private cloud service for Amazon employees. Since 2006, it has grown into a publicly accessible cloud platform for businesses with capabilities such as Amazon S3 cloud storage and elastic computing cloud (EC2). AWS today has over 200 fully functional services to meet any need and satisfy millions of users.
Customers who use AWS include:
- The Food and Drug Administration (FDA)
- Formula 1
Microsoft Azure is the second-largest cloud management platform. Since its inception in 2010, Azure has grown to become a cloud-based platform with over 200 goods and services. It is now one of the most rapidly expanding cloud platforms.
Microsoft Azure offers a wide range of services customized specifically for Microsoft-centric businesses, making the transition to a cloud or hybrid-cloud environment simple for many enterprises. Microsoft Azure, which is used by more than 95 percent of Fortune 500 firms, has an established track record of serving enterprise users.
Azure isn’t just for Windows-based services, either. It also supports open-source programming, platforms, and technologies, allowing anybody to create and maintain any program.
Companies that have been using Azure include:
- DAIMLER AG
- McKesson Group
- Center of Disease Control (CDC) – US
- Mitsubishi Electric
Google Cloud Platform
The Google Cloud Platform is a subset of the Google Cloud. Since its launch in 2010, the Google Cloud Platform has grown to include over 100 services covering big data, networking, computing, and much more.
GCP now includes Google Workspace, corporate Android, and Chrome OS, among other services.
GCP is the youngest of the Big 3 cloud service providers when compared to AWS and Azure. Despite this, it provides a robust collection of cloud services that can run and support any application.
Customers using GCP include:
- The Home Depot
Choosing the best cloud platform for your enterprise – Microsoft Azure vs Amazon AWS vs Google Cloud
The 3 major cloud providers, of course, have the experience and competence to deliver dependable and feature-rich cloud infrastructure. However, before committing to one cloud platform for business, do your homework and analyze each platform to comprehend its capabilities and peculiarities.
A quick glance at detailed cloud platform comparisons may lead one to believe that AWS has to have an unrivaled advantage over Azure, but a closer examination reveals that the choice isn’t so simple.
Let’s have a look at some of the most important factors to consider when choosing the best cloud platform for your enterprise.
As previously stated, Amazon Web Services was the first in the world to offer cloud services. It means they’ve had far more time to establish their networks around the globe. Naturally, they have a significantly larger number of availability zones than their competitors. Amazon Web Services presently offers over 84 availability zones around the world.
This number is higher than Google Cloud’s 24 availability regions, with a total of 73 zones.
Microsoft Azure is a great alternative if you’re looking for something readily available. They have 60+ regions available in more than 140 countries throughout the world.
According to a Statista report from the fourth quarter of 2021, AWS has a 33% market share, Azure has a 22% market share, and Google Cloud has a 9% market share.
Compute, storage, and networking
AWS’ main compute service is its EC2 instances, which can be customized with a variety of features. AWS Lambda, the EC2 Container Service, Elastic Beanstalk for app deployment, ECS for Kubernetes (EKS), and Autoscaling are all available.
Meanwhile, the compute offering of Azure is centered on its Virtual Machines (VMs), with many other tools like Cloud Services and Resource Manager to aid with cloud application deployment, as well as its Azure Autoscaling service.
Google’s customizable Compute Engine provides virtual machines (VMs) in its data centers. They are fast to boot, have persistent disk storage, high performance, and are highly configurable to the customer’s needs.
The AWS storage services include Elastic Block Storage (EBS), Simple Storage (S3), Elastic File System (EFS), Glacier archive backup, Import/Export big volume data transfer service, and Storage Gateway, which interacts with on-premise settings.
Microsoft’s Azure Storage service includes Azure Blob storage, as well as Queue, Table, and File storage options. Import-Export, Site Recovery, and Azure Backup are also included.
All three platforms offer strong networking capabilities, including on-premise system connectivity and automatic server load balancing.
The number of services provided is the key distinction between the three companies under consideration. Because of the variety of services available, the cloud platforms are suitable for a wide range of businesses.
Amazon Web Services offers the most services to its customers. AWS offers around 200 services, with Google Cloud and Microsoft Azure offering about 90 and 200 services, respectively.
Since AWS was the first one to enter the market, it also has the most products. It offers many types of infrastructure as a service (IaaS), including database, storage, compute, content delivery, and networking.
Computation, data management, networking, and reliability are some of Azure’s offerings. Google Cloud Platform is another excellent alternative, thanks to its instance and payment configuration flexibility, cost-effectiveness, privacy, traffic security, and machine learning capabilities.
|VM||Amazon EC2||Azure Virtual Machine||Google Compute Engine|
|PaaS||AWS Elastic Beanstalk||App Service||Google App Engine|
|Container||AWS Elastic Container/Kubernetes Service||Azure Kubernetes Service||Google Kubernetes Engine|
|Serverless Computing||AWS Lambda, Serverless Application Repository||Functions||Google Cloud Functions|
|Storage and Database Services|
|RDBMS||AWS RDS||Azure SQL/ Database for MySQL/PostgreSQL||Cloud SQL|
|NoSQL||DynamoDB, Simple DB||Azure Cosmos DB, Table Storage||BigTable, Cloud Datastore|
|File Storage||Elastic File System||Azure File Storage||Google Filestore|
|Archive Storage||Amazon Glacier||Azure Archive Storage||Google Storage|
|Virtual Network||Virtual Private Cloud||Virtual Network||Virtual Private Cloud|
|Load Balancing||Elastic Load Balancer||Azure Load Balancer||Google Cloud Load Balancing|
|Firewall||AWS Firewall / Web Application Firewall||Azure Firewall||Google Cloud firewalls|
|DevOps||CodePipeline, CodeBuild, CodeDeploy, CodeStar||Azure Boards, Pipelines, Repos, Test Plans, Artifacts||GCP DevOps CloudBuild, Artifact Registry|
|AI & ML||SageMaker, Comprehend, Lex, Polly||Machine Learning, Databricks, Cognitive Search, Bot Service, Cognitive Services||Vertex AI, AutoML, Dataflow CX, Cloud Vision, Virtual Agents|
|IoT||FreeRTOS, IoT Core, Greengrass, IoT Analytics, SiteWise||Azure IoT Hub/Central, IoT Edge, Azure Sphere, Azure RTOS||Google Cloud IoT Core|
|AR & VR||Sumerian||Mixed Reality (Spatial Anchors/Remote Rendering)||ARCore|
Enterprise cloud servers provide businesses with a variety of tools and resources. We’ll explore the tools provided by AWS, Azure, and Google Cloud in this section.
AWS has been at the forefront of bringing Artificial Intelligence (AI) and the Internet of Things (IoT) to enterprises, allowing them to use SageMaker to train employees and execute machine learning. It gives users access to the Lambda serverless computing environment as well as the ability to deploy apps directly from their serverless repository. For additional customization, AWS also allows you to integrate a variety of IoT enterprise solutions.
Cognitive Services and Artificial Intelligence Enhancement are available in Azure Tools. Cognitive Services is a set of API-based tools that allow on-premises integration of Microsoft software and business applications.
Functions, the only serverless solution, orchestrates and manages complicated workloads and is driven by events. In terms of IoT, Microsoft offers Edge, which can be utilized for administration and business analytics.
Google’s cloud-based enterprise benefits include natural language translation and voice to help businesses shift from global collaboration to machine learning app development. TensorFlow, a large open-source library, is also available. Its Internet of Things and serverless systems are still in the early stages of development.
Pricing can be a key incentive for those contemplating a cloud migration, and with valid reason: prices have been steadily declining for some time as the big cloud providers battle.
It has a distinct price calculator to make the price aspect easy-to-understand. But due to the various kinds of taxes and charges, we strongly advise double-checking the final cost before purchasing.
Microsoft Azure’s pricing is much more straightforward. There is a billing area on its dashboard that allows you to see it all. You may also use Azure’s price calculator to find out how much its cloud-based services will cost.
When it comes to straightforward pricing criteria, Google’s pricing structure stands out as appealing and customer-friendly. It strives to undercut the pricing charged by the other 2 major cloud providers in order to attract customers. It is, therefore, one of the best cloud servers for small business.
Further, checkout the comparison between the three platforms in terms of pricing and machine type below:
|Minimum Instance||2 virtual CPUs, 8 GB RAM: $69/month||2 virtual CPUs, 8 GB RAM: $70/month||2 virtual CPUs, 8 GB RAM: $52/month|
|Maximum Instance||3.84 TB RAM, 128 vCPUs: $3.97/hour||3.89 TB RAM, 128 vCPUs: $6.79/hour||3.75 TB RAM, 160 vCPUs: $5.32/hour|
In terms of ease of use, AWS is the clear winner. If you’re a novice or you are not familiar with cloud platforms, there are various advantages to using AWS. The first is because of its feature-rich yet user-friendly dashboard.
Another benefit of Amazon Web Services is its vast documentation. Go to the Instance segment or type your query into the AWS search field and choose Documentation for a video or textual instruction if you want to host an instance (EC2).
But, unlike AWS, wherein adding individuals and authorization to each account can be a bit of a hassle, Azure keeps everything in one place. However, one thing that is missing with Azure is the absence of documentation and guidance. On the other hand, Google Cloud is significantly easier to use because of explicit guidance, extensive documentation, and an organized dashboard.
Options for Hybrid and Multi-Cloud Computing
All three providers aren’t currently heavily invested in hybrid and multi-cloud offerings, but they offer a variety of tools to give clients more flexibility.
- Amazon EKS Anywhere
- AWS Snowball
- AWS Outposts
- AWS Snowcone
- AWS Local Zones
- AWS Wavelength
- VMware Cloud on AWS
- Amazon ECS Anywhere
- Azure Backup
- Azure Security Center
- Azure Arc
- Azure Stack
- Azure Active Directory
- Azure Blob Storage
- Azure Centinel
Google Cloud Hybrid and Multi-Cloud
- Cloud Build
- Traffic Director
- Cloud Run for Anthos
Why Choose Appinventiv’s Cloud Computing Services?
If you have an understanding of cloud computing and how it can revolutionize the way your organization operates, you must also understand that it is not a matter of whether or not you should obtain it. It’s an appealing solution that would benefit your company, so take your time choosing the best cloud service provider.
To help businesses modernize IT environments, Appinventiv provides best-in-class cloud services. Our team of experts provides cost-effective and reliable cloud consulting services, cloud professional services, and cloud managed services that give businesses a competitive edge.
Organizations can leverage our cloud services to increase productivity, and lower the IT resource requirements and expenses.
By easing cloud adoption, we help businesses become more adaptable to the ever-changing market landscape, allowing them to make the right decisions and maximize their ROI. Speak to our experts to know more about our services.
Even though Amazon Web Services (AWS) is currently the industry leader in terms of storage and services, Microsoft Azure and Google Cloud are fast expanding to compete with AWS.
With its heavy focus on the enterprise, Azure, in particular, is hot on AWS’ heels. Meanwhile, Google’s reach continues to grow via integration with open-source programs and third-party businesses.
Of course, it all comes down to your unique use case in the end. As the industry matures, most businesses are seeking multi-cloud solutions that allow them to take advantage of the benefits of each cloud service without being tied to a single one.
Q. What are the various kinds of cloud computing services available?
A. Platforms-as-a-Service (PaaS), Infrastructure-as-a-Service (IaaS), and Software-as-a-Service (SaaS) are three main types of cloud computing services.
Q. Which cloud platform for business has the most room for expansion?
A. Each of the three cloud giants is fiercely competitive with the others. All three have experienced strong growth in recent years, helping their parent firm meet its growth and profitability targets.
Q. What are the benefits of Azure versus Google Cloud and Amazon Web Services?
A. Azure releases new tools every two weeks, and the cloud is completely compatible with Microsoft tools and the Windows OS, which are widely utilized around the world.
In comparison to competing cloud platforms, this eliminates compatibility difficulties and makes Azure future-proof.
Q. Which is best for my organization: Google Cloud, Amazon Web Services, or Microsoft Azure?
A. Google Cloud is a popular choice among entrepreneurs since it offers a variety of discounts to cloud users. If cost is a major consideration, Google Cloud is the superior option. Azure provides a lot of flexibility, and AWS has a huge worldwide footprint, so it has an advantage over the others.