AWS vs Azure vs Google Cloud: A Comparative Review

AWS vs Azure vs Google Cloud A Comparative Review

A comparative review of the AWS vs Azure vs Google Cloud is very important in the modern context. Code free complete machine learning lifecycle is the key trend for the modern cloud computing platforms.

As companies are going for more on code free deep learning and other high-end IoT technologies, selecting suitable cloud platforms are vital for corporate growth. In this article, we’re going to help you decide between the three giants of cloud computing.

Best of AWS Azure and Google Cloud Platforms

Cloud computing Foundation

Before going into the prominence in the cloud market, Google, Amazon and Microsoft are the market leaders in their respective fields. Each has unique advantage. All these three major cloud providers have also attempted to create many general-purpose services that are relatively easy to use by the end users. 

Price, speed, performance, flexibility, and features are the five key criteria normally used to select the best cloud computing platform for your jobs. 

The cloud computing makes it easy for enterprises to experiment with machine learning capabilities and scale up as projects go into production and demand for those features increases.

GPUs are the key hardwires and the processors in the cloud computing  of choice for many complex machine learning applications because they significantly reduce processing time.

The AWS, Azure, and GCP offer many machine learning options that do not require in-depth knowledge of AI, machine learning theory, or team of data scientists. The three of them are renowned for a history of innovation, excellence, and market dominance.

Machine Learning and Cloud Computing help business intelligence companies by manipulating real-time data, analyzing it, and making future predictions. It enables you to create an interactive dashboard that displays data from different dimensions in one place. 

Cloud platform makes it easy for developers, data scientists, and data engineers to streamline and scale their projects and machine learning activities.  The cloud platforms makes it easy for companies to test and measure machine learning capabilities as projects go into production.

The cloud products provides access to intellectual abilities without the need for advanced skills in AI or data science. Combined with the power of cloud computing, with Artificial Intelligence and machine learning is even more rewarding. For example, the Amazon Rekognition is a specialized image-recognition service that you can run with a single command. 

What is Cloud Computing

Cloud services are run through software platforms and virtualized networks, it means that it’s easy to access and analyze data for the purposes of analytics as well as for business intelligence purposes. It also makes it easier to simplify all aspects of monitoring through cloud orchestration. Cloud computing is Web-based computing which allows businesses and individuals to consume computing resources such as virtual machines, databases, processing, memory, services, storage, messaging, events, and pay-as-you-go.

Core Infrastructure with Cloud Computing

Cloud infrastructure consists of all hardware and software components that are needed to aid the delivery of cloud services to the patron.  cloud infrastructure and related offerings in the three most important shipping models: Infrastructure-as-a-Service (IaaS), Platform-as-a-Service (PaaS), and Software-as-a-Service (SaaS). The three shipping models vary in phrases of which components of the technology stack are outsourced and which aspects the customer will offer.

Rich computing resources are the fundamentals on which you would love to build your cloud deployment. Computing sources and data storage are regularly virtualized in cloud computing, making it simpler for users to leverage these resources with introduced simplicity and much less waste.

Features and services

At their core AWS, Microsoft Azure and Google Cloud Platform offer largely similar basic capabilities around flexible compute, storage and networking. They all share the common elements of a public cloud: self-service and instant provisioning, autoscaling, plus security, compliance and identity management features.

All three vendors have launched services and tools targeted at cutting edge technology areas like the Internet of Things (IoT) and serverless computing (Lambda for AWS, Functions with Azure and Google), while customers can tap either cloud to variously build a mobile app or even create a high performance computing environment depending on their needs.

We are comparing the three platforms based on various criteria and based on the Cloud Computing Gartner’s report

Microsoft Azure : The best cloud services platform

Microsoft Azure provides a wide array of solutions suitable for all types of industry. All your business needs can be taken into consideration. This results in a package better suited for needs.

Azure means there is no need to have physical servers on site. This reduces the usual costs, such as an onsite server support team.

The Azure Migration Center makes cloud transfers faster and easier. The solution is also compatible with Linux.

The “Application Insights” feature is particularly strong because it allows you to do a “one click” install of an agent that can track performance and transactions all the way down to the database level.

Microsoft Azure offers a free tier which includes access to all popular services, and over 25 ‘Always Free’ services. All of Microsoft Azure’s prices and plans are laid out in great detail on their site. The page includes a cost calculator and a ‘Pay as you go’ service. Each plan can be tailored to your specific needs.

Amazon Web Services: The most popular cloud computing service

Amazon Web Services (AWS) is a cloud-based platform for building business solutions using integrated web services. AWS offers an extensive range of IaaS and PaaS services. These include Elastic Cloud Compute (EC2), Elastic Beanstalk, Simple Storage Service (S3) and Relational Database Service (RDS)

AWS offers extensive admin controls available via their secure Web client. Users can access a number of features from here including encryption key creation and auditing.

Aws lets you customize infrastructure requirements. This costs far less than if you were set up in your own premises. Users can also access EC2 we services. This permits you to run and acquire servers as necessary.

AWS has three different pricing models; ‘Pay as you Go’, ‘Save when you reserve’ and ‘Pay less using more’. For more information about these, users must contact sale directly.

Google Cloud Platform (GCP): Technically highly rich cloud platform

Google Cloud Platform (GCP), enables users to create business solutions using Google-provided, modular web services. It offers a wide array of services including IaaS and PaaS solutions.

With Google Cloud’s multi layered secure infrastructure, users can rest assured that anything you build, create, code or store will be protected. This is done through a commitment to transparency and a highly trained team of engineers.

Google Cloud has a variety of tools to ensure consistent performance and management. These include Compute Engine, App Engine, Container Engine, Cloud Storage and Big Query. Google also offers smooth migration to virtual machines with flexible pricing.

Google claims to be a leader when it comes to pricing by comparison to major revivals, and you can try the service out yourself for free.


Since Azure, Google Cloud, and AWS all provide good general-purpose and specialized machine learning services, you will probably want to choose the cloud platform that is suitable for your specific requirements. 

In 2021, the emerging cloud trend is that enterprises are becoming less worried about sticking with one cloud vendor, and are embracing a multi-cloud or hybrid-cloud offering. Hence, the best approach is to try your applications in all the platforms and then select the best fit for solving your problems. Sticking to any specific cloud platform is not advisable.