The 3 Most Popular Cloud Platforms- A Comprehensive Guide

A3Logics 24 Jul 2023


Cloud computing services has revolutionized how businesses store, access and manage data. There are many famous clouds to be had that offer price savings, scalability, flexibility and productivity profits. According to Cybersecurity Ventures, the quantity of data saved within the cloud will reach one hundred zettabytes by way of 2025 and cloud computing will play crucial position in dealing with this information. This weblog offers in-intensity guides to a few of the most popular and a success cloud system for enterprises: Amazon web services (AWS), Microsoft Azure and Google cloud Platform.


We will study what every cloud carrier gives, their key functions and offerings, the industries and use cases they cater to, and the way unique groups advantage from them. The goal is to equip you with the important records to decide which cloud platform nice meets your commercial enterprise needs. So, whether you’re planning a cloud migration or already the use of the cloud, these publications will assist you are making the most of your cloud journey.


What is cloud computing?


Cloud computing refers to storing and getting access to statistics and programs over the Internet instead of your computer’s difficult pressure. Cloud computing lets in customers and corporations to use applications without set up and get entry to their private files at any computer with net access. This way that everyone your records – documents, photos, contacts and calendars – is stored and accessed via a web connection. The applications used for cloud computing are also web-based totally and are accessed via an internet browser.


The essential advantages of cloud-based services are comfort, cost reduction, collaboration, mobility, computerized updates, and reliability. Your facts and packages are to be had to you everywhere there’s a web connection which offers convenience and mobility. Using cloud computing saves cash as you don’t need to purchase and preserve hardware and software licenses. The information is offered to absolutely everyone with the right permissions which permits for better collaboration and teamwork. Any updates made to cloud primarily based applications by means of the provider are right now to be had to you without you desiring to install updates. The cloud issuer is likewise also liable for making sure the reliability of the cloud infrastructure.


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Benefits of using cloud services


There are many advantages of using cloud services for people and corporations. Cost is every other essential advantage. Cloud offerings typically have low prematurely fees since you do not need to purchase and preserve hardware and software. With cloud services, the company looks after the prices of running and preserving the infrastructure. You just pay a monthly or annual subscription price.


Collaboration is simpler with cloud services. When documents are stored within the cloud, a couple of users can get admission to and edit them at the equal time from extraordinary locations. This also makes teamwork and collaboration greater efficient.


Automatic software program updates are also an advantage. Since the software program is treated via the cloud provider, all software updates are achieved mechanically. Also, you do no longer need to install or manage any software program updates.


Data backup and security is advanced with cloud services since the providers have sturdy backup and disaster recuperation systems in place. They additionally have strict safety features to protect your files from unauthorized get right of entry to and records loss.


Common cloud computing models


There are four most important cloud computing methods used these days. They are Infrastructure as a Service (IaaS), Platform as a Service (PaaS), Software as a Service (SaaS) and Functions as a Service (FaaS).


Infrastructure as a Service gives primary computing sources like servers and networking additives. The cloud provider manages the infrastructure and you utilize it to deploy your applications. You manage the applications and data while the provider manages hardware. IaaS also provides more flexibility and control over the infrastructure.


Platform as a Service provides a platform for developers to create applications. The cloud provider offers development tools, middleware and operating systems. Users deploy their applications onto the platform and the provider manages the underlying infrastructure. PaaS makes developing and testing applications faster.


Software as a Service delivers applications to users. The applications are accessed via the internet and users simply need a web browser. The cloud provider manages the infrastructure and platforms, licenses and updates for the applications. SaaS also eliminates the need to install and run applications on your own systems.

Functions as a Service provides individual functions or pieces of code that can be used to build applications. Users only pay for the compute time when their function is executed. FaaS also offers great scalability and optimization of resources.


Microsoft Azure: An In-Depth Overview


Microsoft Azure is a cloud-based services platform and infrastructure provided by means of Microsoft. It affords a range of cloud services along with computing, storage, networking, analytics and extra. Azure’s infrastructure is based on data centers placed around the globe.


Azure permits businesses to construct, take a look at, install and manage programs and offerings through its international network of datacenters. Developers can use the programming languages, gear and frameworks in their desire without the complexity of building and retaining the infrastructure typically associated with developing and deploying packages.


Azure hosts internet programs, statistics garage, digital machines, cellular backends, web sites, IoT devices and extra. It also additionally offers controlled SQL databases, big information solutions, system studying skills and integration with other Office 365 answers.


Key capabilities and services provided by way of Azure


Microsoft Azure presents a huge variety of offerings and features for developers, IT administrators and organizations. Some of the important thing features and services include:

  • Scalability: Azure gives the capacity to unexpectedly scale up or down compute, garage and networking sources primarily based on demand. This facilitates businesses match their infrastructure to usage necessities.
  • Availability: Azure makes use of a worldwide network of datacenters to offer excessive availability and reliability for programs and records. It ensures a 99.95% uptime SLA for plenty offerings.
  • Security: Azure offers multiple layers of safety consisting of community security, identity management, information encryption and extra. It also meets regulatory compliance requirements like HIPAA, PCI DSS and ISO.
  • Hybrid cloud: Azure permits groups to integrate their on-premise IT surroundings with the Azure cloud. This gives a hybrid cloud answer.
  • Key offerings: Some of the primary offerings Azure also offers include Azure Virtual Machines, Azure SQL Database, Azure Storage, Azure App Service, Azure Backup, Azure Active Directory, Azure Machine Learning, Azure Functions, and so on.
  • Container support: Azure helps both Docker boxes and Kubernetes field orchestration.
  • Analytics and AI: Azure provides numerous analytics and artificial intelligence tools like Azure Data Lake Analytics, Azure Machine Learning Studio, Cognitive Services and more.
  • Internet of Things: Azure IoT allows companies to attach, reveal and manipulate IoT gadgets at scale.
  • Integration: Azure integrates with productiveness equipment like Office 365, Dynamics 365 and Power BI to offer a complete suite of answers.
  • Management tools: Azure affords equipment like Azure Portal, Azure CLI, Azure PowerShell and numerous APIs to manipulate cloud assets.
  • Pricing and billing: Azure also provide diverse purchasing options and pricing models – pay-as-you-go, devoted usage (RI), and monthly/annual subscriptions.


Use cases and industries taking advantage of Azure


Microsoft Azure is beneficial for a wide variety of use cases and industries due to its comprehensive set of services and features. Some commonplace use instances of Azure consist of:


  • Web utility web hosting: Azure App Service and Web Apps help agencies create and host internet packages and APIs in the cloud at scale.
  • Cloud garage: Azure Storage provides cost-powerful cloud storage for records, files, blobs and queues. It is beneficial for backup, archiving and content transport.
  • Business analytics: Azure SQL Database, Data Lake Storage and Azure Machine Learning help corporations advantage insights from their statistics to make higher choices.
  • IoT solutions: Azure IoT Hub, Stream Analytics and other services help connect, screen and control IoT devices to create wise IoT answers.
  • Artificial intelligence: Azure Machine Learning and Cognitive Services also offer AI and ML abilities to increase and installation intelligent applications and features.

Several industries are benefiting from Azure, including:

  • Retail: Azure helps retailers build online stores, analyze customer data, connect IoT devices and implement AI to improve operations and customer experience.
  • Healthcare: Azure aids healthcare organizations manage medical records, store and analyze patient data, connect medical devices and implement telehealth solutions.
  • Financial services: Banks and financial institutions use Azure for data analytics, custom applications, fraud detection and compliance requirements.
  • Manufacturing: Manufacturers leverage Azure for IoT-based predictive maintenance, supply chain optimization, inventory management and digital transformation of production lines.
  • Media and entertainment: Media companies use Azure for content management, streaming solutions, data storage and analysis of viewer patterns.
  • Government: Government agencies also adopt Azure for data analytics, citizen service applications, disaster recovery and ensuring regulatory compliance.



Google cloud: An In-Depth Overview


Google cloud is a cloud computing provider supplied with the aid of Google. It provides infrastructure, platform and alertness services to organizations, agencies and people. Some of the main merchandise supplied by way of Google cloud encompasses:

  • Google Compute Engine – Provides scalable virtual machines in the cloud to run applications and workloads.
  • Google Storage – Offers encrypted item garage for facts documents, pix, movies and extra.
  • Google Big Query – Provides serverless, especially scalable information warehouse to analyse massive datasets.
  • Google cloud Functions – Allows going for walks small pieces of code in response to activities within the cloud.
  • Google App Engine – Provides a platform to create and host web and mobile backend packages.
  • Google Kubernetes Engine – Manages containerized packages at scale on Google infrastructure.


Google cloud users can pick out from three deployment fashions:

  • Google cloud Platform (GCP) – It also provides infrastructure, platform and applications to install and control programs on Google’s infrastructure.
  • Google Workspace – Combines G Suite productiveness gear with Google cloud Platform offerings.
  • Anthos – Also, helps construct and control hybrid and multi-cloud environments the use of Google cloud technologies.

Google cloud provides a wonderful developer revel in with developer gear and SDKs to construct cloud local packages. It gives an unfastened $three hundred credits for new users to try diverse cloud offerings.


In precis, Google cloud affords a complete suite of infrastructure, platform and software program offerings to assist businesses migrate to the cloud, scale their IT environments and put into effect records-pushed answers and AI.


Key features and services provided by Google cloud Platform (GCP)


Google cloud Platform provides a range of features and offerings for developers, IT experts and firms. Some of the key features and offerings encompass:

  • Compute: GCP offers scalable and high-performing compute options like Google Compute Engine (virtual machines), App Engine (serverless platform), Cloud Functions (functions as a service), Kubernetes Engine (container management) and Cloud Run (serverless containers).
  • Storage: GCP offers reliable and cost-effective cloud storage solutions like Cloud Storage (object storage), Cloud SQL (fully-managed SQL database), Bigtable (NoSQL database) and Fire store (real-time NoSQL database).
  • Networking: GCP’s networking solutions include VPC (virtual private cloud), Cloud VPN (connect on-prem networks), Cloud Armor (web app firewall), Cloud CDN (content delivery network) and Cloud DNS (domain name service).
  • Machine Learning: GCP’s ML capabilities also include TensorFlow (ML framework), Cloud ML Engine (ML training/prediction service), AI Hub (browse/deploy ML models) and Cloud AutoML (create ML models with no code).
  • Security: GCP provides security features like Identity & Access Management, Encryption, Cloud Armor, Resource Manager and Security Command Center.
  • Management Tools: GCP offers tools like Cloud Console (web UI), Cloud SDK (CLI tools), Cloud APIs and Stackdriver (monitoring & logging).
  • Pricing & Billing: GCP also offers metered billing based on actual usage, commitments for discounts and free tiers for many services.
  • Big Data & Analytics: Services include Cloud Dataflow (data processing), BigQuery (data warehouse), Dataproc (process data on Hadoop/Spark) and Cloud Datalab (Jupyter notebooks).
  • Integration: GCP integrates well with the Google ecosystem (G Suite, YouTube, Maps) and supports plugins for IDEs.
  • Support: GCP provides 24/7 phone and web support including SLA-based technical support for business-critical systems.

In summary, GCP provides a wide range of features and highly scalable services across computing, storage, networking, machine learning, security, management and big data to help businesses move to the cloud.


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Industries and use cases leveraging Google cloud


Google cloud is used across industries and for various use cases due to its comprehensive suite of cloud services and features. Some industries and common use cases include:

  • Startups and Developers – Google cloud Platform provides an excellent environment for startups and developers to build scalable applications in a cost-effective manner. Developers appreciate GCP’s simple APIs, rich libraries and tools.
  • Media and Entertainment – Companies in this industry use GCP for content management, digital media services, video and image processing, data analytics and machine learning.
  • Retail – Retailers leverage GCP for e-commerce applications, inventory management, supply chain optimization, fraud detection, data analytics and personalization.
  • Healthcare – Healthcare organizations use GCP services for storing, accessing and analyzing health data, medical imaging, genomic research, telemedicine and remote patient monitoring.
  • Manufacturing – Manufacturers benefit from GCP’s IoT, machine learning and data analytics capabilities to improve efficiency, optimize operations, enable predictive maintenance and transform production lines.
  • Technology – Technology companies and SaaS providers choose GCP for scalable and reliable infrastructure to deploy their products and platforms globally.
  • Financial Services – Banks and financial institutions use GCP for process automation, fraud detection, compliance, data management and powering core business applications.
  • Government – Government agencies utilize GCP for citizen services, open data initiatives, handling high volumes of data, ensuring data security and complying with regulations.
  • Education – Educational institutions also use GCP for eLearning solutions, data analytics, research collaborations and tasks like course scheduling, attendance tracking and grading systems.


Common use cases of GCP include website hosting, software development, data analytics, IoT solutions, artificial intelligence/machine learning, content delivery and recommendations, telecommunication network solutions and business process automation.

Amazon web services (AWS): An In-Depth Overview


Amazon web services or AWS is a comprehensive, evolving cloud consulting platform offered by Amazon. It provides on-demand computing services and APIs to individuals, companies and governments. The benefits of AWS include:

  • Flexibility: AWS allows users to increase or decrease compute resources on demand.
  • Reliability: AWS builds infrastructure to achieve high availability and durability.
  • Security: AWS implements security best practices and maintains compliance.
  • Scalability: AWS allows applications to scale up or down quickly and cost-effectively.
  • Cost Optimization: AWS allows customers to pay only for the resources they actually use.

AWS provides on-demand cloud computing services to businesses of all sizes. It also offers scalable, reliable and cost-effective infrastructure that assists in digitally transforming companies. The platform also has a wide variety of cloud services and powerful APIs that boosts innovation.

Key features and services provided by AWS


Amazon web services offers an extensive variety of functions and services for agencies, builders and IT specialists. Some of the key features and offerings encompass:

  • Compute: AWS gives effective and elastic compute services like EC2 (virtual servers), Lambda (serverless functions), Lightsail (digital personal servers), Batch (job scheduler), ECS (box management) and greater.
  • Storage: AWS gives cost-effective and scalable storage answers like S3 (item storage), EBS (block garage), Glacier (archive storage) and others.
  • Database: AWS gives completely managed database offerings like RDS (SQL), DynamoDB (NoSQL), Redshift (records warehouse), ElastiCache (in-memory cache) and others.
  • Networking: AWS Networking functions encompass VPC (digital personal cloud), CloudFront (CDN), Route fifty-three (DNS), Direct Connect and greater.
  • Analytics: AWS analytics services encompass EMR (system large statistics), Kinesis (movement statistics), Redshift (facts warehouse), Elasticsearch (seek engine) and QuickSight (business intelligence).
  • Machine Learning: AWS ML capabilities are powered via services like SageMaker (build/educate/install fashions), Comprehend (text/data analysis), Lex (build chatbots), and others.
  • Security: AWS offers features like IAM (identity management), CloudTrail (audit changes), WAF (web application firewall), Certificate Manager and more.
  • Mobile Services: AWS provides services like Cognito (user authentication), Device Farm (app testing) and Mobile Hub (manage the mobile backend).
  • Management Tools: AWS provides the AWS Console, Command Line Interface, SDKs, APIs and CloudFormation (infrastructure as code).


AWS provides a broad range of features and services across computing, storage, databases, analytics, machine learning, IoT, mobile and security to help businesses digitally transform using the cloud. It also supports both the development and deployment of applications at scale.


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How different industries benefit from AWS


Amazon web services has revolutionized how various industries operate and deliver value to customers. Some of the key industries that leverage AWS include:

  • Financial Services: Banks and financial institutions use AWS for fraud detection, data analysis, money transfer systems, trading platforms, regulatory compliance and more.
  • Healthcare: Healthcare organizations leverage AWS for storing and analyzing patient data, imaging and genomic research, telehealth applications, remote patient monitoring and health IT infrastructure.
  • Retail: Retailers utilize AWS for e-commerce systems, supply chain management, digital content storage, fraud detection, inventory optimization, and personalization based on customer data analysis.
  • Media & Entertainment: Companies in this sector use AWS for streaming video and audio content, storing media files, social media integration, data analytics and creation of digital content.
  • Technology: Technology organizations and SaaS carriers rely on AWS for scalable, dependable and secure infrastructure to host and supply their products and structures globally.
  • Government: Government corporations and institutions use AWS for citizen provider programs, facts control, open records tasks, data analysis, cybersecurity and ensuring regulatory compliance.
  • Transportation: Transportation businesses gain from AWS capabilities for fleet control, real-time tracking, circumstance-based monitoring of property, predictive protection and smart site visitors control structures.
  • Telecom: Telcos use AWS for VoIP systems, messaging services, Data as a Service, 5G community services, customer analytics and monetization of records belongings.
  • Education: Educational institutes and researchers leverage AWS for digital gaining knowledge of platforms, records analysis of student performance, content shipping, studies collaborations, and management of administrative obligations.
  • Manufacturing: Manufacturers make use of AWS to modernize manufacturing lines, enforce industrial IoT, optimize deliver chains, enable predictive renovation and improve operational performance.



In conclusion, all 3 main cloud systems – AWS, Azure and Google cloud – provide a strong set of infrastructure, platform and software program offerings to assist businesses in their digital transformation. They offer reliability, scalability, protection and intelligence to assist groups gain greater with the cloud. Each platform caters to an extensive kind of industries and is suitable for diverse use cases.


However, deciding on the right cloud provider in your business depends on several elements like your fee objectives, the specific capability and offerings you require, safety and regulatory needs, and whether you’ve got a current IT surroundings. Understanding the professionals and cons of each cloud service, in addition to their key variations, permit you to make the decision that satisfactory fits your business enterprise’s unique necessities and dreams. With the wealth of statistics and alternatives available these days, cloud consulting has the strength to revolutionize how all corporations function and supply cost to their customers.

Frequently Asked Questions (FAQs)

What are the 4 types of cloud computing?


There are 4 fundamental styles of cloud computing:

  • Infrastructure as a Service (IaaS): Provides basic infrastructure sources like servers, garage and networking additives. AWS EC2 is an example of IaaS.
  • Platform as a Service (PaaS): Provides a platform and environment for builders to build packages. Google App Engine is an example of PaaS.
  • Software as a Service (SaaS): Provides complete applications to end customers over the net. Gmail and Salesforce are examples of SaaS.
  • Functions as a Service (FaaS): Executes code in response to activities and triggers. AWS Lambda is an instance of FaaS.

What is cloud computing with an example?


Cloud computing refers to storing and gaining access to statistics and programs over the Internet as opposed to a computer’s difficult force.

Example: Instead of storing your images in your laptop, you keep them on Google Photos that is a cloud garage provider. You can get admission to your pictures from any device linked to the Internet.


What is the cloud computing used for?


Cloud computing is used for:

  • Hosting applications and websites
  • Storing data and files
  • Providing software and services to users
  • Performing large-scale data analysis
  • Delivering content
  • Running business processes and workflows

Is IoT cloud computing?


Yes, the Internet of Things (IoT) is a type of cloud computing. IoT entails connecting physical gadgets to the cloud in order that the statistics from these devices may be accrued, analyzed and applied. IoT devices rely on cloud infrastructure to:

  • Connect to the cloud
  • Upload gathered data
  • Receive updates and instructions
  • Perform analytics on the collected data
  • Integrate with other cloud-based services