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Cloud Computing demand is rising day by day, and that’s why there is no question to opt for it or not. Nowadays, the computing market is flooding with multiple cloud providers, but AWS, Azure, and Google Cloud are the three most popular platforms which enterprises can choose for data storage, network access, and more.
Do You Know?
- 40% of enterprises spend $1.2 million on AWS.
- 36% of companies spend $1.2 million on Azure.
- 18% of enterprises reported spending $1.2 million on Google.
Now you might be having a question in your mind: Which one is best between AWS, Azure, and Google Cloud? To end this AWS vs Azure vs Google Cloud debate in this blog, I have compared various parameters to analyze the best cloud computing platforms among these three.
The details related to AWS, Azure, and Google Cloud will help you in analyzing the result of the Azure vs AWS vs Google war.
AMAZON WEB SERVICES (AWS)
AWS cloud services are reliable, and it includes compute power, database storage, content delivery, and other functionality to help businesses scale and grow. It is the world’s most comprehensive and broadly embraced cloud platform, conceding over 175 fully-featured services globally.
Pros
- Ease of Use
- Incredibly Diverse Array of Tools
- Unlimited Server Capacity
- Amazon’s EC2 Limits
Cons
- Limitations OF Amazon EC2
- Security Limitations
MICROSOFT AZURE
Microsoft Azure cloud computing platform provides multiple solutions including, Infrastructure as a Service (IaaS), Platform as a Service (PaaS), and Software as a Service (SaaS) that can be utilized for analytics, virtual computing, storage, networking, and much more. Microsoft Azure Cloud Services are trustworthy; you can choose this platform for gaining multiple profits.
Pros
- Data Security
- Cost-Effective
- App-friendly
- Scalable
Cons
- Requires Management
- Requires Platform Expertise
- Difficult Migration
GOOGLE CLOUD PLATFORM
Google Cloud Platform includes multiple features like networking, big data, storage, internet of things (IoT), cloud management, machine learning, and much more. It runs on similar Infrastructure that Google utilizes internally for its end-user products like YouTube, Google Search engine, and more. Google cloud services offer numerous functionalities, and that’s why it attracts multiple users.
Pros
- G Suite
- Insights from AI
- Highly Secure
Cons
- Poor documentation
- Need Management
COMPARISON BETWEEN AWS, AZURE, AND GOOGLE CLOUD
The comparison between AWS, Azure, and Google Cloud computing platform has been done using various parameters of the Cloud Computing platform. Let’s quickly check below:
AWS VS AZURE VS GOOGLE CLOUD: ACCESSIBILITY ZONES
AWS offers hosting in multiple locations globally, like that Azure, and Google Cloud also does the same thing. The difference occurs in the number only. From below, view the numbers of Availability Zones of AWS, Azure, and GPS.
- AWS has 66 availability zones, and 12 more are on the way.
- Azure has 54 regions globally and is open to 140 countries.
- Google Cloud Platform (GCP) is accessible in 20 regions globally, and 3 more on their way.
| Cloud Computing Platform | Number of available zones |
| AWS | 66 |
| Azure | 54 |
| Google Cloud Platform (GCP) | 20 |
AWS VS GOOGLE CLOUD VS AZURE: MARKET SHARES
If I talk about the cloud market, then AWS is on the first level. To be more clear, view the image mentioned below.
- AWS is leading with around 33% of market share.
- Microsoft Azure is in second place, owning around 18% market share.
- Google Cloud, in the third place, owns up to 9% market share.
AWS VS AZURE VS GOOGLE CLOUD: SERVICES
These three cloud platforms are forming well in the market. The services of these platforms are offering top-level solutions.
- 200+ services are offered by the AWS
- 100+ services are offered by the Azure
- 60+ services are rendered by the Google Cloud
Services offered by AWS, Azure, and GCP come under computing, database, storage, and networking domains. From below, view the cloud platforms’ various domains offering and analyze the outcome of AWS vs Google Cloud vs Azure.
Compute Services
| Services | Amazon Web Services (AWS) | Azure | Google Cloud Platform (GCP) |
| Platform-as-a-service (PaaS) | AWS Elastic Beanstalk | App Service and Cloud Services | Google App Engine |
| Infrastructure as a service (IaaS) | Amazon Elastic Compute Cloud | Virtual Machines (VM_ | Google Compute Engine (GCE) |
| Serverless Functions | AWS Lambda | Azure Functions | Google Cloud Functions |
| Containers | Amazon Elastic Compute Cloud Container Service | Azure Kubernetes Service (AKS) | Google Kubernetes Engine |
Database Services
| Services | Amazon Web Services (AWS) | Azure | Google Cloud Platform (GCP) |
| NoSQL: Key–Value | Amazon DynamoDB | Table Storage | Google Cloud Datastore Google Cloud Bigtable |
| RDBMS | Amazon Relational Database Service | SQL Database | Google Cloud SQL |
| NoSQL: Indexed | Amazon SimpleDB | Azure Cosmos DB | Google Cloud Datastore |
Storage Service
| Services | Amazon Web Services (AWS) | Azure | Google Cloud Platform (GCP) |
| Virtual Server Disks | Amazon Elastic Block Store | Managed Disks | Google Compute Engine Persistent Disks |
| Object Storage | Amazon Simple Storage Service | Blob Storage | Google Cloud Storage |
| Cold Storage | Amazon Glacier | Azure Archive Blob Storage | Google Cloud Storage Nearline |
| File Storage | Amazon Elastic File System | Azure File Storage | ZFS/Avere |
Networking Services
| Services | Amazon Web Services (AWS) | Azure | Google Cloud Platform (GCP) |
| Virtual Network | Amazon Virtual Private Cloud (VPC) | Virtual Networks (VNets) | Virtual Private Cloud |
| Elastic Load Balancer | Elastic Load Balancer | Load Balancer | Google Cloud Load Balancing |
| Peering | Direct Connect | ExpressRoute | Google Cloud Interconnect |
| DNS | Amazon Route 53 | Azure DNS | Google Cloud DNS |
