Microsoft Azure Cloud vs Google Cloud Platform

Microsoft Azure Services

The migration of businesses to cloud computing continues at an astonishing rate. Companies are increasingly looking for the benefits cloud technologies offer beyond on-premises deployments. This trend accelerates cloud service providers offerings and improvements in cost savings, scalability, security, and business continuity.

Cloud computing has evolved into a sprawling ecosystem of suppliers, technology, products, and services. According to Gartner, the worldwide market for public cloud services will expand 17% to $266.4 billion.

Many technology companies have established themselves as household names in cloud computing among the thousands of providers. When we think of cloud providers – Amazon Web Services, Google Cloud Platform, and Microsoft Azure- the three industry giants that come to mind.

In this article, we are going to compare two of these cloud giants: Google Cloud vs. Azure Cloud. We’ll cut through cloud technology’s complexity, explaining everything in layman’s terms.

We will review the features of Google Cloud versus Azure cloud. Each supplier currently provides over 100 cloud products. Both provide roughly the same service to a comparable product. We also provide you with our recommendation as a managed services provider for Northern IN and South Chicago businesses.

In this part, we’ll go over the essentials of cloud deployment, such as computation and Security.

COMPUTATION

Virtual machines are the computing area (VMs) in Azure Microsoft and Google’s Cloud Platforms.

At first look, Azure and Google Cloud service providers approach virtual machines, which are a fundamental component of any cloud environment and will similarly handle almost any form of client task imaginable.

Virtual machines are named differently by the cloud giants. Microsoft Azure is known as Azure virtual machines, while Google Cloud Platform is known as Compute Engine. Both service providers employ distinct vocabulary and high-level ideas.

VM characteristics                                                                                                                                                          

When you provision virtual machines on Compute Engine and Azure, you’ll see that the platforms share many capabilities. You will be able to get yourself involved with the following:

  • With auto-scaling, you may deploy and terminate VM instances on demand.
  • Install any operating systems on your virtual machine.
  • To generate VM instances, use boot disk images.
  • Unrestricted management of VM instances
  • Label your virtual machines to make them easier to find.

VM Access

There are essential distinctions between Google Cloud and Azure regarding VM access. The sort of machine used determines these distinctions.

There are peculiarities in access to SSH-based computers for Linux machines. Even if your VM instance is already operating, you may use the compute engine to generate an SSH key anytime you need one. The platform also enables SSH via the internet, providing direct access to your VMs via a web browser and eliminating the need to save keys on your local PC.

There is no SSH browser access in Azure, and if you want SSH-based access, you must supply your key.

Access to Windows PCs is the same across all platforms. Compute Engine and Azure provide access to virtual machines using common channels such as Remote Desktop Protocol (RDP) and Windows Remote Management Service.

VM types

Google and Microsoft provide hundreds of machine types deployed in various combinations. Your virtual machine resources are scaled to demand, such as raising the number of CPUs and GB of RAM to powerful high-end specs.

  • Google Compute Engine VMs with up to 416 vCPUs and 11,776 GB of RAM of RAM.
  • Microsoft Azure virtual machines may scale up to 416 vCPUs and 11,400 GB of RAM.

Both platforms use the same machine-type classification to help you choose resources. You may select between shared-core, general-purpose, memory-optimized, compute-optimized, storage-optimized, GPU, and high-performance machine types based on your requirements.

The migration of businesses to cloud computing continues at an astonishing rate. Companies are increasingly looking for the benefits cloud technologies offer beyond on-premises deployments. This trend accelerates cloud service providers offerings and improvements in cost savings, scalability, security, and business continuity.

Cloud computing has evolved into a sprawling ecosystem of suppliers, technology, products, and services. According to Gartner, the worldwide market for public cloud services will expand 17% to $266.4 billion.

Many technology companies have established themselves as household names in cloud computing among the thousands of providers. When we think of cloud providers – Amazon Web Services, Google Cloud Platform, and Microsoft Azure- the three industry giants that come to mind.

In this article, we are going to compare two of these cloud giants: Google Cloud vs. Azure Cloud. We’ll cut through cloud technology’s complexity, explaining everything in layman’s terms.

We will review the features of Google Cloud versus Azure cloud. Each supplier currently provides over 100 cloud products. Both provide roughly the same service to a comparable product.

In this part, we’ll go over the essentials of cloud deployment, such as computation and Security.

COMPUTATION

Virtual machines are the computing area (VMs) in Azure Microsoft and Google’s Cloud Platforms.

At first look, Azure and Google Cloud service providers approach virtual machines, which are a fundamental component of any cloud environment and will similarly handle almost any form of client task imaginable.

Virtual machines are named differently by the cloud giants. Microsoft Azure is known as Azure virtual machines, while Google Cloud Platform is known as Compute Engine. Both service providers employ distinct vocabulary and high-level ideas.

VM characteristics                                                                                                                                                          

When you provision virtual machines on Compute Engine and Azure, you’ll see that the platforms share many capabilities. You will be able to get yourself involved with the following:

  • With auto-scaling, you may deploy and terminate VM instances on demand.
  • Install any operating systems on your virtual machine.
  • To generate VM instances, use boot disk images.
  • Unrestricted management of VM instances
  • Label your virtual machines to make them easier to find.

VM Access

There are essential distinctions between Google Cloud and Azure regarding VM access. The sort of machine used determines these distinctions.

There are peculiarities in access to SSH-based computers for Linux machines. Even if your VM instance is already operating, you may use the compute engine to generate an SSH key anytime you need one. The platform also enables SSH via the internet, providing direct access to your VMs via a web browser and eliminating the need to save keys on your local PC.

There is no SSH browser access in Azure, and if you want SSH-based access, you must supply your key.

Access to Windows PCs is the same across all platforms. Compute Engine and Azure provide access to virtual machines using common channels such as Remote Desktop Protocol (RDP) and Windows Remote Management Service.

VM types

Google and Microsoft provide hundreds of machine types deployed in various combinations. Your virtual machine resources are scaled to demand, such as raising the number of CPUs and GB of RAM to powerful high-end specs.

  • Google Compute Engine VMs with up to 416 vCPUs and 11,776 GB of RAM of RAM.
  • Microsoft Azure virtual machines may scale up to 416 vCPUs and 11,400 GB of RAM.

Both platforms use the same machine-type classification to help you choose resources. You may select between shared-core, general-purpose, memory-optimized, compute-optimized, storage-optimized, GPU, and high-performance machine types based on your requirements.

SECURITY

When discussing cloud security, we refer to the underlying technology, controls, procedures, and policies that work together to safeguard your cloud-based systems, data, and infrastructure.

Microsoft and Google are well-known for their dedication to offering the highest cloud security standards. Each manufacturer contributes to advancing a security paradigm that has been under development for over a decade.

At a high level, they offer cloud security in three ways:

  • Safety of offering security capabilities built into the cloud platform infrastructure, providing protection by default.
  • Cloud platform security – offering security products and services within the platform that are configured to protect your applications and data.
  • Security Anywhere – Extending security capabilities beyond the cloud platform to protect your assets regardless of location.

It is essential to note that partners are integral to Microsoft Azure development and services. With a wide range of Azure partners’ support, businesses have greater access to skilled developers and innovative technologies. Azure partner support and azure cloud service are carefully vetted for their technical expertise and ability to meet specific standards of quality and security, which will help you get the most out of your business partnership and ensure that your data is handled and stored appropriately.

When discussing cloud security, we refer to the underlying technology, controls, procedures, and policies that work together to safeguard your cloud-based systems, data, and infrastructure.

Microsoft and Google are well-known for their dedication to offering the highest cloud security standards. Each manufacturer contributes to advancing a security paradigm that has been under development for over a decade.

At a high level, they offer cloud security in three ways:

  • Safety of offering security capabilities built into the cloud platform infrastructure, providing protection by default.
  • Cloud platform security – offering security products and services within the platform that are configured to protect your applications and data.
  • Security Anywhere – Extending security capabilities beyond the cloud platform to protect your assets regardless of location.

It is essential to note that partners are integral to Microsoft Azure development and services. With a wide range of Azure partners’ support, businesses have greater access to skilled developers and innovative technologies. Azure partner support and azure cloud service are carefully vetted for their technical expertise and ability to meet specific standards of quality and security, which will help you get the most out of your business partnership and ensure that your data is handled and stored appropriately.

Best in Class

We believe the best IT cloud option for businesses is Microsoft Azure.  This is due to the security, integration, and business features that set it apart from Google Cloud. Chester Inc. Information Technologies is here to assist whether your existing IT Cloud infrastructure is Microsoft Azure or if you are unsure which cloud-computing method is appropriate for your company. We have demonstrated expertise in IT cloud services and network design and implementation. Chester IT can assist you in determining the best course of action for your organization.