Cloud Computing has taken the world by storm. Gone are the days of using Physical Storage devices to store your data. Now, it’s the era of Cloud Computing. Today, in this post, we will be comparing two of the biggest cloud computing services, Google Cloud Platform and Amazon Web Services. We will compare both of the services on factors like Services and Features provided, Pricing, Security and ease of use. So, without any further ado let’s start our Google Cloud vs AWS comparison.
Introduction to Amazon Web Services
The fundamental Amazon Web Services or AWS Infrastructure-as-a-Service (IaaS) contributions engages in four sections:
- Content storage and delivery
Simple Storage Service (S3) and Amazon Elastic Compute Cloud (EC2) are the core assistance on which other products and services are built and from that point, AWS goes into Elastic Beanstalk for own Platform-as-a-Service (PaaS) presenting for structuring scalable web apps.
Introduction to Google Cloud Platform
Google Cloud Platform or GCP offers five definite services. These are as follows.
- Big data
- Machine learning
- Computing and hosting
For essential Infrastructure as a service (IaaS), Google Compute Engine is used in this GCP, which is a distinctive IaaS offering for quick operation of virtual machines. In the case of PaaS, Google uses Google App Engine, which permits for better scalability of GCP’s apps than AWS, but GCP is restricted in operating and language environments. AWS supports Windows, on the other hand, GCP is attentive on NIX and open source languages.
Amazon Web Services or AWS definitely is the frontrunner of the cloud computing services, as the AWS service started in the IaaS industry since 2006. On the other hand, Google Cloud Platform (GCP) does not brag such a plenty list of services, it speedily adds new products to its service list. It is significant to note is that while AWS has a plethora of services, a lot of these services are niche-oriented and only a few are important for common projects and that is why Google cloud is a worthy competitor, even may essential features are not good as AWS.
Other than that, Google Cloud is better than AWS in the following areas:
- Privacy and traffic security
- Long-term discounts: begin with 1 month, not 1 year
- Reduced cost as Google cloud offer concession for a longer time
Google Cloud vs AWS: Services and Offerings
AWS is the leader in the Infrastructure-as-a-Service (IaaS) space. AWS provides a wealth of cloud-based services and product, for example, networking and content delivery, database storage space, infrastructure management, analytics, computer power, Internet of Things, Artificial Intelligence, application services, etc. On the other hand, Google Cloud provide products and services well in cases of cloud-based services but GCP lags behind AWS in case of the wide variety of products and services range. Yet, Google Cloud clearly outshines in one particular area which is Big Data. The services AND OFFERINGS list of AWS and GCP is as follows.
Service Provided by AWS
Service provided by GCP
Google Cloud vs AWS: Instance and payment configurations
AWS offers prepaid hourly billing scheme, that means, for example, running a 1 hour and 15-minute task would cost 2 full hours.
Furthermore, while AWS gives an overabundance of a variety of EC2 virtual machines with several billing approaches, these configurations are not customized which means if a user’s task needs 1.3GB RAM, the user has to work with the 2GB package, which is another example of overpaying.
Google Cloud Platform is different as it provides the user per-second billing as an alternative for the entire virtual machines. Another important benefit over AWS is that in case of GCP, instances are fully configurable. For example, a user can order 1 CPU and 2.5GB RAM, or 3.25GB, or 4.25GB — instead of 3GB, 4GB, 5GB.
But AWS service has another benefit which is from bidding for Spot instances to lending Reserved instances and choose the per-second billing but the latter alternative is at present accessible just for Linux VM’s.
In the case of discount, however, there is a significant differentiation between AWS and Google Cloud is: AWS offers reduction in prices after signing for a 1-year plan and advance paying; user cannot alter the plan on signing up process is completed which is not the ideal option, as many users adjust their necessities dynamically and want to avoid the advanced payment for a year.
On the other hand, GCP offers the sustained-use discount which is after a month of signing up, and the reduction of price or offer can be useful to any other plan. Hence, the long-term price cut policy from GCP a feasible substitute to what AWS offers. Other than that, a user can evade vendor lock-in and feel free to alter the provider without losing the amount paid in advance in case of AWS.
Google Cloud vs AWS: Storage/Disk
The kind of disks and storage utilized by a cloud provider have a very important role, as these services have a straight influence on user experience, for example, max IOPs per volume/instance, the capability to burst capacity for short times and expected throughput (IO). There are two major types of storage options when a user contrast AWS vs. GCP. These are block storage and object storage.
Block storage is basically a virtual disk volume utilized in combination with cloud-based virtual machines. Google Compute Engine provides persistent disks, on the other hand, AWS EC2 provides block storage services via AWS’s Elastic Block Store (EBS).
Object storage which is often referred to as distributed object storage, are fundamentally hosted services for accessing and making storage of huge numbers of binary objects, or blobs. Google Compute Engine provides this service by Google Cloud Storage service, whether AWS provides object storage service by the Amazon S3 service.
Google Cloud vs AWS: Security
AWS platform security model includes
The entire the data stocked up on EC2 instances is encrypted in256-bit AES and the further encryption key is inscribed by a set of frequently altered master keys. AWS Identity and Access Management (IAM), AWS Directory Services, AWS Multi-Factor Authentication offer consent to enforce, define and organize the user access policies. The Network firewalls construct into Amazon VPC, and web application firewall capacity in AWS WAF permit the user to construct control access and private networks to his applications and instances.
Google Cloud security model includes
Only authenticated and authorized requests from other components that is received to Google storage stack are required as the data is recorded on persistent disks and is encrypted by 256-bit AES and each encryption key is encoded by a set of repeatedly altered master keys..
Access Management (Cloud IAM) and Google Cloud Identity was initiated in 2017 to offer predefined roles that provide a granular right of entry to precise Google Cloud Platform resources and stop redundant admittance to other resources.
Hence, both the cloud services have pros and cons, but after summarisation the blog, it can be concluded that AWS has been in the cloud service for way too long and successful to retain Maximum Market share. On the other hand, Google cloud is growing at a faster rate and a set of definite special features of Google with attractive pricing, free trial, and Machine Learning is posing an immense competition to AWS. After summarising the whole blog, it can also be concluded that Google is making good development by providing backed up by serious traffic privacy and security measures but has much more effort to do to prove as a practical enterprise option.