Microsoft and Google have their own cloud platforms out there and their names are Amazon

web services, Microsoft Azure and Google Cloud Platform.

Hey guys this is Shubham from Intellipaat and in this video, I am going to compare 3

of these cloud giants and discuss which one to choose?

So, without any further delays, let's get started.

Let us just start from the basic and discuss each service in a brief.

Amazon Web Services (AWS) is the oldest

and the most experienced player in the market, as it was established at the beginning of

2006.

AWS has an extensive list of computing services with functions of deployments, mobile networking,

databases, storage, security and many more.

Whereas Microsoft Azure was presented in February 2010, and since then, it has shown a great

promise among its rivals.

This platform can easily be associated with AWS and both provide their customers with

a full set of services in the domains of compute, storage, database, networking and many more,

just like AWS.

On the other hand, Google Cloud Platform (GCP) began their journey on October 6, 2011 and

by this time, they've managed to create a good presence in the industry.

Initially, the push was to strengthen their own services, such as Google or YouTube.

But now, they have moved further, and they also have created the enterprise services,

so now anyone can use their cloud platform which shares the same infrastructure that

of Google Search and You Tube.

But still, the question remains, how are these 3 cloud services different and what are the

factors that we need to focus on while comparing Amazon web services, Azure & Google Cloud

Platform?

Well, we're about to discuss that, as we move forward.

let's just start from the first factor,

that is the availability zones.

Before discussing this factor, let me give you a brief introduction to Availability Zones.

Availability zones are the isolated locations within data centre regions from which public

cloud services originate and operate and the regions are geographic locations in the data

centres of public cloud service providers reside.

Basically, businesses which are using cloud choose one or multiple worldwide availability

zones for their services depending on their business needs.

So, they select the availability zones for a variety of reasons, including compliance

and providing proximities to end customers.

Cloud administrators can also choose to replicate services across multiple availability zones

to decrease latency as well as to protect their resources.

Admins can move resources to another availability zone in the event of a blackout.

Certain cloud services may also be limited to particular regions or availability zones.

So now, we are all aware of their establishments, we all know that AWS was the first one of

its kind.

Right?

Which means, AWS is hosting in multiple locations world-wide, and of course, it's true for Azure,

as well as for Google.

But here also, the difference occurs in the numbers of regions and availability zones.

Talking of numbers, AWS has 55 availability zones world-wide with 8 more on its way.

And azure is having 44 availability zones with a whooping number of 12 more on the way.

Whereas, google is having 18 availability zones with 3 more on the way.

Which is no doubt, is quite lesser than AWS and Azure.

Now let's move forward and talk about next factor, which is the market share.

If we check this graph right here, which clearly

depicts that how AWS is leading with 40% of public cloud market share worldwide on its

name, whereas azure is on 2nd place with 30% of the market share and google cloud, which

is not that behind is on 3rd place with 10% of the market share and other cloud providers

combines at 20% of it.

And guys, let me tell you an interesting fact here, that according to a recent report by

KeyBanc, Amazon lost almost 6% share while Microsoft Azure moved from 26% to 30% and

Google successfully jumped its share from 8% to 10% in the cloud business.

Also, if you check the google trends graph and compare their popularity, these are the

stats, where you can easily figure out that how interest for AWS has been surpassing with

azure on the 2nd place and google cloud on the third, worldwide in the past 12 months.

Also, if we check their search results and trends according to USA.

Same case is here as well, where there is more interest for AWS than azure and Google

cloud.

In case of India, here are the results, still AWS is more trending.

These are the results of past 12 months and have been varying and relatively increasing

with AWS on 1st and azure on 2nd google cloud on 3rd from a past decade.

We are All aware about the establishment of

AWS as a first cloud provider.

Right?

And with the more experience and implementation in the cloud domain, it obviously has a bigger

community support and trust across its clients.

And with Azure and Google Cloud, well they've been able to cope up trust across their multiple

clients successfully.

So, let's check what type of companies are using them.

AWS is having more high-profile customers like Netflix, Airbnb, Unilever, BMW, Samsung,

MI, Zynga, etc.

And, Azure is also not that behind as almost 80% of the fortune 500 companies have put

their faiths in azure recently.

Some of its major clients are Johnson Controls, Polycom, Fujifilm, HP, Honeywell, Apple etc.

Since google shares the same infrastructure that of Google Search engine and You tube,

that is why many huge companies are having faith on them and some their major clients

are HSBC, PayPal, 20th Century Fox, Bloomberg, Target, Dominos etc.

No doubt, AWS IS dominating public cloud over Microsoft Azure and google in this race, but

they both are growing continuously to be at the top.

So guys, don't you think it's quite impressive for azure and google cloud to be on the top

runner list, even after being a late comer in the cloud domain?

Right?

Now after discussing their establishment in the market, let's talk about what each provider

has to offer in terms of services.

6: The services, which I am going to compare

here are very primary and comes under the following domains:

Compute Database

Storage Troubleshooting and

Monitoring So, AWS covers like 200+ services and Azure

covers 100+, whereas Google cloud have been catching up with it, with a number of 60+

services.

Now let us compare their primary services in each of these domains, I am not covering

all of the services since there are so many services in each of these domains.

So, in the compute domain, the primary service offered by AWS is EC2, in Azure, it's Virtual

Machine and Cloud Engine for google.

So basically, all these three services help you in launching instance on cloud, like if

you want to run a virtual machine or an operating system without an on-premise infrastructure,

you can do so with any of these services, they all have the same idea, same working

with a same functionality, just the names are different.

But, there is one major difference, that is the speed of launching an instance, well,

if you try to launch an instance in 3 of them, AWS will take around a minute to launch an

instance, in case of azure, it takes more time to do so, but guys, in case of Google

cloud platform, it takes seconds to launch an instance, this is where compute engine

comes out to be a preferable choice.

Now another service comes under Database domain.

The Primary database service provided by AWS is RDS, that is the relational database service

where the databases like MySQL, MariaDb, Oracle which can be managed automatically, like backups,

security patches and updates are done automatically by RDS.

In case of Azure, there is a primary service called as SQL Database service, well in this

service, you cannot choose any like MariaDB or Oracle or MySQL databases, you can only

choose SQL database and you need to change your application code to be compatible with

SQL Database if you're using Azure.

Even you have to configure everything on your own, no automated updates facility is here.

Now in case of google, we have the service named as SQL database, where in you don't

have the provision of choosing any other databases apart from MySQL database.

Let's discuss the next domain, that is the storage domain.

The primary service in AWS storage is S3, that is simple storage service, which is an

object-based file system.

So, whenever you store files on these systems, these files can be treated as an object and

s3 consists of buckets which further consists of root folder and one can store their objects

inside these root folders.

And azure implemented the similar idea, its primary storage service named as Blob storage

which is an object-based file system, where the files are stored as an object.

Well, in case of Google, Cloud storage is the service and again which provides you the

similar kind of object-based storage system.

Let's move forward to another domain, that is Troubleshooting.

The primary service provided by AWS is CloudTrail.

CloudTrail is a logging service, any deployed apps on aws with the API calls, those API

calls gets recorded in the logs of aws and can be traced and then it helps you to troubleshoot

your application, suppose if there's an error, you can easily troubleshoot the specific part

of that failure in your application.

Such operations can be done using the logs which gets stored in your AWS.

And in case of Azure, you have Azure operational insights which provides you the similar service

that of AWS, if you have your application deployed on Azure with the API calls.

Similarly, in case of GCP, we have the Stack driver Logging, which again, provides you

the same functionalities.

Our next and last domain is Monitoring.

Well, in case of monitoring, the only service offered by AWS is CloudWatch service, using

this service, you can easily monitor each and every resource or service running in your

AWS account.

It provides you every basic information like the amount of traffic coming to your instance,

what kind of traffic is connecting to your instance, the performance of your instance

etc.

You can manage, control and monitor all of them using AWS CloudWatch.

And Azure provides you a similar service called as Azure application insights which does the

exact and same operation.

Also, google provides you Stackdriver monitoring service which again performs the same and

exact operation that of AWS CloudTrail.

Now another factor is its down time and speed.

Having a matured infrastructure, the maximum downtime faced by AWS in 2014 was of 2 hours

and 69 minutes.

Whereas, azure even after having a good infrastructure, faced a huge downtime of 39.77 hours.

AND, google just faced a downtime of 14 minutes and resumed its services in not-time.

Which is actually impressive for a new comer like Google Cloud Platform.

Now let's move ahead and check their pricing and billing models.

In case of AWS, a very basic instance which

includes 2 virtual CPUs and 8 GB of RAM will cost