Which Is The Biggest Cloud Provider - According to Synergy Research Group reports, Amazon Web Services (AWS), Microsoft Azure and Google Cloud were the top three cloud providers in Q4 2019.
In addition to being virtually essential to a large portion of global IT operations, cloud infrastructure contributes to something undesirable: carbon emissions.
Which Is The Biggest Cloud Provider
Overall, The Shift Project estimates that the carbon footprint of the ICT sector is increasing. It now stands at 3.7% of global emissions, up from 2.5% the previous year. This is 2.4% higher than the estimated share of air travel.
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How much is cloud infrastructure contributing to these growing industry emissions? Let's take a look at the big three and see for ourselves.
As of Q4 2019, Google Cloud accounted for 8% of the global cloud infrastructure market share. Although it is huge compared to all cloud service providers, it has the smallest share of the big three.
However, among the three, the cloud provider is a green cloud provider. Google claims that its service processes data with zero net carbon emissions.
Google Cloud is committed to 100% carbon neutrality by ensuring that they match the energy they use for their renewable energy operations, by purchasing renewable energy services for their use, or by financing their construction.
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Overall, the company has been very transparent about its emissions and has made conscious efforts to be more responsible.
Read more Google Cloud has announced plans for Malaysia's first cloud region to take the country to the next stage of its economic development
In addition to the already mentioned, Google also uses machine learning methods to optimize the energy consumption of its operations. They also aim to use 100% renewable energy sources in all their operations.
Right now, Microsoft's data centers run on 60% renewable energy, which they want to increase to 70% by 2023.
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The company claims that all of its operations are carbon neutral. However, it is worth noting that the company has announced a partnership with oil giants Chevron and Schlumberger to improve digital services in the industry. This sparked outrage from Microsoft employees, eventually leading to a climate strike.
AWS is by far the largest cloud service provider with a market share of 33% in Q4 2019. Recently, AWS said it wants to achieve net zero carbon emissions in its operations by 2040.
The company has a long-standing commitment to powering 100% of its data centers with renewable sources. However, a Greenpeace report sharply criticized AWS, pointing out that some of its largest data centers are powered by only 12% renewable energy, and Amazon said its pledge was true.
It's unclear how AWS will do this, as the company has yet to release a comprehensive roadmap that will enable them to reach their 100% renewable energy goal.
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As cloud computing now plays an important role in ICT operations, it is increasingly important for cloud service providers to recognize the impact of their services on the environment. In addition to making sure they are on top of their game, they also have to make sure they don't do any harm to the environment while doing so. Working in the gaming industry as a game developer, CTO, CEO, game analyst or any other role can be challenging. I've worked as a backend developer for over 10 years and the cloud team lead for a game studio for the past 3 years, and have often struggled with my "backend" role. Cloud conversations with C-level people are especially challenging. Everyone says they want the cloud, but on the other hand, everyone is afraid to rewrite their games to be cloud-ready. I am writing this article for those of you who are fearless. For forward-thinkers who are ready to make the move to the cloud but don't know which provider is right for them. I hope to help you understand all you need to know about the differences between cloud service providers and make the best decision for your business. Apart from basic comparison and pricing statistics, I will share helpful tips and tricks on different approaches you can take when migrating to the cloud, which can significantly change your monthly/annual costs for the entire development or maintenance of your game. To help you understand the whole picture, I need to start with the basic data. Based on Canalys' reports, AWS is the largest cloud service provider with 31% of the market share, followed by MS Azure at 20% and Google at 6%. Why am I showing this "boring" data? 1. Although AWS has the largest market share (AWS has been in the market the longest), MS Azure and GCP are doing their best to keep up. It's definitely better for us as consumers. 2. AWS has a great experience. They offer a lot of robust solutions with minimal downtime and have a lot of experienced people (developers/devops/infrastructure guys) in their team. On the other hand, MS Azure comes with super easy integration of MS systems. For example. .NET and .NET Core CI/CD pipelines integrate almost seamlessly with Visual Studio and Teams integration through MS Office 365 and Teams. GCP has its own mix of tools, APIs, and cloud technologies that support as much open source as possible. It is also known for having the world's best Kubernetes engine and Google Workspace (formerly G Suite) integration. This ongoing competition between AWS, Azure and GCP results in better pricing, better technologies, tools and better support for us as a customer. Areas and Areas One of the biggest challenges when building an online game is the distance between you and your players. More server options to place your game on so you'll have fewer headaches from LAG. 🙂 Let's take a quick look at the availability zones of the three largest cloud service providers. Availability Regions Geographic Regions Other AWS 77 24 https://aws.amazon.com/about-aws/global-infrastructure/ GCP 73 24 https://cloud.google.com/about/locations#regions AZURE 60+ 16 https : //azure.microsoft.com/en-us/global-infrastructure/geographies/ AWS AWS now has 77 Availability Zones in 24 geographies in more than 190 countries around the world and has announced plans for 9 Availability Zones and 3 more AWS Regions. In Indonesia, Japan and Spain (more information here). MS Azure Microsoft Azure currently covers more than 60 regions worldwide and is available in 140 countries (more info here ). GCP, similar to AWS, Google Cloud is available in 24 regions with 73 Availability Zones in 16 countries (more info here). The advantage of GCP is its own internal network between certain nodes, which gives you fewer routing hops and significantly reduces response times. As you can see, almost all cloud service providers have the same amount of zones and availability zones. But! There is a big difference in GCP. GCP does not have a region within China. The Hong Kong region is not behind the "Great Firewall of China", so Google cannot guarantee that requests from within China will be served. Google says it is not banned. But I know from personal experience that most GCP services are not available even with VPN. The Chinese gaming market is huge and impressive. If you want to target this area, you should consider different solutions than GCP. On the other hand, a private Google network in other regions is better and can give you an edge in handling game server loads. Your first monthly bill is sure to test your development, infrastructure, and debugging skills by revealing the true cost of the cloud! All three companies go to great lengths to make price comparisons as difficult as possible. They use different measurements, different time periods, amount of network traffic in or out of the area, etc. This is further complicated by the subscription model (1 to 3 year commitment) recently introduced by all providers. Just a basic price comparison is enough for the entire book. If you want to check some rough numbers you can read this article. (Article here). In my opinion, the price can only be accurately compared with these services: virtual machines (AWS EC2, Azure Cloud Compute, GCP Compute Engine) and storage services (AWS S3, Azure Storage, Google Cloud Storage). Once you get into managed services, managed Kubernetes, or serverless, the prices and what you get for them vary greatly. For example, if you compare AWS Lambda and Google Cloud Functions, Google Cloud consumes 4 times less than AWS for the same use cases. On the other hand, AWS provides the ability to use multiple programming languages ​​to execute AWS functions. Time, memory and CPU usage limits are also more attractive on AWS. Managed Services: The Real Cloud? Now let's get back to the real cost of the cloud. In my view the real power of today's cloud is managed containers, managed Kubernetes, managed DBs, serverless engines, load balancers, etc.
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