Amazon Elastic Compute Cloud (Amazon EC2) is a web service that provides secure, resizable compute capacity in the cloud. Users can launch instances with a variety of OSs, load them with custom application environments, manage network access permissions, and run images on multiple systems.
$0.01
per IP address with a running instance per hour on a pro rata basis
Azure App Service
Score 8.8 out of 10
N/A
The Microsoft Azure App Service is a PaaS that enables users to build, deploy, and scale web apps and APIs, a fully managed service with built-in infrastructure maintenance, security patching, and scaling. Includes Azure Web Apps, Azure Mobile Apps, Azure API Apps, allowing developers to use popular frameworks including .NET, .NET Core, Java, Node.js, Python, PHP, and Ruby.
$9.49
per month
Pricing
Amazon Elastic Compute Cloud (EC2)
Azure App Service
Editions & Modules
Data Transfer
$0.00 - $0.09
per GB
On-Demand
$0.0042 - $6.528
per Hour
EBS-Optimized Instances
$0.005
per IP address with a running instance per hour on a pro rata basis
Carrier IP Addresses
$0.005 - $0.10
T4g Instances
$0.04
per vCPU-Hour Linux, RHEL, & SLES
T2, T3 Instances
$0.05 ($0.096)
per vCPU-Hour Linux, RHEL, & SLES (Windows)
Shared Environment for dev/test
$9.49
per month
Basic Dedicated environment for dev/test
$54.75
per month
Standard Run production workloads
$73
per month
Premium Enhanced performance and scale
$146
per month
Offerings
Pricing Offerings
Amazon Elastic Compute Cloud (EC2)
Azure App Service
Free Trial
No
Yes
Free/Freemium Version
No
No
Premium Consulting/Integration Services
No
No
Entry-level Setup Fee
No setup fee
No setup fee
Additional Details
—
Free and Shared (preview) plans are ideal for testing applications in a managed Azure environment. Basic, Standard and Premium plans are for production workloads and run on dedicated Virtual Machine instances. Each instance can support multiple applications and domains.
More Pricing Information
Community Pulse
Amazon Elastic Compute Cloud (EC2)
Azure App Service
Considered Both Products
Amazon Elastic Compute Cloud (EC2)
Verified User
Anonymous
Chose Amazon Elastic Compute Cloud (EC2)
Amazon Elastic Compute Cloud (EC2) gives better performance for the instance of similar price range, more options for the instance type with good mix of vcpu and memory, administrator finds it easier to manage.
Azure VM Builder offers good service, but the options are quite limited (Too much inclined to Windows as it is prepared by Microsoft). EC2 image building capabilities are the best in the market, and offer Windows, Linux (CentOS, rh2, debian, ubuntu), along with other distros, …
Using Digital Ocean's droplets was much easier and faster to set up and test, but we needed very specific and custom configurations and hardware for our use case, so we went ahead with using Amazon's EC2 instances.
EC2 is easier and more intuitive to use than the same product from other Cloud providers, AWS has been improving on EC2 since its conception in 2006 while the other cloud providers are only following the steps of AWS without much innovation.
We chose Amazon Elastic Compute Cloud (EC2) for our Splunk workloads so that we can take advantage of directly attached high speed storage, along with the other benefits of running on Amazon Elastic Compute Cloud (EC2) instances, such as load balancing, spot pricing and general …
I found Microsoft Azure to be very very complex for new users. The dashboard is very intimidating.
Amazon Elastic Compute Cloud has more popularity and a bigger community to reach out to in case of any issues or help. Found Amazon Elastic Compute Cloud to be the most recommended …
Amazon EC2 is super flexible compared to the PaaS offerings like Heroku Platform and Google App Engine since with Amazon EC2, we have access to the terminal. In terms of pricing, it's basically just the same as Google Compute Engine. The deciding factor is Amazon EC2's native …
I did not select AWS EC2 as my final choice of infrastructure. I picked Linode. Linode, Digital Ocean, AWS EC2 all provide the VPS infrastructure we need. But because I'm a small company, the cost is very important. I also didn't need the other AWS features. I also want to make …
We tried a few other competitors on the web hosting side of our company and ultimately decided to go with AWS EC2 instances. AWS had the most flexibility, the most choices for different types of instances, a variety of Operating Systems, an incredible infrastructure across …
AWS EC2 is fully interfaced with the Amazon Web Services platform and Google compute engine fits in more with Google. While either provider would have been fine, we are pretty much all built on top of AWS at this point barring some clients. It just flowed easier.
Amazon was the first one in the market to provide virtual machines in the cloud and certainly gained a lot of popularity before the rest even came to the picture. The different service providers are quite mutually exclusive, and one cannot easily use more than one at the same …
EC2 has better modes, a variety of instances and UI support as compare to GCE. GCE is completely command driven. As compared to it EC2 provides a better user interface.
We have been using EC2 for so much longer, that even though we use Azure's other features and services more then the equivalent AWS features and services, we don't usually go for Azure's VM offerings first over EC2. I guess that that means this recommendation is mostly based …
Amazon EC2 is the best cloud solution on the market. It has very competitive prices and an incredible number of services available for use. The billing is very efficient and details. EC2 is a great option for individuals, small groups, and large companies. As the needs of …
Amazon's been leading the way in the past few years in cloud computing and have easily become a name we can trust. When we looked at options, nothing compared to EC2 when you looked at the scalability and flexibility of the product. For the needs we were trying to meet, these …
EC2 is a much more advantageous compared with the competitors because it has a much better console, configuration, auto-scalability, uptime, and many other features that are way better than other services I have seen so far. It also provides great backup services integrated …
In our eyes, Amazon has become the de-facto cloud provider. We have searched for other options, but none of them compare when you take documentation, training, support, ease of use all into account. Of all the cloud environments that our admins use daily, AWS is by far the …
All the services above can be built on a server vs using a service. It allows teams that have more breadth of development to dive deep into the implementation and tailor the performance based on the needs they have specifically. In addition, we can tear down failed experiments …
AppServices that's easier to manage than its competitors, specially if you have everything in Azure. But also that's the most expensive service when you escalate or start using it for massive data processing. It would be an excellent containers platform if were easier to deal …
Azure is some what easy to use and we can learn the azure platform easily. And mainly for students they are giving free credits. So by using the credits we can learn or deploy using that credit
In terms of deploying your apps, Azure App Service provides a solid foundation. You may use either the Azure command-line interface or the Web Portal to administer these apps. As a whole, I find You may easily deploy your apps to Azure App Service to be a really difficult …
Azure has many data center, their services are more reliable. Azure has way more features than both linode and digitalocean. If someone wants a complete reliable service, he/she must go to Azure instead of linode and digitalocean because even though azure charges more, it is …
Azure App Service will give you a very solid and strong platform to deploy your applications. It gives you great interfaces to manage those applications either through a Web Portal or the Azure command-line interface. However, I consider Azure overall to be very complex and …
Suitable for companies that are looking for performance at a competitive price, flexibility to switch instance type even with RI, flexibility to add-on IOPS, option to lower running cost with the regular introduction of new instance type that comes with higher performance but at a lower cost.
A great variety of choices in Amazon Machine Image (AMI) types. Users can select a more basic type to run generic workloads, but also have the choice to pick an AMI pre-installed with specific services in the AWS Marketplace.
The range of instance types can support the usage from a student's exploration (inexpensive general-purpose nano instances) to an enterprise's most intense workloads (memory or storage-optimized instances with terabytes of memory and ultra-fast network connection).
The pricing options, from regular instances, reserved instances to spot instances allow users to get the job done and make smart choices about how much they want to pay and when they want to pay.
This service is a bit difficult to consume. New users need a big learning curve to use this service effectively.
UI for EC2 service is a little complex and at many places, it misses detailed explanation.
Sometimes it takes too long to create images of EC2 instances. This keeps your EC2 up for that extra time. When instances are heavy, it penalizes a lot of money.
It's easy and straightforward for a technical person to use it via SSH, but when working in cross-functional teams, using Amazon's web console is difficult for this particular service. Most modern cloud providers provide a more seamless user interface to interact with their cloud machines, and the same should have been the case with EC2.
I enjoy the fact that Azure App Service can be managed by the Azure portal and a fully graphical user interface, as well as from two different flavors of command-line interface, i.e. Azure CLI and Azure Powershell. By utilizing the Azure Cloud Shell, we are able to switch between Azure Bash (CLI) and Powershell at any given moment and manage the Azure App Service settings from devices of any form-factor (Web based management).
AWS's support is good overall. Not outstanding, but better than average. We have had very little reason to engage with AWS support but in our limited experience, the staff has been knowledgeable, timely and helpful. The only negative is actually initiating a service request can be a bit of a pain.
We had an issue where we deployed too large of a resource and didn't notice until the bill came through. They were very understanding and saw we weren't utilizing the resources so they issued a generous refund in about 4 hours. Very fast, friendly, and understanding support reps from my experience.
Azure VM Builder offers good service, but the options are quite limited (Too much inclined to Windows as it is prepared by Microsoft). EC2 image building capabilities are the best in the market, and offer Windows, Linux (CentOS, rh2, debian, ubuntu), along with other distros, which helps customers choose according to their needs.
In terms of deploying your apps, Azure App Service provides a solid foundation. You may use either the Azure command-line interface or the Web Portal to administer these apps. As a whole, I find You may easily deploy your apps to Azure App Service to be a really difficult platform for novices to get their feet wet. First and foremost, I'd look at Heroku's user interface and the way it abstracts compute units.
With EC2 you pay only when is Running, so you can save up to 75% on Dev environments which are running only on office hours
You have several ways to pay for EC2, with EC2 Reserved Instances you pay with a discount of up to 72% if you make a commitment of using them from 1 or 3 years
With EC2 spot you can use spare AWS EC2 capacity with a discount of up to 90%, your workload must be interrupt tolerant as your EC2 could be reclaim by AWS and the EC2 terminated