What is your primary use case for Amazon EC2 Container Service?

Amazon Elastic Container Service is used for the deployment of our applications, and the advantage is that it auto scales, so we do not need to manage a lot of that infrastructure, which offers us cost savings. Amazon Elastic Container Service is used with AWS Fargate, and we find it very comfortable and seamless with our standard deployment scripts. Multiple apps have been deployed using Amazon Elastic Container Service, where each individual app can be a microservice, and within the same app, there can be different services that auto scale based on the need. Amazon Elastic Container Service supports our batch processing applications as well.

At the moment, I am not using anything else that I would give a review on, but I can tell you that Amazon Elastic Container Service is a great product for someone who wants to get started with virtual machines and Amazon Web Services. It helps users understand Linux or Windows because they also have a Windows version, so you could do a Windows server or a Linux server. I never deployed mine or spun Amazon Elastic Container Service with Windows. I did it only with Linux while learning Linux and VM. I was learning about SSH tunneling, key pairs, and Linux administration. Amazon Elastic Container Service provides a headless server. You SSH into the Linux headless server and everything is command prompt. It helps develop core skills on Bash. You tunnel into your Amazon Elastic Container Service and manage it as you would any other VM, except that Amazon Elastic Container Service in particular is restrictive. You cannot set up an Amazon Elastic Container Service flavor with more than four gigs of RAM, and cannot do more than 80 gigabytes of storage, four gigs of RAM, with restricted processing. It is much more expensive than deploying an EC2 unit. You deploy it similarly to how you deploy an EC2 unit. It is very similar to an EC2 unit, except that it is restricted in size, storage, and processing speed. You can still use Route 53 to create your DNS records, your domain, and manage your domain. You can still serve it up, install an Apache server, Apache 2.4 web server, or a Nginx server, or any other service that is supported by Linux or Ubuntu, in order to service any small application you may have online. Because it has four-gig RAM, your application has to be fairly simple. It is not scalable, and you can only deploy applications that are going to use four gigs of RAM and very little processing power. It is possible to deploy a small REST API, if you containerize a MySQL server or PostgreSQL server or something small. Linux also supports SQLite. You can containerize a database, create either .NET Core or a Node.js server to serve up the REST API. You could also load a small front-end solution, possibly React, but more likely in vanilla JavaScript to serve it up using the Route 53 service to provide the front end. You could basically architect a very small solution. It works similar to an EC2 except for those restrictions in size. There are other restrictions too, as you do not have access to many of the AWS services and tiers that an EC2 would have access to.

Our organization focuses on the cloud business, particularly on cloud infrastructure, platform, or software services. Although our primary focus is not on Amazon Elastic Container Service ( /products/amazon-elastic-container-service-reviews ) directly, as our organization is not the end user, we are resellers. We take Amazon Elastic Container Service ( /products/amazon-elastic-container-service-reviews ) and other AWS ( /products/amazon-aws-reviews ) products to our customers.

We use Amazon Elastic Container Service as a hosting technology. My organization operates in the legal sector, and we use ECS to handle legal workloads.

I am a cloud consultant working with Devoteam, a consulting company. I specialize in AWS and work with a large range of customers using AWS as their cloud platform. Depending on the clients I am working with, I use several services, including compute services like EC2 instances, VPC for networking, serverless services like Lambda functions, EventBridge for event-driven architecture, and Kubernetes infrastructure using Amazon Elastic Kubernetes Service (EKS).

The solution helps streamline the entire process for the development and production environments.

The product enables users to easily run and manage containers on scalable infrastructure.

I use the product for Azure folders, which act as a shared folder between the servers. I utilize it as a network file system for storing logs and managing software across all the servers in various availability zones. I have two instances: one for production and another for QA and testing purposes. I mount this file system across all virtual machines, creating a unified storage solution for logs, outputs, and other data generated by various jobs and tasks.

We use Amazon Elastic Container Service (ECS) for efficient container orchestration. We start by creating Docker containers and then storing them in ECS. It facilitates container deployment, offering flexibility between serverless execution and traditional EC2 instances. It enables automated deployments, providing an option to edit them as needed through integrated CI/CD pipelines.

We had a client who needed us to develop a simple application. The client specified the requirement for the application to be hosted on Amazon, leading us to utilize Amazon EC2 Container Service for this purpose.

We use Amazon EC2 Container Service for Kubernetes and hosting sites.

I use Amazon EC2 Container Service to install system instances that need a container. I rely on it when I use microservices.

It depends on the specific needs and requirements. For example, if it's for customer care on Windows Server, they need to onboard the EC2.

We use Amazon EC2 Container Service for application and containerization.

My company deals with Amazon EC2 Container Service as a performance container management service and fault management system for telecommunication networks.

We use Amazon EC2 Container Service to host a variety of applications for our clients. We use ECS to test machines, production machines, and other environments.

We deploy applications inside the EC2.

We host our production application on EC2. We host the application and take regular backups to create mirrors for our customers. We also use the solution’s firewall to save us against any threat.

Our primary use case for this tool is mainly for backup from operational data.

The solution is to compute instances. Basically, it's a debit. It's a host. For example, if you need a computer that you want to install your enterprise application, instead of buying a server on-premise, you can spin up an instance online.

I've primarily used the solution for web hosting. It can also be used for development purposes.

We have used various Amazon services including EC2 buckets for storage and the container services for deployment of the application. I'm an integrator and we are customers of Amazon EC2 Container Service.