When using container-based virtualization, you can use Container services to upload, organize, run, scale, and manage containers. This service is available on the cloud. A container is a single package of software that includes everything it needs to run on any computer: the code, runtime, and settings. This way, it can run on any computer. To make it easier for software developers, Container service lets them use containerized apps. People who use the Container service are different from people who use the platform as a service (PaaS) because it uses containers. 

Describe what Container services are 

A Container service automatically hosts and deploys containerized software packages. Without Container service, software development teams have to set up, manage, and keep an eye on the infrastructure that containers run on. This infrastructure comprises cloud machines and network routing systems that need to be looked after and managed by DevOps people. 

Container service allows development teams to think about containers at a higher level than they would if they dealt with low-level infrastructure management. It gives development teams a better idea of what the finished product will look like, which allows for faster development and more value for the customer. 

Container services vs. PaaS: Which one is better? 

Platform as a service (PaaS) only looks at and works with code stack-level infrastructure. When a project uses PaaS, it doesn't have any control over the operating system that it runs on. Container runtimes can configure and virtualize the operating system, giving users more control and customization. Containers can be significant to developing software that is very customized and specialized.

At the same time, it's true that for more generic and standard software, PaaS is often the best choice.  

PaaS is a cloud hosting model that focuses on how applications run on the cloud. Providers of PaaS (Platform as a Service) offer automated hosted environments that focus on higher-level application infrastructure needs, like language runtimes and databases. 

PaaS is usually better for monolithic applications because it uses only one stack for each deployment. Container service is better for small services because each container deployed to the Container service can have its operating system and language stack. 

However, people who use PaaS still have the "works on my machine" problem. PaaS systems can have slight differences between the development environment and the environment used in the real world. The main goal of a container system is to avoid and make sure that the same things happen in different environments. 

Many things make building distributed systems or microservice architectures easier, like containers and Container service. A group of containers can handle different tasks or      code language ecosystems during development. The network protocol relationship between containers can be set up and agreed to before moving to other environments.  

To get more into this, let's look at an example. Imagine a hypothetical software system organized in a microservice architecture, where the services are managed by the business domain in which they are used. Payments, authentication, and a shopping cart could be some of the services. These container services can be added to a live system right away. 

It's easier to see how the system works if you put containerized apps on a platform like Container service. Tools like log aggregation and monitoring can help. It also has   built-in features for auto-scaling and orchestration management when you buy the service. It allows teams to quickly build high-visibility and high-availability distributed systems that are easy to understand and use. 

In addition, Container service speeds up team development by allowing quick deployments. Using containers ensures that the deployment target will always be the same, and Container service can cut engineering costs by reducing the number of DevOps resources needed to manage deployment. 

Conclusion: 

Container service is a powerful new hosting model that requires some knowledge of containers to use. Container services can be very good for very agile software development teams. It can be beneficial when you want to keep a project going all the time. To find a good Cloud Authentication Service, you don't have to look very far. Most of today's cloud hosting providers offers Container service solutions for a reasonable price.