Let's say you have an application that uses background processes. You can deploy the main application and background processes separately by splitting it all into or more separate applications. This will reduce the need for resources. In addition, it is now also possible to independently scale applications individually, depending on the needs of each part. If there is a demand for background processes, you can increase the resource size for them, the same can be done with the resources for the main application.
Since the resource for each module is small, Is it logical? Continuous delivery of updates This is new to many local applications. Customers always expect the latest version from Whatsapp Mobile Number List cloud applications. If you look at it from the side of the developer, now you can not only update in parts, but also make changes to the user data structure so that they do not notice it. The application update process becomes completely transparent to customers.
These are just some of the highlights. But the main point is clear. Cloud Application Architecture Considerations Choose the right services. Let's say you want to deploy an application in the cloud, but first think about which cloud services you want to use for this purpose? Just IaaS Infrastructure as a Service ? Or PaaS Platform as a Service . What if you plan to deploy your application across multiple cloud platforms or locally.