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Micronaut® framework is creating a buzz around cloud-native (microservice, serverless ) application development due to its enriched features and optimizations based out of modern Polyglot JVM — GraalVM optimizers.
For GraalVM optimizers go thought Part1 of this series — GraalVM — Byte Code to Bit Code.
Migrating to the cloud has always been an onus for organizations looking to step ahead of competitors. Given the current situation, where every business activity is forced to slow down, cloud platforms might bring harmony. The question that arises here is how?
When the entire workforce is isolated and at distant locations, dealing and tackling a whole new environment, let alone setting it up, seems inappropriate. But do you know you can still move on with cloud transformations with ease?
In the modern world of enterprise IT, cloud computing has become an indispensable tool for the integration of outside services through remote servers handling requests and responses for the data that drives our lives. However, not too long ago, integrating with third-party services meant housing servers on-site and maintaining those connections yourself. This is referred to as On-Premise (on-prem) and is still a viable means for integrating the data that contributes to your application’s functionality.
Unsurprisingly, there are benefits and drawbacks to both means of integrating software and services into your codebase. In the following article, we’ll discuss some of the pros and cons to both cloud and on-prem, and try to give you a better idea of what you should look for when building out your application.
This post was originally published here.
Application container technologies, also referred to as containers, combine application software packaging through different images with a form of operating system virtualization. The goal of such tech is that everything needed to easily package and run software reliably can be moved from one environment to another. As well as allowing devs to run an app and all of its dependencies in isolated processes, containers are also transferable, reusable, and automatable.