There are many frameworks available for cloud-native development, but there are a few that are the clear leaders in the market like AWS managed services provider. These frameworks are designed for specific use cases, but you may find one that is suitable for your project.
Micronaut is a framework for cloud-native microservices and serverless development. Its main focus is to simplify the development of cloud-native microservices and help developers leverage cloud environments to deploy them. Micronaut is a great choice for any developer who wants to use microservices and serverless architecture in their applications.
Micronaut has several notable advantages over competing frameworks. For instance, it eliminates the need to split code and improves the code to test cycle time by removing reflection. This also decreases memory usage and start-up time. In addition, Micronaut does not require the use of extensive mocking facilities for the HTTP layer. This makes Micronaut an excellent choice for applications that need to be deployed in environments with limited memory or high start-up time.
Micronaut also supports Maven and Gradle through a wrapper. To build Micronaut projects with Gradle, omit the -build maven flag. To run an application, visit localhost:8080 and type / go to run it. A JSON response will be displayed.
Using the Quarkus Framework for cloud-native application development allows developers to develop apps with modern infrastructure and reduce the development cost. The framework supports live coding, refactoring, and automatic configuration of services during development. This helps developers achieve faster application build times. Quarkus also supports remote environments.
Quarkus is built on top of two Oracle projects. The GraalVM is a universal VM, while Substrate VM focuses on AOT compilation and collecting Java into a native binary image. The goal of these two projects was to make Java the leading platform for serverless and Kubernetes environments. However, many developers are skeptical about containers and the JVM.
The Quarkus framework offers a Java-based, Kubernetes-native development environment. Quarkus supports both Java Virtual Machine (JVM) and native compilation, and has minimal start-up and memory requirements. It integrates with existing Java frameworks and developer tooling. It is designed to run serverless, microservice, and container applications in hybrid clouds.
The Open Telemetry Framework is a free, open-source project that combines the Open Tracing and Open Census projects. The project aims to provide high-quality telemetry data through a standard-based approach. Its suite of SDKs and APIs allows developers to access the data and integrate it with their apps.
Open Telemetry uses a MELT approach to classify data into four groups. Each group represents a different type of transaction. In this way, the framework can calculate average transactions per second. This helps developers reduce the cost and time of implementing complex data-collection systems. The Open Telemetry Framework can support metric pipelines and is compatible with various programming languages.
Open Telemetry supports multiple backends simultaneously. Developers can use a single API to create multiple instances of their application. This makes Open Telemetry suitable for cloud-native development.