Node.js. is an open source JavaScript runtime environment designed to build modern
scalable applications. Node.js enables developers to run JavaScript outside the browser,
facilitating web development across back ends and front ends.
Red Hat is a leader in open source. Red Hat contributes to JavaScript and Node.js communities together with other leading technologies. This includes projects related to Kubernetes and serverless as well as our involvement in the OpenJS Foundation.
Build and deploy your Node.js applications on OpenShift across clouds. Use Red Hat's recommended reference architecture.
Build and deploy smaller pieces of your code a.k.a functions using serverless. Scale to zero and understand patterns for serverless applications with Node.js
Create intelligent, efficient, and user-friendly experiences by integrating AI into JavaScript applications.
Built fast, responsive applications that deliver a great user experience to the end users of your applications.
Event Driven Architecture(EDA) is based on asynchronous non-blocking communication between event producers and event consumers that are able to release the resource consumption while waiting for the response to return.
The Red Hat build of Node.js makes it possible to run JavaScript outside of a browser, offering a small size, fast startup, and high developer productivity, making it versatile in almost any use case.
The Node.js reference architecture is being actively maintained by those within Red Hat and IBM who are engaged in the Node.js community, provide consulting advice and development related to Node.js for customers or have large-scale Node.js deployments.
The goal of the Node.js reference architecture is to present the team's “opinion” on what components our developers and internal teams should use when building Node.js applications and guidance for how to be successful in production with those components.
The components in this architecture are what we recommend to help internal and external customers get started based on our experience. Other components may be equally good, but these are the ones we know best.
Writing consistent code and how to enforce it with a linter tool like ESLint.
Recommendations based on our experience building Node.js applications in containers for deployments.
Readiness probes allow Kubernetes to inspect the health of your application pod.
Key elements of building security into your software development process to make robust Node.js apps.
Overview of some key areas that Node.js developers need to understand about accessibility
Understand typical development workflows when building tools and processes
Minimize problems in production and investigating common problems when they do occur
Completing more than a single update as an atomic unit (transaction) is needed to preserve data integrity
Managing the need for larger computational resources in your Node.js applications
CI/CD practices for testing on code check-in and the use of a container pipeline
25 minutes | Intermediate
Take an existing sample Node.js application and modify it to address microservice concerns, deploy it to OpenShift, and exercise interfaces between Node.js, microservices, and Kubernetes.
10 minutes | Beginner
Use OpenShift Do (odo), a CLI tool for developers, to manage application components on the OpenShift Container Platform.
10 minutes | Beginner
An introduction to cloud-native development with Node.js by walking users through the steps to create and extend an Express.js based application to leverage cloud capabilities.
This track provides an introduction to cloud-native development with Node.js...
Learn how to run applications build with Paketo Buildpacks and Red Hat UBI...
Learn how to build and run containers locally using Podman Desktop, then...
Explore large language models (LLMs) by trying out the Granite model on...
Learn how to build applications with Paketo buildpacks and Red Hat Universal...
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