Java Champion | Sr. Principal Technical Marketing Manager
Eric Deandrea
Eric is a Java Champion and Senior Principal Developer Advocate at Red Hat, focusing on application development technologies. Eric has over 22 years of experience designing and building Java-based solutions and developer training programs for the financial services and insurance industries. He is also a contributor to various Open Source projects, including Quarkus and Spring, as well as a speaker at many public events and user groups around the world.
Eric recently put his Quarkus and Spring knowledge to use by publishing his first book, “Quarkus for Spring Developers.” He enjoys using DevOps-focused automation technologies to make life easy. Outside of work, Eric enjoys boating on the lakes of New Hampshire, ice hockey, and martial arts, in which he holds a black belt in Kempo Karate.
Eric Deandrea's contributions
Article
Kubernetes-native inner loop development with Quarkus
How do you develop and test an individual microservice that is part of a larger system? Quarkus and several other technologies help.
Article
OpenTelemetry: A Quarkus Superheroes demo of observability
This Quarkus Superheroes demo illustrates how to capture telemetry data between distributed services and view interactions between microservices in a system.
Article
Building Quarkus applications with Apache Cassandra: Workshop recap
Learn how to build Quarkus applications that use the Apache Cassandra data store with DataStax Astra DB's multi-cloud database-as-a-service.
Article
Quarkus Superheroes: Managed services save the day
Build and deploy a sample Java application using Quarkus, then see how to integrate it with Red Hat OpenShift Application Services.
Article
Test-driven development with Quarkus
Learn how Quarkus enables test-driven development (TDD) with built-in continuous testing, where tests run immediately after code changes are saved.
Article
Quarkus for Spring developers: Kubernetes-native design patterns
Learn why Quarkus is great for Kubernetes-native Java applications, including a faster and more efficient development process, and compare Quarkas and Spring.
Article
Quarkus for Spring developers: Getting started
This introduction to Quarkus for Spring developers shows how easy it is to get started building applications with the Kubernetes-native Java platform.
Article
Why should I choose Quarkus over Spring for my microservices?
Discover the many benefits of using Quarkas to develop microservices, including scalability for cloud-based applications, and compare Quarkas against Spring.
Kubernetes-native inner loop development with Quarkus
How do you develop and test an individual microservice that is part of a larger system? Quarkus and several other technologies help.
OpenTelemetry: A Quarkus Superheroes demo of observability
This Quarkus Superheroes demo illustrates how to capture telemetry data between distributed services and view interactions between microservices in a system.
Building Quarkus applications with Apache Cassandra: Workshop recap
Learn how to build Quarkus applications that use the Apache Cassandra data store with DataStax Astra DB's multi-cloud database-as-a-service.
Quarkus Superheroes: Managed services save the day
Build and deploy a sample Java application using Quarkus, then see how to integrate it with Red Hat OpenShift Application Services.
Test-driven development with Quarkus
Learn how Quarkus enables test-driven development (TDD) with built-in continuous testing, where tests run immediately after code changes are saved.
Quarkus for Spring developers: Kubernetes-native design patterns
Learn why Quarkus is great for Kubernetes-native Java applications, including a faster and more efficient development process, and compare Quarkas and Spring.
Quarkus for Spring developers: Getting started
This introduction to Quarkus for Spring developers shows how easy it is to get started building applications with the Kubernetes-native Java platform.
Why should I choose Quarkus over Spring for my microservices?
Discover the many benefits of using Quarkas to develop microservices, including scalability for cloud-based applications, and compare Quarkas against Spring.
