Podcasts

InfoQ Java Trends Report 2023 - Discussing Insights with Mike Redlich

In this episode, Michael Redlich and Daniel Bryant discussed the recent publication of the InfoQ Java Trends Report. Topics covered included the release of Java 21, the adoption of Java virtual threads, the evolution of the Jakarta EE and Spring projects, and the development of community and ecosystems projects.

Lucas Cavalcanti on Using Clojure, Microservices, Hexagonal Architecture and Public Cloud at Nubank

In this episode of the InfoQ podcast, Charles Humble talks to Lucas Cavalcanti about Nubank’s early architectural choices, including starting with Clojure and microservices. They discuss the challenges of using public cloud for financial services in Brazil, Nubank’s use of Alistair Cockburn's Hexagonal Architecture and immutable architecture, and lessons learnt as the startup scaled.

Java’s Project Loom, Virtual Threads and Structured Concurrency with Ron Pressler

In this podcast Ron Pressler, technical lead for Project Loom at Oracle, sat down with InfoQ podcast co-host Charles Humble to discuss the project and its forerunner Quasar. Topics include the differences between concurrency and parallelism; what virtual threads are; current issues with JVM concurrency; the Loom developer experience; pluggable schedulers; structured concurrency; and more.

Akhilesh Gupta on the Architecture of LinkedIn’s Real-Time Messaging Platform

Charles Humble talks to Akhilesh Gupta, the technical lead for LinkedIn's real-time delivery infrastructure, and also LinkedIn messaging. They discuss the architecture behind LinkedIn’s real-time platform, its building blocks, the frameworks used and other technical details.

Thomas Wuerthinger on GraalVM and Optimizing Java with Ahead-of-Time Compilation

On this podcast, we're talking to Thomas Wuerthinger, a senior research director at Oracle Labs, leading programming language implementation teams for Java, JavaScript, Ruby, and R. He is the architect of the Graal compiler and the Truffle self-optimizing runtime.