Saumya Singh, a distinguished Software Engineer at Red Hat, captivated the audience at the Machine Learning Developers Summit (MLDS) 2024 with her enlightening talk on Quarkus, the revolutionary Java technology. As a recipient of the International Women In Open Source Academic Award and an influencer in the tech community, Saumya brought a unique perspective to the exploration of Quarkus and its applications in the world of AI and LangChain4J.
In her engaging session, Saumya delved into the core of Quarkus, positioning it as more than just a Java framework. The agenda covered essential aspects, from understanding the need for Quarkus to its relevance in the dynamic landscape of modern software development. With a room filled with developers and open-source enthusiasts, Saumya connected with the audience’s familiarity with Java and open source, setting the stage for an exploration into the realm of Quarkus.
The first segment of the talk aimed to answer a fundamental question: Why Quarkus? Saumya provided a comprehensive overview of the challenges faced by Java in the era of cloud computing and serverless environments. She debunked the myth that Java is outdated, emphasizing its resilience and continuous relevance. Saumya highlighted how Quarkus emerged as the solution, particularly in optimizing Java for containers and making it a viable choice for serverless and cloud-native applications.
The Supersonic Subatomic Java
Saumya masterfully explained the core attributes of Quarkus by dissecting its tagline: “Supersonic Subatomic Java.” Supersonic denotes the framework’s low memory footprint and swift performance, addressing Java’s historical concerns. Subatomic underscores the framework’s lightweight nature, making it exceptionally efficient for cloud-native applications. Java, crafted from the best Java libraries and standards, defines Quarkus as a practical vision for modern Java development.
The heart of Saumya’s talk unveiled the performance prowess of Quarkus. With a focus on speed and efficiency, Quarkus emerged as a game-changer in the Java landscape. Saumya emphasized its benefits, including lower memory usage, faster startup times, and optimization for short-lived processes. Quarkus, tailored for Kubernetes, not only embraced large monolith applications but also presented itself as ten times faster and a hundred times smaller, making it a perfect fit for modern, containerized environments.
Quarkus Framework and Extensions
Saumya shed light on the collaborative synergy between the Quarkus framework and its extensions. This dynamic duo resulted in enhanced performance, reduced overheads, and seamless integration with Kubernetes. The talk explored core extensions that further amplified Quarkus’ capabilities, making it applicable to a diverse range of Java applications, from web-based to desktop and CLI.
Joining the Quarkus Journey
A vibrant community lies at the heart of any open-source project, and Quarkus is no exception. Saumya emphasized the inclusive nature of the Quarkus community, boasting over 450 contributors from diverse backgrounds. The talk extended an invitation to the Quarkus World Tour, an initiative to introduce Quarkus to Java communities worldwide. Saumya encouraged attendees to connect, contribute, and be part of this exciting journey.
In conclusion, Saumya Singh showcased how Quarkus breathed new life into Java, adapting it to the demands of cloud-native and serverless architectures. She challenged the stereotypes surrounding Java’s performance, positioning Quarkus as the answer to the evolving needs of the IT world. The talk concluded with an invitation to explore Quarkus further through its GitHub repository, online resources, and participation in the Quarkus World Tour.