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JavaOne 2025: Function and Memory Access in Pure Java

by Jamal Richaqrds
2 minutes read

JavaOne 2025 recently showcased groundbreaking advancements in Java programming, notably with Per-Åke Minborg’s presentation on “Function and Memory Access in Pure Java.” As a Consulting Member of Technical Staff for Java Core Libraries at Oracle, Minborg introduced the audience to the Foreign Functions & Memory API, heralding a new era in Java development.

Traditionally, Java developers have used the Java Native Interface (JNI) to access functions and memory outside the Java Virtual Machine. However, Minborg’s presentation highlighted how the Foreign Functions & Memory API can serve as a robust alternative, enabling direct and efficient access without leaving the Java ecosystem. This shift promises to streamline development processes and enhance performance for Java applications.

By leveraging the Foreign Functions & Memory API, developers can now interact with native libraries and external memory structures using pure Java code. This simplifies the integration of platform-specific functionalities, eliminates the complexities of JNI, and enhances the overall security of Java applications. Moreover, this approach fosters a more seamless and intuitive development experience, empowering developers to focus on innovation rather than intricate system interactions.

The transition to a pure Java paradigm for function and memory access signifies a significant milestone in Java development. It aligns with Java’s core principles of platform independence, security, and performance, while also catering to modern development needs. As technology continues to evolve, Java remains at the forefront by embracing innovative solutions that cater to the demands of contemporary software development.

Minborg’s presentation at JavaOne 2025 serves as a testament to Java’s adaptability and commitment to progress. By embracing the Foreign Functions & Memory API, developers can unlock new possibilities in Java programming, facilitating smoother integrations and optimized performance. This shift underscores Java’s resilience and relevance in an ever-changing technological landscape, solidifying its position as a cornerstone of software development.

In conclusion, the emergence of function and memory access in pure Java signifies a pivotal moment in Java’s evolution. With the Foreign Functions & Memory API paving the way for more efficient and secure development practices, Java developers can explore new horizons without compromising on the language’s integrity. As we look towards the future of Java programming, innovations like these will continue to shape the way developers approach software development, driving excellence and advancement in the field.

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