Oracle Graalvm End of Life Dates

Developers relying on virtual machines for their projects often turn to Oracle Graalvm, a high-performance runtime that was first introduced to provide a seamless experience for running applications. Maintained by Oracle, this technology has been around for several years, offering a unique blend of performance and compatibility. The reason behind its widespread adoption among developers is its ability to provide a high level of efficiency and flexibility, making it an ideal choice for a variety of use cases. With a history dating back to its inception, Oracle Graalvm has evolved over time, with the company continuously working to improve its capabilities and provide better support for its users.

The landscape of Oracle Graalvm versions is quite diverse, with a total of 7 versions available, out of which 4 have already reached their end-of-life. Currently, 3 versions are still actively supported, with the latest stable version being 25.0.3. For developers who are using version 17, it is essential to plan for an upgrade, as this version is set to expire on 2026-09-30. This information is crucial for ensuring that applications continue to receive necessary updates and security patches. The last version to reach its end-of-life was version 24, which expired on 2025-09-30, emphasizing the importance of staying up-to-date with the latest versions.

Given the current security landscape, Oracle Graalvm has a clean slate, with 0 CVEs tracked and no critical vulnerabilities reported. As a result, there is no most affected version, and the product is not listed on the Known Exploited Vulnerabilities catalog. Despite this, developers should remain vigilant and ensure they are running the latest supported version to minimize potential risks. With no known security vulnerabilities, the focus should be on planning for future upgrades and ensuring that applications are always running on a supported version, such as the latest stable version 25.0.3, to maintain the highest level of security and performance.