Why Java Stays Young After 25 Years: History and New Features

Java’s Longevity and Recent Release

Java has been developing for 25 years and remains closely tied to developers, with about 69% of developers worldwide using it. Oracle recently released Java 15, which adds many new features such as sealed classes, hidden classes, the EdDSA digital‑signature algorithm, and text blocks.

History and Evolution

In the early 1990s, stable languages like Fortran, COBOL, Pascal, C++, and Visual Basic coexisted with operating systems such as Windows, Mac, Unix, Linux, and mobile platforms. James Gosling and his colleagues discussed the need for a new language and created a language called Oak, later renamed Green, and eventually Java.

Java was officially released in 1995. It introduced the WORA (Write Once, Run Anywhere) concept, was object‑oriented, and eliminated many of C++’s shortcomings. It also supported applets and the Abstract Window Toolkit (AWT) for UI design.

From 1998 to 2000 Java became a “passport” for developers at large international companies. Even after the .com bubble burst in 2001, the Java community continued to grow.

Java later introduced middleware such as JSP, Servlet, and EJB, as well as mobile programming with J2ME. This led to the J2SE, J2ME, and J2EE platforms, all built on core Java.

Java’s simplicity and power helped it surpass C++, VC++, and Visual Basic in many areas, even challenging Python and providing web development support similar to JavaScript.

Design Goals

The original Green team’s goals remain relevant:

Provide a simple, object‑oriented language that is easy for C++ programmers.

Be platform‑independent.

Offer high‑performance memory management and command‑line tuning.

Support multithreading, dynamic interpretation.

Deliver strong functionality and security.

From Sun to Oracle

Sun was acquired by Oracle around 2010. Oracle accelerated Java’s release cadence from a 1‑2‑year cycle to a major release every six months.

Java 8 became a landmark version, and subsequent releases (Java 1x, Java 15) have been widely adopted.

Oracle now offers Java in two forms: the open‑source OpenJDK platform and the commercial Oracle Java platform for enterprise use.

Java‑Based Frameworks and Ecosystem

Java supports client‑side (Applet, JavaScript), server‑side (JSP, Servlet), middle‑tier (EJB), and N‑tier architectures (Email, JNDI, JDBC). Third‑party frameworks such as Spring and Hibernate are extensively used.

The industry has shifted from monolithic applications to microservices, and Java fits this trend with Spring Boot and other microservice containers.

Java also supports Unicode, enabling internationalization, and is heavily used in big‑data, AI/ML, and cloud computing scenarios.

Java’s integration with AI, machine learning, and cloud platforms continues to grow, offering stable performance and ongoing improvements.

Conclusion

Since its first release in January 1996, Java has spanned 25 years, covering PCs, mobile devices, enterprise development, cloud computing, and big‑data workloads. Despite predictions that languages like Go, Python, or JavaScript would replace it, Java 15’s new features demonstrate that Java remains a vital and “young” choice for developers.