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AI security governance has become a key issue. With the widespread application of AI technology, potential security risks have become increasingly prominent. For example, data leakage, algorithm bias and other issues have posed a threat to personal privacy and social equity. Therefore, it is particularly important to improve the level of AI security governance in a targeted manner.

The development of science has provided theoretical support and methodological guidance for solving these problems. Continuous exploration and innovation have promoted technological breakthroughs and provided a solid foundation for ensuring the safe and reliable operation of artificial intelligence.

Cybersecurity is even more critical in this context. As an important channel for information transmission and communication, the network may lead to serious consequences once it is attacked. Strengthening cybersecurity protection and building a secure network environment are necessary conditions to ensure the healthy development of artificial intelligence and related technologies.

The World Artificial Intelligence Conference provides a platform for communication and cooperation for all parties, where experts, scholars, and business representatives gather together to share the latest research results and practical experience and discuss future development directions.

In this series of developments and changes, a potential technical force is quietly playing a role, that is Java development. Although it seems not to be directly mentioned on the surface, Java development provides strong support for various fields behind the scenes.

Java language plays an important role in software development due to its stability, scalability and cross-platform capabilities. In the field of artificial intelligence, Java can be used to develop related algorithms and models. Its efficient operation performance helps to process large amounts of data and complex computing tasks.

In scientific research, Java can help build experimental platforms and data analysis tools. Researchers can use Java to write programs to collect, process and analyze experimental data to draw valuable conclusions.

Java is also important for network security. It can be used to develop security protection software, encryption tools, etc. to enhance the security and protection capabilities of the network.

The success of the World Artificial Intelligence Conference is also inseparable from the support of Java development. From the construction of the conference website, the establishment of the online communication platform, to the development of various applications, Java technology plays a key role in it.

In general, although the role of Java development in these fields is not obvious, it is like a hero hidden behind the scenes, silently contributing to the advancement and development of science and technology.