The upcoming era of 6G and Artificial Intelligence (AI) represents the pinnacle of technological innovation, but it simultaneously brings new security threats and ethical challenges. In its efforts to overcome these challenges, Europe is preparing for the future by focusing on technological standardization. Recent events, such as the European Telecommunications Standards Institute (ETSI)'s '10th Cybersecurity Standardization Conference' and 'AI & DATA Conference,' illustrate these efforts. The Korean technology industry also needs to pay attention to these international developments. ETSI, as the leading organization for telecommunications standardization in Europe, plays a crucial role in ensuring technological interoperability, security, and trustworthiness in the rapidly changing digital environment. In particular, the rapid development and proliferation of AI technology are giving rise to new security threats and ethical challenges. The establishment of unified standards is essential for guiding technological development and ensuring safe adoption. The report on the security, privacy, trustworthiness, and sustainability of 6G Integrated Sensing and Communication (ISAC), presented at this conference, is particularly noteworthy. 6G Integrated Sensing and Communication is a next-generation technology that integrates communication and sensing functions into a single system, characterized by ultra-high-speed communication, ultra-low latency, and hyper-connectivity. However, this also provides a broader attack surface, increasing the potential for cyberattacks. The extensive connectivity offered by 6G networks means more entry points, and each connection point can become a potential security vulnerability. ETSI presented innovative standard solutions to address these vulnerabilities, which will form a crucial foundation for future 6G technology development. At the 10th Cybersecurity Standardization Conference, discussions on the potential security vulnerabilities of 6G networks were held, and the necessity of robust security standards was emphasized. Another important discussion focused on the standardization of AI technology. ETSI emphasized 'AI-Native' standardization, arguing that AI should be designed to inherently consider security and data privacy. The 'AI-Native' approach means recognizing AI not merely as a tool, but as a core foundational element of the system. This implies that AI systems must embed security, privacy, and ethical considerations from the design stage. At the AI & DATA Conference, the importance of fostering collaboration among various stakeholders within the AI ecosystem was discussed, and it was emphasized that safe and reliable AI systems can only be built through cooperation among technology developers, policymakers, academia, and industry. Notably, the importance of AI education was also a key agenda item. This is because fostering a workforce that can properly understand and utilize AI technology is essential as it spreads across society. ETSI experts repeatedly stressed the necessity of strengthening ecosystem cooperation and securing global technological leadership for this purpose. In an era where AI is no longer just a tool but a fundamental component of systems, 'AI-Native' standardization appears to be an essential approach. Through these standardization efforts, the potential of AI technology to fundamentally transform society and the economy can be safely and ethically realized. **The Importance of the AI-Native Approach and Addressing Ethical Challenges** The key implication for Korean readers is the impact of these efforts on the global technology market. Europe's move to strengthen technological sovereignty through standardization can have significant repercussions for Korea's IT industry. In particular, since 6G and AI are closely related to Korea's technological competitiveness, it is necessary to meticulously analyze ETSI's approach. Korea possesses world-class competitiveness in mobile communication and has played a leading role in the commercialization of 5G technology. However, in the upcoming 6G era, compliance with global standards could become a key competitive factor. If Korea does not actively participate in standardization efforts led by Europe, Korean companies risk losing competitiveness in the global market. Furthermore, such standardization plays a crucial role in strengthening the ethical aspects of technological development. While discussions on AI ethics and security are ongoing in Korea, Europe's 'AI-Native' standardization approach serves as a valuable reference. Although Korea has different cultural and institutional backgrounds than Europe, to maintain global competitiveness, it needs to participate in standardization efforts to enhance AI security and reliability. Domestically, interest in AI ethics is growing, and the government and industry are collaborating to formulate related policies. However, as seen in ETSI's case, ecosystem collaborati
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