[Seminar] Advancements in AI Society Supported by Next-Generation Nuclear Innovation

Limitations of Boundary-Based Defense by PN The traditional boundary-based defense of "inside is safe, outside is dangerous" (VPN method) faces the following critical risks due to the recent sophistication of cyber attacks. Vulnerabilities of the VPN device itself: VPN equipment has increasingly become a target for attacks, leading to incidents where it serves as an entry point. Once breached, "full access": Connecting via VPN often allows access to the entire internal network, which can lead to the spread of ransomware damage. Decreased communication quality: The increase in telework and cloud usage has made VPN gateways a bottleneck, reducing operational efficiency. 2. Transition to Next-Generation Internet (Zero Trust) This is a next-generation framework based on the premise of "trust nothing (Zero Trust)" that controls access based on "users" and "devices" rather than "location." 3. Specific Benefits of Transition Dramatic improvement in security: By strengthening authentication and allowing access only to the minimum necessary resources, damage can be minimized. Improved convenience: The hassle of VPN connections is eliminated.

Invitation to the New Business: Introduction to Next-Generation Internet and Security Implementation ~ Surpassing the Limits of VPNs to Achieve a Safe and Fast Business Environment ~ Dear Sir/Madam, I hope this message finds you in good health and spirits. Currently, telecommuting and cloud usage have become standardized in many companies; however, there continues to be significant damage caused by cyberattacks that exploit traditional **"VPNs."** The belief that "as long as you have a VPN, you are safe" has become a thing of the past. We are pleased to announce the launch of our **"Next-Generation Internet (Zero Trust) Implementation Support Project,"** which aims to achieve "VPN-free" environments that provide the best performance and security regardless of location. In conjunction with the start of this project, we will hold an introductory meeting to dramatically reduce your company's security risks, as detailed below.

[Speaker] Professor Ken Kurosaki, Director of the Research Institute for Integrated Nuclear Science, Kyoto University [Key Lecture Content] In the 7th Basic Energy Plan, which was decided by the Cabinet in February 2025, future electricity demand has been significantly revised from a decrease to an increase, and a clear policy has been established to maximize the use of nuclear power going forward. This shift is backed by the rapid advancement of AI technologies, including generative AI. As society fully embraces AI, a stable power source that is also decarbonized becomes essential, and nuclear power is being repositioned as a key player to meet this demand. To maximize the use of nuclear power, innovations in nuclear technology, exemplified by the development of next-generation reactors, as well as the securing and training of human resources in the nuclear field, are crucial keys. This lecture will outline the background of this policy shift and the next innovations that nuclear power will pave the way for. [Lecture Items] 1. Introduction 2. The 7th Basic Energy Plan 3. What is needed in the AI era 4. The appeal and challenges of nuclear power 5. Nuclear innovation, from SMRs to fusion 6. Human resource development in the nuclear field 7. Conclusion 8. Q&A

[Speaker] SBD Automotive China Consultant Dai Sijia [Key Lecture Content] China has become the world's most active hub for in-vehicle AI innovation, with AI technologies being rapidly implemented in smart cockpits, advanced driver assistance systems (ADAS), and even integrated control of AD and chassis cockpits. This lecture will provide an overview of the AI strategies of Chinese OEMs and suppliers, explaining specific use cases, architectural designs, and technological trends. In particular, it will focus on the in-vehicle deployment of large language models (LLMs), multi-modal sensing, and the evolution of cross-domain AI controllers, presenting design guidelines for next-generation smart cars. [Lecture Items] 1. Overview of AI development in China: Roadmap summary and key players 2. AI trends in cockpits 3. AI trends in ADAS/autonomous driving 4. The role of AI in cross-domain integration 5. Future AI deployment and challenges in the Chinese and global markets 6. Q&A

ASTERIA Warp" is a no-code and fast development data integration tool that easily realizes complex connections and data transformations between over 100 data sources, from Excel to business systems and cloud services, and has been the number one in domestic market share for 19 consecutive years (*). With over 10,000 implementations, it is utilized for various purposes such as system integration, data analysis, master data management, business automation, and efficiency improvement. In this seminar, we will introduce the features of "ASTERIA Warp," focusing on its functions and use cases. We will also have a Q&A session, so if you have any topics or questions you would like to discuss during the seminar, please fill in the "Questions and Comments" section at the bottom of the application form. You can also ask questions on the day of the event using the Q&A feature, so feel free to reach out! ▽ ASTERIA Warp Product Introduction Site https://www.asteria.com/jp/warp/ * According to Techno System Research's "2025 Software Marketing Overview EAI/ESB Market Edition