安博通设立“鲁班”AI研究院 致力成为“AI时代安全算力生态构建者”

Core Viewpoint - Anbotong Technology Co., Ltd. has established the "Luban" AI Research Institute to integrate security, AI, and computing power technologies, aiming to create a secure connection between AI and the world [1][2]. Group 1: Establishment and Purpose of the AI Research Institute - The "Luban" AI Research Institute was inaugurated in Shanghai, focusing on the integration of security and AI technologies in response to the rapid penetration of generative AI into industrial transformation [1]. - The establishment of the institute is timely, as it addresses new challenges and opportunities in network security brought about by advancements in generative AI and computing networks [1]. Group 2: Strategic Vision and Growth - Anbotong's chairman, Zhong Zhu, articulated the company's strategic shift from being a "visual network security innovator" to an "AI era security computing ecology builder," emphasizing the importance of embedding security into computing infrastructure [2]. - Since its listing, Anbotong has achieved a compound annual growth rate of 26% in revenue, highlighting its significant accomplishments in the network security sector [2]. Group 3: AI Delivery Architecture and Innovations - The "Luban" AI Research Institute introduced the "ESAiD" AI delivery architecture, which includes a three-tier AI delivery system focused on intelligent development, computing resource scheduling, and security protection [3]. - Anbotong launched a super silent liquid-cooled intelligent computing workstation, designed for various scenarios, featuring high-performance CPUs and AI acceleration cards [3]. Group 4: Future Directions and Collaborations - The research institute aims to gather top AI security talent, develop autonomous security models, and build an intelligent security ecosystem to support national digital security strategies [4]. - The event highlighted the importance of supply chain security, as emphasized by Jiangyuan Technology's vice president, underlining the need for self-controlled chips in the context of national security [3].