Core Viewpoint - The establishment of the world's first "Artificial Intelligence Architecture Design and Urban Construction Research Institute" in Shenzhen aims to address long-standing efficiency bottlenecks and data silos in the industry, reshaping the architectural design value chain and supporting smart city development [1][2]. Group 1: Research Institute Objectives - The AI Research Institute has three core objectives: to aggregate industry data to support smart city construction, to develop a comprehensive AI architectural design toolset, and to reshape the business model of AI architectural design [2]. - The research institute plans to launch several groundbreaking AI design tools, including AIGC-assisted architectural scheme design tools and automated design tools for construction drawings [2]. Group 2: Collaborative Digital Platform - A collaborative digital platform for architectural design will be established, featuring software integration applications, multi-disciplinary online design, and data collection and transmission capabilities [2]. - The platform will enable designers to efficiently complete design work while automating tasks such as design review, quantity calculation, and project approval, facilitating management for industry authorities [2]. Group 3: Data Integration and Support - The research institute aims to create a globally leading urban-level dataset by integrating various architectural data, achieving significant advantages in data scale, quality, and real-time capabilities [2]. - This dataset will not only support Shenzhen's smart city construction but also provide scientific basis for government policy formulation and industrial planning [2].

Core Viewpoint - The establishment of the world's first "Artificial Intelligence Architecture Design and Urban Construction Research Institute" in Shenzhen marks a significant step towards transforming the architecture design industry in China, focusing on data-driven productivity and online collaboration [1][3]. Group 1: Background and Challenges - The architecture design industry is facing unprecedented challenges and opportunities due to the rapid development of digital cities, autonomous driving, and low-altitude economy, leading to a sharp increase in demand for high-precision, structured architectural data [3][4]. - Traditional architecture design methods rely heavily on human experience, resulting in fragmented design tools and data scattered across design, construction, and operation phases, creating "information silos" that hinder innovation and urban digital management [3][4]. Group 2: Objectives and Strategies of the AI Research Institute - The AI Research Institute aims to address long-standing efficiency bottlenecks and data isolation issues in the industry, with a mission to reshape the architectural design value chain and support smart city construction [3][4]. - The core objectives include gathering industry data to support smart city initiatives, developing a comprehensive AI architecture design toolset, and redefining the business model for AI architecture design [5][7]. Group 3: Technological Innovations and Expected Outcomes - The institute plans to introduce several groundbreaking AI design tools, such as AIGC-assisted architectural scheme design tools and automated construction drawing design tools, which are expected to significantly enhance design efficiency and quality [7]. - A collaborative digital platform for architectural design will be established, featuring software integration, multi-disciplinary online design, and data collection capabilities, allowing designers to efficiently complete their work and enabling regulatory bodies to manage projects effectively [7]. Group 4: Support and Collaboration - The AI Research Institute is supported by various institutions, including Shenzhen's Technology Innovation Bureau and several technology companies and universities, which will provide technical and talent support [4][5]. - The institute has received special project funding from Shenzhen's Technology Innovation Bureau, and its generated data will be integrated into the city's spatial information platform [4].