今年深圳两会期间，深圳把"抢占人工智能产业科技制高点"写进了政府工作报告，提出要加快建设全球 人工智能先锋城市，2026年人工智能产业集群增加值增长10%以上。围绕深圳人工智能产业的高质量发 展，深圳两会代表委员积极建言献策。 打造"人工智能产业第一城" 在深圳两会期间，深圳市政协常委、云天励飞技术股份有限公司董事长兼CEO陈宁提出以"AI推理芯 片、AI原生硬件、AI商业模式"三个关键突破点为抓手，推动深圳率先进入第四次工业革命，打造成为 全球"人工智能产业第一城"。 陈宁认为，2026年到2030年是AI推理应用大爆发的五年，将由高性价比的AI推理芯片来主导，预测未 来AI推理芯片的市场规模将远超AI训练芯片。 人工智能领域取得多层面突破 2月10日，在深圳两会专场记者会上，深圳市发改委相关负责人介绍，"十四五"期间，深圳落实国家重 大决策部署，主动作为抢抓人工智能重大发展机遇。现有人工智能规上企业超过2600家，2025年人工智 能核心产业营收约2200亿元，产业综合实力稳居全国第一梯队。 据深圳市发改委介绍，"十四五"期间，深圳在人工智能领域取得多个层面的突破。在打造全栈自主的基 础算力底座方面，深圳 ...

Core Insights - Shenzhen aims to become a global leader in the artificial intelligence (AI) industry, with a target of over 10% growth in AI industry cluster value added by 2026 [1] - The city has over 2,600 AI enterprises and anticipates core AI industry revenue of approximately 220 billion yuan by 2025, maintaining its position among the top tier in the country [2] Industry Developments - Shenzhen has made significant breakthroughs in AI, including advancements in foundational computing power and the commercialization of edge AI chips [2] - The National Supercomputing Center in Shenzhen is set to achieve the world's top computing performance by December 2025, with a projected 16,000P computing cluster by October 2023 [2] - The city has issued its first batch of AI vouchers to reduce the cost of computing power for AI entities [2] Talent and Funding - The establishment of the National AI Academy in Shenzhen has selected 114 dual-appointed professors, with the first cohort of 237 students expected by September 2025 [3] - A venture capital fund of 50.45 billion yuan will be launched in December 2025, focusing on AI and other emerging sectors [3] Strategic Goals - Shenzhen aims to enhance its AI supply chain advantages and become a leader in autonomous computing technology and innovative smart terminal solutions [3] - The city is focused on three key areas: AI inference chips, AI-native hardware, and AI business models, to lead the fourth industrial revolution [4] Challenges and Recommendations - Despite progress, challenges remain in data integration, core technology autonomy, and cross-system collaboration [5] - Recommendations include strengthening high-level AI applications across all sectors, promoting vertical integration, and implementing regulatory innovations to facilitate AI development [5][6]

Group 1 - The autumn recruitment season for 2026 graduates is actively taking place in Shandong, with a focus on the job market dynamics and the impact of industrial structure adjustments on job supply [2][4] - Graduates are adopting a proactive and well-prepared approach to job applications, with many tailoring their resumes to fit different companies' needs [3][4] - The demand for technical talent in emerging industries such as artificial intelligence, high-end equipment manufacturing, and renewable energy is significantly increasing, with companies offering competitive salaries for these roles [4][5] Group 2 - Companies are reporting a higher volume of applications, with some receiving nearly a hundred resumes for a limited number of positions, indicating a competitive job market [4][5] - The average monthly salary for technical research positions is approximately 8,000 yuan for bachelor's degree holders and over 10,000 yuan for master's degree holders, while sales positions offer lower salaries [5] - Career planning and preparation are crucial for graduates to secure desirable positions, as those without clear career goals often struggle to find suitable jobs [6][7]

Core Insights - The State Council of China issued the "He Tao Shenzhen-Hong Kong Science and Technology Innovation Cooperation Zone Development Plan," establishing a national strategic blueprint for the Shenzhen-Hong Kong tech innovation collaboration [1] - The He Tao Cooperation Zone aims to become a world-class research hub, achieving significant results in resource aggregation, collaborative innovation, and technology transfer over the past two years [1][2] Group 1: High-End Resource Aggregation - The He Tao Cooperation Zone is the only major cooperation platform in the Guangdong-Hong Kong-Macao Greater Bay Area focused on technological innovation, leveraging cross-border collaboration to accelerate towards a world-class research hub [2] - As of August 2023, the zone has gathered over 200 high-end research projects and 447 tech companies, with a 2.5 times increase in research talent to over 15,000, including 18 academicians [1][2] - The establishment of major research platforms, such as the Guangdong-Hong Kong-Macao Greater Bay Area Quantum Science Center, has facilitated significant breakthroughs, including the discovery of high-temperature superconductivity in nickel oxide [2] Group 2: Collaborative Innovation Achievements - The cooperation zone has successfully integrated Hong Kong's research advantages with Shenzhen's industrial resources, exemplified by the Hong Kong Science Park Shenzhen Branch, which has attracted nearly 70 tech companies since its opening in September 2023 [4] - Notable advancements include the development of China's first high temporal and spatial resolution electron microscope by a team from City University of Hong Kong, showcasing the zone's capacity for cutting-edge research [5] - The zone has nurtured companies like Crystal Tech and Kunlun Technology, with significant achievements in drug discovery and semiconductor technology, indicating a robust innovation ecosystem [6][7] Group 3: Soft and Hard Connectivity Enhancements - The He Tao Cooperation Zone is positioned as an experimental area for international advanced technology innovation rules, focusing on systemic institutional designs for cross-border research element flows [8] - Recent infrastructure upgrades include the commissioning of a high-quality power supply system and the establishment of a direct cross-border bus service, enhancing connectivity for researchers between Shenzhen and Hong Kong [9] - The zone's strategic initiatives aim to provide strong technological support for the development of new productive forces, contributing to the overall innovation landscape of the Guangdong-Hong Kong-Macao Greater Bay Area [9]

Core Insights - The rapid evolution of artificial intelligence (AI) technology is transitioning from experimental exploration to value creation, leading to profound changes across various sectors of the economy and society [1] - The State Council has issued the "Opinions on Deepening the Implementation of the 'Artificial Intelligence+' Action," promoting dual empowerment of AI technology innovation and application development [1] Group 1: Confidence in Core Technology Breakthroughs - The issuance of the "Opinions" is timely for Shenzhen enterprises at the forefront of AI innovation, emphasizing support for AI chip innovation and ecosystem cultivation [5] - Companies like Yuntian Lifei and KunYun Technology express that the policy provides broad development space and support, enhancing confidence in technology research and market expansion [5][5] - The policy aligns with industry development needs, offering clear guidance for companies focused on embodied intelligence solutions, accelerating the integration of AI with the real economy [5] Group 2: Empowering Industry for Intelligent Upgrades - The integration of AI with various industries is expected to stimulate new development vitality, transforming AI from a mere tool to an essential infrastructure [7] - The agricultural sector is experiencing a deep integration with AI, promoting data openness and resource sharing, which will enhance technological applications in agriculture [7] - Companies specializing in AI visual communication and multimodal technology are set to benefit from the policy, which will accelerate the adoption of AI-generated content in creative and design fields [7] Group 3: Establishing AI Application Benchmarks - Shenzhen is actively positioning itself as a pioneer city for AI, launching nearly 200 "city + AI" application scenarios to create a comprehensive construction system covering public services, enterprise services, and urban operations [8] - The integration of AI technology with urban governance is exemplified by the development of national benchmark applications in various fields, enhancing efficiency and public satisfaction [8] - Continuous support for enterprises in Shenzhen aims to foster growth and innovation, contributing to economic dynamism and vitality [8]

Core Viewpoint - The "Shenzhen Park Development Plan for the He Tao Shenzhen-Hong Kong Technology Innovation Cooperation Zone" was officially released in August 2023, outlining a roadmap for the development of the He Tao Cooperation Zone, aiming to create a "world-class scientific research hub" and a source of new productive forces [1] Group 1: Innovation Element Flow - The core of promoting industrial development lies in the smooth flow of human, logistics, capital, information, and technology [2] - The He Tao Cooperation Zone has implemented bold reforms to facilitate cross-border flow of research materials, biological samples, and data, thereby creating a favorable institutional environment for new productive forces [2] - The introduction of a cross-border direct bus service has made it easier for researchers to commute between Shenzhen and Hong Kong, reducing travel time significantly [2] - The "Kehui Tong" pilot project has been launched to allow free cross-border allocation of research funds, with the establishment of a cross-border dual-currency mother fund for targeted investments [2][3] Group 2: Efficient Cross-Border Flow - Customs measures have been introduced to support the efficient cross-border flow of research-related goods, enhancing the management of goods and ensuring effective supervision [3] - The Shenzhen Data Exchange has been established to facilitate cross-border data transactions, completing 110 transactions worth 334 million yuan [3] Group 3: Innovation Ecosystem - Institutional innovation and resource aggregation are accelerating the establishment of a comprehensive technological innovation ecosystem in the He Tao Cooperation Zone [4] - The spatial layout for industries has been optimized, with the construction of 13 specialized parks and plans for over 3 million square meters of research and supporting space by 2035 [4] - A competitive talent attraction mechanism has been developed, resulting in the gathering of over 15,000 researchers and numerous high-level experts [4] Group 4: Platforms for Innovation - The He Tao Cooperation Zone has established several first-class technology innovation centers and platforms for the transformation of innovative achievements [5] - Key technological breakthroughs have been made in various fields, including the production of the first domestic electron beam lithography machine and the first mass production of VCSEL optical chips [5] Group 5: Industrial Cluster Development - The He Tao Cooperation Zone has become a national strategic platform, gathering over 200 high-end research projects and 447 technology companies [6] - Industrial clusters in artificial intelligence, biomedicine, and quantum information are rapidly forming, with a positive cycle of innovation and industrial chain integration emerging [6]

Core Insights - The emergence of the world's first front-flip robot in Shenzhen's Nanshan district highlights a significant innovation wave in humanoid robotics, driven by local supply chains achieving rapid prototyping and production [1][2][3] Industry Overview - The total output value of Shenzhen's robotics industry exceeded 200 billion yuan, with over 74,000 related enterprises, accounting for approximately 16% of the national total [2] - Nanshan is home to 42 unicorn companies, with nearly half located in this district, showcasing its status as a hub for advanced technology [2] Innovation Ecosystem - The "robot valley" in Nanshan fosters a collaborative ecosystem where product development cycles are significantly shortened, enabling rapid transitions from design to production [3][4] - Local suppliers and research institutions are closely integrated, allowing for efficient collaboration and innovation [3][4] Government Support - The Shenzhen government has initiated measures such as the issuance of nearly 200 million yuan in "training vouchers" to support AI companies, alleviating R&D financial pressures [4][6] - Policies established in 2025 aim to create a comprehensive support system for the robotics industry, covering core component R&D and public service platform construction [6] Future Outlook - The establishment of the Guangdong Intelligent Robot Innovation Center and collaboration with local universities positions Nanshan as a global leader in AI and robotics innovation [7] - The district is expected to evolve into a significant source of innovation in the global smart robotics landscape, driven by a synergistic approach among technology, industry, and policy [7]

Group 1 - The annual reports of listed companies serve as a comprehensive overview of their operational performance, revealing their development genes, strategic layout, and growth potential [1] - In 2024, 15 companies in the A-share market had a research and development intensity (R&D investment as a percentage of revenue) exceeding 100%, with 10 of these companies not yet profitable [1][2] - Companies maintain high R&D intensity despite not being profitable due to the necessity of R&D for achieving breakthroughs and competitive advantages in the market [2] Group 2 - The relationship between R&D investment and successful outcomes is positive, with sustained high R&D investment being essential for technological breakthroughs [2] - The capital market increasingly values R&D capabilities, as highlighted by the China Securities Regulatory Commission's acknowledgment of a clearer "technology narrative" in the A-share market [2][3] - Investors are shifting focus from short-term profits to long-term growth potential, creating a virtuous cycle of R&D investment leading to innovation, market recognition, and capital infusion [3] Group 3 - The evolving capital market ecosystem offers new financing options through intellectual property (IP) securitization, allowing companies to convert future income from patents and technology into immediate funding [3] - An example of successful IP securitization is the "He Tao Shenzhen-Hong Kong Technology Innovation Cooperation Zone" project, which raised 58 million yuan for eight key research enterprises [3][4] - Emphasizing R&D intensity enables companies to unlock market opportunities, attract capital, and transform intangible assets into tangible financial resources [4]