（股份代號：2121） 自願性公告 簽署戰略合作協議 此乃創新奇智科技集團股份有限公司（「本公司」或「創新奇智」）之自願性公告，旨在向本公司股東 （「股東」）及潛在投資者提供有關本公司最新發展之資料。 本公司董事會（「董事會」）欣然宣佈，於2026年1月28日，本公司與上海交通大學海南研究院（上 海交通大學三亞崖州灣深海科技研究院）（「上海交大海南研究院」）簽署戰略合作協議（「戰略合作協 議」）。 香港交易及結算所有限公司及香港聯合交易所有限公司對本公告的內容概不負責，對其準確性或完整性亦不發表任何 聲明，並明確表示，概不對因本公告全部或任何部分內容而產生或因依賴該等內容而引致的任何損失承擔任何責任。 AINNOVATION TECHNOLOGY GROUP CO., LTD* 創新奇智科技集團股份有限公司 （於中華人民共和國註冊成立的股份有限公司） 上海交大海南研究院圍繞國家重大戰略，對接海南特色需求，聚焦船舶與海洋工程、醫學、區塊鏈 技術、深部生命、深海微生物、海洋生物學、天文與天體物理、計算機科學與技術、人工智能等方 向開展科研攻關、人才培養、基地建設等工作；現已從船舶海洋與建築工程學院、醫學院、生命科 ...

Core Viewpoint - The Guangdong Provincial Government has issued an action plan for promoting high-quality development of the marine economy from 2025 to 2027, aiming to establish Guangdong as a strong marine province in line with national strategies [1]. Group 1: Marine Technology Initiatives - Accelerate breakthroughs in key marine technologies focusing on deep water, green, intelligent, and safe technologies, utilizing major research facilities like the "Dream" ocean drilling vessel [2]. - Build high-standard marine research platforms, including the National Marine Comprehensive Test Field in Zhuhai and the Southern Marine Science and Engineering Laboratory [2][3]. - Establish a comprehensive marine industry innovation system to facilitate technology transfer and support the development of marine-related academic disciplines in local universities [3]. Group 2: Marine Industry Development - Strengthen and expand the marine industry to create a modern marine industrial system with competitive international standing, focusing on optimizing traditional industries and fostering emerging sectors [4]. - Develop modern marine fisheries through the establishment of modern marine ranches and enhancing the organizational and professional levels of marine ranching [4]. - Promote the marine oil and gas industry by advancing exploration and development into deep water and supporting the digitalization of the oil and gas sector [5]. Group 3: Marine Economic Platforms - Support the construction of marine economic development platforms in coastal cities, emphasizing the integration of port, industry, and urban development [11]. - Establish a database of key marine enterprises and foster the growth of leading and specialized marine companies [11]. Group 4: Marine Economic Support Actions - Enhance cooperation in marine economic development with neighboring provinces and countries, focusing on infrastructure connectivity and trade [12]. - Implement high-quality marine ecological restoration projects and strengthen monitoring systems for marine resource development [12]. - Secure financial support for marine projects through various funding mechanisms and encourage financial institutions to invest in marine infrastructure [13]. Group 5: Governance and Leadership - Strengthen the leadership of the Communist Party in marine work and establish a coordination mechanism for marine economic development [14]. - Promote awareness and understanding of marine issues within society to foster a supportive environment for marine economic initiatives [14].

Core Viewpoint - Hainan aims to achieve high-quality development by leveraging its unique resources and free trade port policies, focusing on modern industrial systems and technological innovation to enhance productivity and economic growth [1][2]. Group 1: Economic Development and Industry Focus - During the "14th Five-Year Plan" period, Hainan is prioritizing the development of four main industries: tourism, modern services, high-tech industries, and tropical agriculture, with a focus on integrating innovation resources [2]. - By 2024, Hainan's R&D expenditure is projected to reach 10.961 billion yuan, marking a 22.1% increase year-on-year, the highest growth rate in the country [2]. - The contribution of the four main industries to the regional GDP is expected to reach 67.2% by the first three quarters of 2025, an increase of 14.2 percentage points compared to 2020 [2]. Group 2: Agricultural Innovation - Hainan is positioned as a key player in seed production, with over 800 related enterprises and more than 10,000 professionals engaged in seed breeding, contributing to a market value exceeding 18 billion yuan [3]. - The province aims to implement a seed industry revitalization action plan, focusing on biotechnology and AI to enhance research capabilities and develop a modern seed industry cluster [3]. Group 3: Marine Economy - Hainan has jurisdiction over approximately 2 million square kilometers of ocean, making it an ideal location for deep-sea research and marine technology development [4]. - The marine economy's contribution to Hainan's GDP is projected to exceed 200 billion yuan, accounting for 35.5% of the total [4]. Group 4: Aerospace Industry - Hainan is developing a comprehensive commercial aerospace industry chain, leveraging its geographical advantages for cost-effective launches and safe landing zones [4]. - The Wenchang Space Launch Site is becoming a significant hub for the aerospace industry, with plans to expand satellite manufacturing and rocket assembly capabilities [4]. Group 5: Green and Digital Economy - Hainan is focusing on green low-carbon industries, with over 70% of its power generation from clean energy sources, and aims to develop a digital economy with nearly 500 core enterprises by 2025 [5][6]. - The province plans to foster digital applications in various sectors, including health and entertainment, while promoting the development of semiconductor and biopharmaceutical industries [5]. Group 6: Policy and Institutional Framework - Hainan is working to enhance its free trade port policy framework to optimize resource allocation and market expansion, aiming to create a conducive environment for international trade and investment [6]. - The province seeks to align with international trade rules and enhance cooperation in technology innovation, particularly in biotechnology and marine equipment [6].

Core Viewpoint - The Zhejiang Provincial Two Sessions emphasized the importance of advancing marine economic development and building a strong marine province, with a focus on high-quality growth in the marine economy through technological innovation and ecological value transformation [1]. Group 1: Marine Economic Development - The "Youth and Sea" technology innovation team in Ningbo Xiangshan is at the forefront of marine economic development, utilizing technology to create new opportunities for ecological value transformation [1]. - The first national blue carbon auction, initiated by marine ecologist He Congying, has been successfully implemented in Xiangshan, allowing for the monetization of carbon absorption from seaweed cultivation through market transactions [1]. - The "Xiangshan Blue Carbon Digital Map" has been launched, providing clear visibility of coastal carbon sink resources and their potential, facilitating trading recognition among five cities [1]. Group 2: Technological Innovations - The "blue" youth team has made significant advancements in deep-sea operations, developing deep-sea robots capable of performing precise tasks under extreme conditions, which have been utilized in major national scientific research missions [2]. - The team led by Ou Shuhui has developed an "intelligent anti-corrosion system" that breaks a 30-year foreign monopoly, providing real-time monitoring and automatic adjustment of protective currents for marine engineering [3]. - The DH-S dehydrogenation spheronization technology has been developed to recycle waste titanium materials into high-quality powder, achieving nearly 100% raw material utilization and significantly reducing production costs [3]. Group 3: Renewable Energy Support - The team led by Zhu Peilong at Naiseng Electric has developed core technology for 72.5 kV gas-insulated switchgear, addressing the challenges posed by harsh marine environments for offshore wind power projects [4]. - The innovative switchgear products have been successfully deployed in multiple offshore wind and photovoltaic projects, providing robust support for the marine layout of the renewable energy industry [4].

Core Viewpoint - Zhuhai is leveraging its marine advantages to develop "new marine infrastructure" through a systematic "985" work framework aimed at unlocking the potential of its blue territory [1][2]. Group 1: Functional Islands Development - The "985" work framework includes the development of nine functional islands categorized into innovation, information, and integration types [2]. - Innovation islands will feature a technology demonstration island, marine equipment island, green building materials island, and comprehensive energy island, showcasing advanced marine technologies and sustainable practices [2][3]. - Information islands will focus on building a seabed data center as part of a computing infrastructure, capitalizing on natural cooling from seawater and proximity to offshore wind farms [3]. - Integration islands will include emergency and cold chain storage facilities, an ecological tourism platform, a marine center for industry services, and multifunctional floating islands for various marine applications [3]. Group 2: High-Energy Marine Platforms - Eight high-energy marine platforms will be established, including a national marine comprehensive testing ground and a future marine ranch demonstration area, enhancing marine technology and smart aquaculture [4]. - The platforms will support various emerging industries, including a comprehensive service hub for yachts and a marine big data application center to coordinate marine data resources [4]. Group 3: Support Systems - Five support systems will be implemented to strengthen top-level design and mechanism guarantees, including a special leadership group, expert advisory committee, and investment cooperation fund to attract social capital [5]. - The marine development strategy aims to position Zhuhai as a leader in marine innovation, contributing significantly to the city's high-quality development [5].

Core Viewpoint - The article emphasizes the importance of advancing China's marine economy through high-quality development and technological innovation, highlighting the country's achievements in marine science and technology as a foundation for building a modern marine industry system [2][4]. Group 1: Technological Innovation in Marine Industry - Technological innovation is identified as the core driving force for upgrading the marine industry, with breakthroughs in deep-sea exploration, marine equipment manufacturing, marine renewable energy, and marine biomedicine [4]. - Significant advancements include the successful trials of deep-sea equipment like "Jiaolong" and "Fendouzhe," and the development of intelligent systems for deep-sea resource extraction [4]. - The establishment of a comprehensive marine observation network utilizing satellites, drones, and underwater gliders enhances marine monitoring capabilities [4]. Group 2: Growth and Structure of Marine Economy - China's marine economy continues to grow, with the marine production value expected to exceed 10 trillion RMB in 2024, and the added value of emerging marine industries increasing by 7.2% year-on-year [7]. - Traditional marine industries are transitioning towards high-end development, with modern facilities like deep-sea cages and intelligent fishing vessels reducing environmental pressure [7]. - The marine transportation sector maintains a global leadership position, with major ports like Shanghai and Ningbo-Zhoushan consistently ranking among the world's top ports [7]. Group 3: Emerging Marine Industries - New marine industries are becoming significant growth points, with the oil and gas sector advancing into deep-sea exploration, exemplified by the successful production of the "Deep Sea No. 1" gas field [8]. - The marine engineering equipment manufacturing sector has achieved a 60% global market share, with significant advancements in the design and construction of deep-water drilling platforms [8]. - The desalination industry is expanding, with increasing self-sufficiency in technology and equipment [9]. Group 4: Policy and Ecosystem Support - Strong policy support at both national and local levels, including the "14th Five-Year Plan for Marine Economic Development," provides strategic guidance for technological research and development [5]. - Collaborative ecosystems involving academicians, platforms, and technologies are being established in regions like Shandong and Guangdong to foster innovation [5]. Group 5: Challenges and Future Directions - Despite progress, challenges remain, including reliance on foreign technology in key areas and the need for improved coordination within the marine industry [11]. - Future strategies should focus on enhancing core technologies, promoting the integration of innovation, industry, and finance, and fostering international cooperation in marine science and sustainable development [12][13].

Group 1 - The 19th Jiangsu Youth Science and Technology Award has been announced, recognizing 60 young scientific workers, with 6 from Suzhou [1] - The award aims to select and cultivate outstanding young scientific talents, with the average age of the "Top Ten Young Science and Technology Stars" being around 37 years [1] - The awarded talents from Suzhou cover research areas including optoelectronic materials, high-end equipment, new energy, and biomedical fields [1] Group 2 - Li Lei, chairman of Suzhou Green Control Transmission Technology Co., Ltd., focuses on electric drive systems for new energy commercial vehicles and has made breakthroughs in key technologies [1] - Chang Lei, a professor at Suzhou University, specializes in the intersection of radiation biology and biomechanics, leading numerous national and provincial research projects [2] - Kang Lixing, a researcher at the Suzhou Institute of Nano-tech and Nano-bionics, has achieved key breakthroughs in the controlled growth and precise regulation of high-quality carbon nanotubes [2]

来源：光明日报 本报北京1月15日电 记者杨舒、张胜 该机器人高2.5米、体重110千克，创新亮点在于采用模块化多体节设计，并融合惯性导航、磁信标辅助 定位与人工智能算法，从而极大提升了智能化水平与环境适应性。它能够在深海地层内部实现自由钻进 与精准定位，可自主避开岩石、生物残骸等障碍物，并动态规划最优路径。 此外，该机器人还能携带多种传感器深入地层内部，开展大范围、长周期、多参数的原位实时监测。在 刚结束的航次中，研发团队利用该机器人在南海完成了目标地层的原位实时监测，获得2000多组甲烷浓 度、溶解氧和地层结构等数据，有助于更好地了解试采区的地质背景。 深海地层内蕴藏着天然气水合物、深海稀土、多金属结核等关键资源，其安全、绿色开发关乎国家能源 与资源安全。深海环境复杂恶劣，具有低温、高盐度、高水压和地质条件不稳定等特点，勘探开发面临 巨大挑战。我国现有的深海钻探与监测技术，在装备机动灵活性、原位监测的时间和空间覆盖范围、数 据实时传输与长期可靠性等方面存在明显不足，难以满足深海资源勘探与开发所急需的地层内部、低扰 动、实时原位监测的需求。为此，广州海洋地质调查局研发团队利用理论分析、数值模拟、室内试验及 ...

Core Viewpoint - The Qingdao Science and Technology Innovation Corridor aims to become a competitive innovation development hub both nationally and globally, focusing on integrating technology innovation with economic growth and enhancing the region's innovation ecosystem [1][4]. Group 1: Corridor Overview - The Qingdao Science and Technology Innovation Corridor officially started construction on November 7, 2025, stretching 53 kilometers along the coastal road and covering an area of approximately 190 square kilometers, connecting Laoshan District, Licang District, and Qingdao Blue Valley [1][2]. - The corridor is designed to highlight the natural features of mountains, seas, bays, rivers, islands, springs, and beaches, with a well-developed road network and metro connectivity [2]. Group 2: Innovation Resources - The corridor will leverage the Laoshan Laboratory as a leading entity, concentrating on marine science initiatives such as the "Transparent Ocean" project, and boasts the highest number of marine academicians in the country [2]. - It will gather eight universities, including Ocean University of China and Shandong University (Qingdao), along with eight national key laboratories, two national manufacturing innovation centers, 14 provincial-level research institutes, and 21 provincial-level new R&D institutions [2]. Group 3: Strategic Focus Areas - The construction plan includes seven focus areas and 24 specific tasks, such as establishing a global marine technology innovation source, building a high-level innovation platform system, and accelerating the integration of innovation chains and industrial chains [3]. - The corridor will also emphasize attracting high-level global innovation talent through the "Talent Strong Qingdao" initiative, enhancing the environment for talent development and entrepreneurship [3]. Group 4: Industry Development - The corridor will focus on four major industry directions: marine, digital intelligence, life sciences, and future technologies, creating an industry system referred to as "242N" [3]. - This includes high-end marine equipment, artificial intelligence, new generation information technology, and various advanced fields such as quantum information and satellite internet [3]. Group 5: Regional Cooperation and Environment - The initiative aims to foster regional innovation cooperation, engaging in international collaborations and integrating with advanced domestic innovation corridors [3]. - Efforts will be made to enhance the quality of the living and working environment, including smart city development and improving urban service facilities [3][4].

"在刚结束的航次中，我们利用这台机器人在南海完成了目标地层的原位实时监测，获得了2000多组甲 烷浓度、溶解氧和地层结构等数据，有助于更好地了解试采区地质背景。"自然资源部中国地质调查局 广州海洋局工程师朱扬涛说。 深海地层内蕴藏着天然气水合物、深海稀土、多金属结核等关键资源，其安全、绿色开发关乎国家能源 与资源安全。然而，深海环境复杂恶劣，具有低温、高盐度、高水压和地质条件不稳定等特点，勘探开 发面临巨大挑战。我国现有的深海钻探与监测技术，在装备机动灵活性、原位监测的时间和空间覆盖范 围、数据实时传输与长期可靠性等方面，仍难以满足深海资源勘探与开发所急需的在地层内部进行低扰 动、实时原位监测的需求。 科技日报北京1月14日电 （记者操秀英）记者14日从中国地质调查局广州海洋地质调查局获悉，该局自 主研发的国内首台海底地层空间立体钻探与原位监测机器人，在南海1264米水深海域成功完成试验作 业，各项性能全面达标，标志着我国深海勘探与地层原位监测技术取得重要突破。 该机器人采用模块化多体节设计，并融合惯性导航、磁信标辅助定位与人工智能算法，智能化水平与环 境适应性极大提升。它能够在深海地层内部实现自由钻进与精准 ...