Core Viewpoint - Softcom Power (301236) has signed a strategic cooperation agreement with Xiangdi Xian Computing Technology (Chongqing) Co., Ltd. to enhance the integration of graphic computing chips and industry platforms, focusing on digital twins and industrial simulation solutions, which may strengthen the company's positioning in AI computing power and industry digitalization [1] Stock Performance - Recently, Softcom Power's stock price has shown a fluctuating upward trend, closing at 47.50 yuan on February 13, 2026, with a cumulative increase of 3.06% over the past five days and a price range fluctuation of 4.34%, with a total transaction amount of approximately 35.78 billion yuan [1] - On February 13, 2026, there was a net outflow of approximately 36.82 million yuan from main funds, but the net inflow of main funds has been volatile over the past three days [1] - The technical analysis indicates that the current stock price is close to the lower support level of the 20-day Bollinger Bands at 44.97 yuan, with the MACD indicator still in a bearish zone, while the KDJ indicator shows signs of a low-level rebound [1] Institutional Perspectives - Institutions maintain a neutral to optimistic view on Softcom Power, with a composite target price of 81.02 yuan, indicating a potential upside of 70.57% from the current stock price [1] - Profit forecasts from 30 institutions predict a year-on-year net profit growth of 130.73% in 2025, primarily driven by the implementation of AI computing power business and the advancement of the integrated hardware and software strategy [1] - Recent ratings show that 100% of the opinions are to buy or increase holdings, although the frequency of institutional research is low, and market attention is generally moderate [1]

Group 1: Emerging Fields - The release of 5 national standards in emerging fields such as brain-computer interfaces and digital twins aims to clarify reference frameworks and data formats, supporting high-quality development in cutting-edge technology sectors [1] - 47 national standards related to new materials, including aluminum nitride single crystal polishing sheets and carbon fiber reinforced composites, are expected to promote innovation in the new materials industry [1] - 15 national standards for experimental animals, including identification and evaluation techniques, are designed to enhance the support for biotechnology research and applications [1] Group 2: Transportation and Logistics - The introduction of 2 national standards for intelligent connected vehicles focuses on performance testing for autonomous driving and parking systems, enhancing the performance and safety of smart vehicles [1] - 6 national standards related to automotive components, such as door handles and adaptive cruise control systems, aim to improve road traffic safety and sustainability [1] - 2 mandatory national standards for the postal industry address safety production operations and equipment requirements, enhancing safety governance in postal and express delivery services [1] Group 3: Ecological and Environmental Protection - 6 national standards, including general requirements for natural protected area signage and drone inspection techniques for forest and grassland fire prevention, provide standard support for national ecological security [2] - 2 national standards for environmental due diligence and report verification are significant for promoting green development and improving environmental governance efficiency [2] - 2 national standards related to greenhouse gas emission accounting and reporting requirements assist companies in accurately calculating and reporting emissions, providing a framework for emissions management [2] Group 4: Safety Production - 16 mandatory national standards in the fire safety sector, including outdoor fire hydrants and gas detectors, update technical requirements and inspection rules to mitigate major fire safety risks [2] - 14 national standards for special equipment, such as gantry cranes and pressure vessels, ensure the safe and stable operation of these devices [2] Group 5: Public Life - 4 national standards for services for people with disabilities, including single-arm walking aids and cognitive accessibility, aim to enhance the quality of rehabilitation aids and standardize services for vulnerable groups [2] - 8 national standards related to medical laboratories and medical device sterilization processes are established to regulate practices in medical testing and manufacturing [2] Group 6: Additional Standards - The market regulatory authority also released national standards concerning transportation terminology, earth-moving machinery, and reciprocating internal combustion engines [3]

Group 1: Emerging Technologies and Standards - The approval of national standards for emerging fields includes brain-computer interfaces and digital twins, which clarify reference frameworks and data formats to support high-quality development in cutting-edge technology [1] - A total of 47 national standards were released for new materials, including aluminum nitride single crystal polishing wafers and carbon fiber reinforced composites, aimed at fostering innovation in the new materials industry [1] Group 2: Transportation and Logistics - Two national standards for intelligent connected vehicles were published, focusing on performance testing for autonomous driving and parking systems, enhancing the performance and safety of intelligent connected vehicles [1] - Six national standards related to automotive components, such as door handles and adaptive cruise control systems, were introduced to improve road traffic safety and environmental sustainability [1] - Two mandatory national standards for the postal industry were released, addressing safety production operations and equipment configuration for postal and express delivery services, thereby enhancing safety governance in the postal sector [1] Group 3: Environmental Protection - Six national standards were established for ecological protection, including general requirements for natural protected area signage and drone inspection technology for forest and grassland fire prevention, providing standard support for national ecological security [2] - Two national standards for environmental due diligence assessments and environmental report verification were published, which are significant for promoting green development and improving environmental governance efficiency [2] - Two national standards related to greenhouse gas emission accounting and reporting requirements were released, aiding companies in accurately calculating and reporting their greenhouse gas emissions [2] Group 4: Safety Production - Sixteen mandatory national standards in the fire safety sector were updated, including outdoor fire hydrants and combustible gas detectors, providing technical guidelines to mitigate major fire safety risks [2] - Fourteen national standards for special equipment, such as gantry cranes and pressure vessels, were published to ensure the safe and stable operation of these devices [2] Group 5: Public Welfare and Healthcare - Four national standards for services for people with disabilities were released, including standards for single-arm walking aids and autism rehabilitation institutions, aimed at improving the quality of rehabilitation aids and services for vulnerable groups [2] - Eight national standards were established for medical laboratories and medical device sterilization processes, regulating practices in medical experiments and manufacturing [2] Group 6: Additional Standards - The market regulatory authority also published national standards related to transportation terminology, earth-moving machinery, and reciprocating internal combustion engines [3]

Group 1 - The core initiative of the "Fuxing Island" project is to create a "Global Maker Island" and a future city experimental zone, supported by intellectual resources and practical pathways [1] - The establishment of the "Tongxin Hui" expert service station aims to integrate expertise from scholars and industry leaders to enhance the planning and construction of Fuxing Island, fostering collaboration between scientists and entrepreneurs [1] - The service station will leverage Shanghai's 14th Five-Year Plan for industrial development, creating a "demand-intelligence-scenario" linkage mechanism to provide ongoing, professional intellectual services for the embodied intelligence industry [1] Group 2 - Keynote speeches at the event emphasized moving beyond "technological stagnation," with insights on future smart city construction from various angles, including urban-university symbiosis and innovative spatial design [2] - Representatives from companies like Alibaba Cloud and Tencent Research Institute discussed practical paths for urban transformation through cutting-edge technologies such as digital twins and zero-carbon construction [2] - Collaborative discussions among partners focused on themes like "imagination of future cities" and "co-creation mechanism construction," resulting in actionable innovative ideas and cooperation intentions [2]

原标题：全国人大代表，五邑大学中德人工智能研究院院长、四维时代科技创始人崔岩：让"人工智能 +"赋能千行百业 推动"人工智能+文化"融合，激活传承创新动能。系统推进高精度三维扫描、数字孪生等技术在文化遗 产保护中的应用，对古建筑、古文化遗址等不可移动文物建立精准数字化档案，筑牢文化遗产的"数字 底座"。同时，推动数字化成果向沉浸式体验场馆、数字云展、三维动画等形态转化，让博物馆里的文 物、广阔大地上的遗产、古籍里的文字"活"起来，走进百姓日常生活。 当前，实施"人工智能+"行动已成为推动经济社会高质量发展的重要方式，应进一步推动其在文化建 设、社会治理等重点领域深度融合，为千行百业注入强劲动能。 深化"人工智能+司法"应用，提升法治治理效能。推动三维现场勘验、AI动画还原等技术在犯罪现场重 建、证据固定、庭审示证等环节的深度应用，提升司法办案的精准度与效率。加快完善AI司法应用的 制度规范体系，推动技术在公益诉讼、庭审示证等场景中规范使用，让公平正义更加高效可及。 强化"深智"战略引领，夯实人工智能创新根基。建议将"深智"纳入国家战略体系，与"深海、深空、深 地"协同布局，加大对人工智能基础研究与关键技术投入 ...

Core Viewpoint - The integration of culture and technology is essential for promoting high-quality cultural development and building a strong socialist cultural nation, as outlined in the 15th Five-Year Plan proposal [1] Group 1: Importance of Culture and Technology Integration - The fusion of culture and technology is crucial for transforming cultural production processes and upgrading traditional cultural formats, while also fostering the development of new cultural business models [2] - Recent advancements in technologies such as 4K/8K ultra-high definition, immersive interaction, digital twins, and virtual reality have significantly stimulated cultural innovation and creativity [2] - The rapid development and widespread application of generative artificial intelligence have opened vast opportunities for cultivating new productive forces in culture [2] Group 2: Meeting Public Expectations - Technological innovation supports the digital transformation of public cultural services, promoting the sharing and utilization of public cultural resources [2] - The integration enhances the efficiency of cultural production and increases the expressiveness and communicative power of cultural products, creating new cultural consumption scenarios like cloud performances and digital tourism [2] Group 3: International Cultural Competition - The development of technological innovation is reshaping the global cultural competition landscape, with many countries seeking to enhance their cultural soft power through high-tech means [3] - China's international communication capabilities have improved, with global popularity in areas such as online literature, games, and short dramas benefiting from the integration of culture and technology [3] Group 4: Key Focus Areas for Implementation - Promote core technology research in the cultural sector, improving the innovation system and increasing the localization rate of specialized chips and software [4] - Develop new cultural business models and enhance public cultural services through technology, while transforming traditional cultural industries [4] - Cultivate high-level cultural technology enterprises and support the growth of "little giant" companies and unicorns in the cultural technology field [4] - Strengthen talent cultivation in cultural and technological integration, fostering interdisciplinary education to meet industry needs [4] - Improve the policy support system for cultural technology innovation, including financial mechanisms and legal protections [4]

Group 1 - The core point of the news is that Guanshang Technology plans to acquire 100% of Liao Jing Electronics through a combination of issuing shares and cash payments, marking a significant asset restructuring [1] - The acquisition framework has been preliminarily established, with major shareholders holding 67.69% of Liao Jing Electronics signing a framework agreement [1] - The specific valuation and transaction price for Liao Jing Electronics have not yet been determined as the auditing and evaluation work is still ongoing [1] Group 2 - Guanshang Technology has developed a strategic focus on "dual-use military and civilian applications" and has built four technological pillars centered on autonomous controllable information technology, AI empowerment systems, digital twin technology, and flexible intelligent equipment [2] - Liao Jing Electronics has accumulated deep technology in high-reliability semiconductor discrete devices and integrated circuits, which can support the hardware implementation of AI algorithms [2] - Guanshang Technology's financial performance has been under pressure, with a reported revenue of 65.36 million yuan for the first three quarters of 2025, a year-on-year increase of 4.86%, but a significant decline in net profit by 86.14% [2]

Core Viewpoint - The article discusses the essence of world models and digital twins in the context of autonomous driving, emphasizing their role in training perception models in virtual environments and applying them to real-world scenarios [5][6]. Group 1: World Models - World models are defined as the ultimate goal of modeling the physical world, focusing on "spatiotemporal cognition" and requiring vast amounts of video data for training [7]. - The development of world models is shifting from simple visual dynamics simulation to creating immersive interactive environments that reflect real-world complexities [8]. - The core consensus among researchers is that the primary purpose of world models is to understand dynamic environments and predict future scenarios [7][9]. Group 2: Applications in Autonomous Driving - In autonomous driving, world models must provide real-time perception of road conditions and accurately predict their evolution, focusing on immediate environmental awareness and complex trend forecasting [11]. - Key features of effective world models include physical consistency, multiscale spatiotemporal modeling, causal reasoning capabilities, and the ability to generate interactive environments [11]. - Various companies are implementing world models, such as NIO's NWM world model for simulation training, Xiaomi's ORION framework for integrating simulation tools, and Wayve's GAIA-1 for generative world modeling [17]. Group 3: Digital Twins - Digital twins are defined as virtual representations of physical systems that allow for low-cost, high-efficiency research on key technologies and solutions in autonomous driving [19]. - The role of digital twins extends beyond mere observation; they participate in iterative processes to enhance real-world applications [19]. - Digital twins facilitate the modeling of physical world elements in virtual spaces, enabling further work on perception models and system iterations [20][21]. Group 4: Related Technologies - Technologies such as 3D occupancy grids and point clouds are utilized to predict spatial occupancy and enhance scene understanding in autonomous driving [22]. - The integration of multimodal inputs, including visual and LiDAR data, is crucial for improving depth estimation and overall perception accuracy [92]. - The article highlights the importance of self-supervised learning techniques in enhancing the efficiency of 3D scene reconstruction and semantic labeling in autonomous driving applications [90][91].

Core Viewpoint - The announcement by Guankang Technology regarding the acquisition of at least 60% of Liao Jing Electronics marks a strategic shift from defense information technology to the semiconductor sector, reflecting the current trend of "technology + mergers and acquisitions" in the hard technology industry [1][2][3]. Company Overview - Guankang Technology, a leader in the defense information sector, has faced performance challenges since its 2021 IPO, with a 38% drop in 2022 revenue. By 2024, the company reported revenue of 152 million yuan, still below 2021 levels. In the first three quarters of 2025, revenue was 65.36 million yuan, a year-on-year increase of 4.86%, but net profit attributable to shareholders was only 760,000 yuan, indicating a struggle to move away from the breakeven point [2][4]. Acquisition Details - The acquisition involves signing a framework agreement with the main transaction counterpart, with the final terms including share transfer quantity, ratio, transaction price, payment method, performance compensation arrangements, share lock-up arrangements, and breach clauses to be determined in a formal agreement [1][3]. Target Company Profile - Liao Jing Electronics, established in 2007 and formerly known as the Liaoning Transistor Factory, is recognized as a national-level specialized and innovative "little giant" enterprise. It focuses on the research and production of semiconductor integrated circuits and discrete devices, with products including diodes, transistors, and field-effect transistor arrays, widely used in high-barrier fields such as aerospace, aviation, shipping, and weaponry [1][5]. Strategic Implications - The merger is seen as a deepening of Guankang Technology's "dual-use, dual-drive" strategy. The semiconductor technology from Liao Jing Electronics can complement Guankang's digital twin and intelligent equipment management modules, enhancing the intelligence level of defense equipment. Additionally, leveraging Liao Jing's military customer resources allows Guankang to penetrate the domestic semiconductor replacement market and extend defense information technology into civilian applications such as smart emergency and security scenarios [2][4][5]. Industry Context - This cross-industry merger not only represents a breakthrough for Guankang Technology in overcoming growth bottlenecks but also serves as a microcosm of the autonomous and controllable process within China's semiconductor industry chain. The ability to achieve technological leaps and industrial upgrades through capital operations will become a new challenge for hard technology companies in the context of the "technology + mergers and acquisitions" trend [2][5].

Core Viewpoint - Sichuan Guanshang Technology Co., Ltd. is planning to issue shares to acquire assets and raise matching funds, focusing on expanding its business in the smart equipment sector, particularly in basic components and mixed integrated circuits [2] Group 1: Transaction Details - Guanshang Technology intends to acquire at least 60% of the equity of Jinzhou Liaojing Electronic Technology Co., Ltd. through share issuance [2] - The registered capital of Liaojing Electronic is 57 million yuan, and its business scope includes integrated circuits, electronic components design, production, and sales [2] - A framework agreement for the equity acquisition has been signed, with final terms to be determined in a formal agreement [2] Group 2: Strategic Implications - If successful, the acquisition will allow Guanshang Technology to quickly enter the integrated circuit sector, broadening its business boundaries and enhancing its product line [3] - The acquisition is aligned with the company's "military-civilian dual-use" strategy and aims to leverage Liaojing Electronic's technological capabilities to strengthen Guanshang's competitive edge in defense technology and civilian applications [3] - The deal is expected to create new profit growth points through effective business integration and synergy [3] Group 3: Future Directions - Guanshang Technology will continue to deepen technological innovation and optimize products and services to maintain its leading position in the defense information sector [4] - The company aims to expand its business areas and promote the transformation of technological achievements into civilian markets, supporting digital transformation in smart infrastructure, emergency response, and security fields [4]