Currently, a new round of technological revolution and industrial transformation is accelerating, and the computing industry has gradually become an important engine supporting high-quality economic and social development. It has put forward higher requirements for the construction, collaboration, and innovation capabilities of local industrial systems. In recent years, Fujian has continuously increased its layout efforts around the construction of computing infrastructure, exploration of artificial intelligence applications, and cultivation of industrial ecology, forming a number of representative practical achievements, while attracting more and more innovative entities to gather and develop in Fujian. At present, the new wave of digitization with computing power as the core foundation and artificial intelligence as the key engine is reshaping the industrial form and expanding the development path, in line with local strategies. As the birthplace of digital China construction, Fujian is accelerating the construction of a computing industry system that is independent, innovative, secure, efficient, and ecologically open. The General Office of the Fujian Provincial Government recently issued the "Several Measures to Promote the Development and Empower the Application of Artificial Intelligence Industry in Fujian Province", which outlines a clear blueprint for supporting industry model research and development, promoting research and development innovation, optimizing inclusive computing services, and other aspects. The Fujian Provincial Data Management Bureau, Department of Industry and Information Technology, and Communication Management Bureau recently jointly formulated and issued the "Several Measures for Orderly Promoting the Development of Computing Infrastructure in Fujian Province", which proposes that by the end of 2027, the scale of public computing power in the province will reach 12EFLOPS or above, and no less than 20 computing power application cases will be created. The computing industry is entering an important development window period that resonates with local strategies. ”Guo Zhenxing, Vice President of Huawei's China Government and Enterprise Business, stated that from a macro perspective, "artificial intelligence+", "new quality productivity", and "computing infrastructure" have become important drivers for promoting high-quality economic development; From the perspective of industrial development, technologies such as large models, multimodality, and intelligent agents are rapidly evolving, and artificial intelligence is moving from the stage of "technical experimentation" to the stage of "large-scale application". From practice, it can be seen that the development of the computing industry is no longer a single enterprise or technology, but requires the collaborative efforts of the government, enterprises, research institutions, universities, and industry organizations to jointly promote the deep integration of technological innovation and industrial applications. ”Wu Dingchun, Honorary President of the Fujian Information Technology Application Innovation Association, believes that only in an environment of open cooperation and healthy competition can technology be quickly transformed into real productivity, and industries can achieve sustainable development. Guo Zhenxing said that the value of AI lies not in the model itself, but in the application scenarios; It's not about parameter size, but about business effectiveness. On the one hand, we continue to strengthen our computing base with Kunpeng Universal Computing Power and Ascend AI Computing Power as the core, providing a stable and evolving platform foundation for industry intelligence; On the other hand, we insist on going deep into the industry and collaborating with various sectors to deeply embed AI into key business scenarios. ”Supporting the transformation and upgrading of traditional industries, traditional weighing houses have welcomed an "intelligent butler" at the rapid construction site of Qianheng Road in Fuzhou, making the scene of manual recording and vehicle queuing a thing of the past. Previously, it took three to four minutes for each vehicle to be weighed, and queuing for a hundred meters during peak hours was the norm, "the project leader recalled. The" old and difficult "problems of manual recording being prone to errors, data deviation caused by incomplete weighing of vehicles, and delayed synchronization of data from multiple construction sites severely hindered the improvement of engineering efficiency. As one of the important pilot projects for smart construction sites in Fujian Province in 2025, the Qianheng Road project introduces intelligent solutions and achieves comprehensive upgrading of weighing management through technological innovation. According to Gan Junqi, the general manager of Fujian Zhijian Zhiyi Information Technology Co., Ltd., after the vehicle enters the weighing area, the license plate recognition device can instantly complete identity authentication, the infrared grating assists the vehicle in regulating positioning, and the multi angle camera automatically captures panoramic images of the front, back, and body of the vehicle. "Through real-time interaction between the LED display screen and the voice system, the driver can complete the weighing operation without getting off the car. In addition, the hardware system is integrated with the "Minzhijian" intelligent comprehensive management platform of China Construction Cross Strait, which aggregates key indicators such as vehicle queuing, weighing efficiency, and abnormal warning in real time. The platform also connects with business systems such as trade, logistics, and warehousing, achieving full chain data connectivity from orders to settlements. Nowadays, the average weighing time for a single bike in this project has been reduced from 3 to 4 minutes to 45 seconds; At the same time, the entire process has been unmanned, and drivers can self print weighing orders, which are centrally managed by a remote control center. As one of the four pillar industries in Fujian Province, the modern textile and clothing industry is the first industry in Fujian with a scale exceeding one trillion yuan. However, the industry still faces three major pain points: first, high work repetition, high intensity, and high requirements for personnel experience, resulting in high labor costs for textile workers and fabric inspectors; Secondly, manual inspection is prone to fatigue and has a low detection rate in quality inspection; Thirdly, due to the inability to achieve real-time quality inspection and control, repetitive defects are prone to occur, resulting in significant waste of raw materials caused by fabric patching every year. These pain points not only constrain the improvement of enterprise efficiency, but also exacerbate the risk of industrial relocation. To solve the industry dilemma, the "Fubu Si AI Real time Quality Inspection Solution" has emerged. Through innovative image registration technology and efficient defect detection algorithms, we have achieved real-time detection of production lines with a 'second level response', reducing false and missed detection rates to below 2%, increasing the recall rate to over 98%, and reducing labor costs to 30% of the original, "said Lin Xiao, assistant to the chairman of Fujian Southeast Northwest Science and Technology Group. In the past year, the proportion of digital enterprises in key business areas in Fujian Province has ranked among the top in the country, with 129 artificial intelligence application scenarios released and 23 vertical models cultivated in the artificial intelligence industry. New generation information technologies such as computing power and artificial intelligence are gradually expanding into key areas such as urban governance, industrial manufacturing, financial services, transportation and logistics, and marine economy, providing strong support for the transformation and upgrading of traditional industries in Fujian. The formation of the synergy of the "ecological" innovation model. Interviewees believe that the future computing industry is not just about simply "piling up computing power", but about deeply integrating computing power, artificial intelligence, and industry knowledge around real business scenarios, truly solving problems and creating value. Since its establishment in 2024, the Fujian Artificial Intelligence Independent Innovation Alliance has been committed to promoting the development and application innovation of the artificial intelligence industry ecosystem in Fujian Province. It aims to rely on basic software and hardware "root technologies" such as Ascend, Kunpeng, and HarmonyOS, and by gathering high-quality resources from both inside and outside the province, build an artificial intelligence independent innovation ecosystem led by leading enterprises, supported by universities and research institutes, and collaboratively participated by innovative enterprises. Different types of technological routes, solutions, and business models are developing in parallel and promoting each other in Fujian, providing a favorable ecological environment for enterprise innovation and industrial upgrading. This diverse and open ecosystem is the solid foundation for the sustained and healthy development of Fujian's computing industry. ”Wu Dingchun stated that more and more local enterprises and innovation teams are carrying out application innovation around actual business scenarios, promoting new technologies from being "usable" to being "easy to use and commonly used". As of now, the Fujian Artificial Intelligence Independent Innovation Alliance has developed 116 members and supporting units, and has cooperated with more than 300 enterprises, universities, and research institutes in Fujian Province to incubate over a hundred artificial intelligence solutions. It has jointly released multiple native large-scale models with multiple enterprises, empowering more than 6000 artificial intelligence talents in Fujian and becoming the core engine for promoting the high-quality development of Fujian's artificial intelligence industry. Only by building an independent innovation, collaborative and efficient industrial ecosystem can we seize the opportunity in the technological revolution and industrial transformation. ”Sun Lei, Deputy Director of the Achievement Transformation Department of the National University Land Air Integrated Intelligent Travel Regional Technology Transfer and Transformation Center (Guangdong Hong Kong Macao Greater Bay Area), said that the "ecological" innovation model that integrates upstream and downstream resources of the industrial chain and forms innovative synergy not only enhances the innovation capability of individual enterprises, but also strengthens the resilience and vitality of the entire industrial ecosystem, accelerating the transformation of technological achievements. (New Society)