I.Artificial Intelligence Track

　　1.AI Technology

　　a.Definition: Focusing on technological innovation in the field of AI, including but not limited to algorithm optimization, data processing, model training, and the development of smart hardware. The participating projects should showcase the innovative points and potential application value of AI technology.

　　b.Specific Requirements

　　Technological innovation: The project needs to showcase key technological innovations in the field of artificial intelligence, including but not limited to algorithms, models, data processing methods, etc.

　　Technical verification: The project should provide a technical feasibility analysis, including the technical process framework, the expected functional list and form of the product, the development schedule, etc., and offer relevant proof materials of the technical advancement and effectiveness.

　　Application potential: The project should have a clear application prospect and be capable of promoting the development and application of artificial intelligence technology.

　　2. Demonstration of AI scenario applications

　　a. Definition: Focusing on the application demonstration of AI technology in specific scenarios, it aims to showcase how AI technology can solve practical problems, enhance efficiency, and improve user experience. The participating projects should focus on the practical application of AI technology in fields such as daily life, education, healthcare, transportation, and urban management, and form innovative typical application cases with good industrialization prospects in the short term.

　　b. Specific Requirements

　　Technical Application: The participating projects need to showcase application cases of AI technology in specific scenarios.

　　Technological innovation: The project should be innovative and capable of providing new solutions or significantly improving existing applications.

　　Actual effect: It is necessary to provide an assessment of the actual effect after the project implementation, including efficiency improvement, cost savings, user experience enhancement, and green and low-carbon development, etc.

　　· Scalability: The project should have a certain degree of scalability and be able to be replicated and applied in other regions or scenarios.

　　3. Innovation and Creativity of AI

　　a.Definition: Focus on new concepts, new ideas, and new products in the field of AI industry, including conducting creative research on the application of embodied intelligence, collaborative intelligence, and swarm intelligence in industries such as manufacturing, healthcare, education, and enterprise management.

　　b.Specific Requirements

　　Innovative thinking: In response to specific scenarios in fields such as industry, healthcare, education, and enterprise management, propose innovative ideas that fill the gaps and address key pain points.

　　Feasibility study: The project should conduct theoretical analysis and experimental research, and provide feasibility analysis reports covering principles, theories, and business aspects.

　　Propose technical concepts and application ideas: Based on fundamental principles, put forward clear technical concepts and application ideas, design the basic structure and functional characteristics of the expected product, and predict the technical capabilities of the expected product.

　　I.Intellectual Manufacturing Track

　　1. Intelligent Manufacturing Equipment Innovation

　　a.Definition: A series of solutions or innovative application scenarios that upgrade and transform traditional manufacturing equipment by integrating advanced information technology, intelligent technology, and manufacturing technology, such as applying Internet of Things, cloud computing, big data, artificial intelligence, and machine learning technologies, to endow it with intelligent capabilities such as perception, analysis, reasoning, intelligent control, autonomous decision-making and learning, and intelligent optimization. Including but not limited to the following directions:

　　By applying big data technology and various types of algorithm models, the status of manufacturing processes can be predicted, providing optimization and decision support for manufacturing activities. Make real-time optimization of the data analysis model to achieve precise execution based on the model.

　　Intelligent equipment should have predictive maintenance functions and remote monitoring and diagnosis capabilities, and be able to achieve remote fault repair. Real-time operation parameters are integrated with the 3D model of the equipment to achieve real-time information interconnection between the equipment and the model. Realize self-adaptation, self-optimization, self-control and other functions based on industrial data analysis, and share and interact with other systems in real time.

　　Intelligent adjustment of non-predictable anomalies in the equipment processing process is achieved based on technologies such as artificial intelligence and big data.

　　By adopting machine learning, neural networks, etc., the self-learning and self-optimization of the equipment operation model are achieved.

　　b.Specific Requirements: Elaborates from four dimensions: technological level, economic benefits, the role of innovation in enhancing competitiveness, and the role and influence in supporting the long-term development of industries. The suite solution or application scenario should possess a certain degree of novelty, originality or creativity, and meet the following conditions:

　　The application of the achievements is practical and can bring significant economic or social benefits to industrial enterprises.

　　Innovative equipment solutions that have not been fully commercialized should have market application prospects.

　　The participating projects should be original and not infringe upon others' intellectual property rights.

　　2. Software Systems & Platform Innovation

　　a. Definition: For the manufacturing field, a dynamic and comprehensive organization process of the system structure, system process, and the relationship between the system and the environment of the production and manufacturing system is carried out. Through a series of system collections or software collections, the interaction between systems is realized on the platform, thereby promoting the continuous upgrading and optimization of the functions of individual software systems and platforms. For example: cloud collaboration platforms for manufacturing supply chain management, software toolkits for real-time optimization of production processes, etc. It not only involves the improvement of existing software systems and platforms, but also the introduction of new technologies, tools or methods to achieve solution innovation that enhances system performance and user experience. Including but not limited to the following directions:

　　Provide innovation resources: including patents, scientific and technological literature, talents, technologies, etc., to provide innovation resource support for enterprises.

　　Provide innovative tools  : such as innovative solution design, software development tools, etc., to help enterprises quickly realize innovative ideas.

　　Provide innovation consulting services: it includes the formulation of innovation strategies, the design of innovation organizational structures, the optimization of innovation processes, etc., to help enterprises establish innovative thinking patterns and decision-making mechanisms, and enhance innovation capabilities and success rates.

　　Establish an innovation ecosystem platform: it includes partnerships, innovation ecosystem construction, etc., to promote cooperation and innovation among enterprises.

　　b. Specific Requirements: Elaborate from four dimensions: creativity, R&D difficulty, technological level, scientific and technological achievements, and the role and influence in supporting the long-term development of the industry. It should have a certain degree of novelty or originality and creativity, and meet the following conditions:

　　The application of the achievements is practical and can bring significant economic or social benefits to industrial enterprises.

　　Innovative equipment solutions that have not been fully commercialized should have market application prospects.

　　The participating projects should be original and not infringe upon others' intellectual property rights.

　　3. System Integration Solutions Innovation

　　a. Definition: By integrating and innovating various independent information systems, applications and technical platforms to meet specific demands, comprehensive solution innovation has been achieved in aspects such as data sharing, process automation and business intelligence, and cross-enterprise business collaboration among system levels (device level, unit level, workshop level, enterprise level and collaboration level). Including but not limited to the following directions:

　　Through the integration and fusion of new processes, new equipment, new software, new procedures, and new technologies (such as intelligent control, robots, machine vision, databases, etc.), an industry-specific intelligent manufacturing system integration solution at the production line/workshop/factory level is formed.

　　Design smart factories and production lines with digital methods. By establishing 3D digital twins (three-dimensional digital twin systems) for factories/production lines, virtual debugging, simulation and verification are carried out, and the interaction between the virtual and the real is achieved.

　　Adopt advanced integration technologies and tools , such as blockchain, cloud integration platforms, API integration, etc., to achieve comprehensive solutions in aspects like data sharing across systems and enterprises, process automation and business intelligence, and business collaboration among enterprises.

　　b. Specific Requirements: Elaborate from four dimensions: innovation and technological level, forward-looking perspective, independent intellectual property rights, and the role and influence in supporting the long-term development of the industry. It should have a certain degree of novelty, originality and creativity, and meet the following conditions:

　　The application of the achievements is practical and can bring significant economic or social benefits to industrial enterprises.

　　Innovative equipment solutions that have not been fully commercialized should have market application prospects.

　　The participating projects should be original and not infringe upon others' intellectual property rights.

　　III. Industrial Internet Track

　　1. Optimization of Industrial Internet and Digital Workshop

　　a. Definition: Through industrial Internet technology, the intelligent, automated and efficient operation of digital workshops can be achieved, enhancing production efficiency and product quality. This track specifically solicits digital innovation and creativity projects from around the world, aiming to discover forward-looking and innovative digital workshop solutions. Including but not limited to the following innovative directions:

　　Through 5G, Internet of Things, big data, cyber security and AI technologies, real-time monitoring and optimization of digital workshops can be achieved.

　　Through digital twin technology, the production process can be virtually simulated and verified. It can not only simulate all production processes offline but also display the operation status of on-site equipment and order data in real time through animation, thereby enhancing production efficiency and product quality.

　　Develop an intelligent dispatching system for digital workshops to achieve the optimal allocation of production resources.

　　b. Specific Requirements: Elaborated from four dimensions: innovation and technological level, improvement of production efficiency, quality assurance of products, and global influence. The participating projects should be highly innovative and forward-looking, and have achieved practical application and good economic benefits on a global scale. At the same time, the following conditions must be met

　　The application of the achievements has significantly enhanced the production efficiency and product quality of the digital workshop.

　　The application of the achievements can bring obvious economic or social benefits to industrial enterprises.

　　The achievements have made leading technological breakthroughs in China and possess five or more independent intellectual property rights (including authorized utility model patents, Copyrights or invention patents under review).

　　2. Industrial Internet Operation

　　a. Definition: Innovative solutions for data collection, monitoring, optimization and fault prediction of industrial equipment networks. The participating projects should focus on the innovative application of data collection technology and efficient operation and maintenance strategies for industrial equipment networks. Including but not limited to the following directions:

　　Innovation in data collection technology: Use advanced Internet of Things (IoT) technology and sensors to achieve real-time and accurate data collection of industrial equipment. Develop efficient data processing algorithms to clean, integrate and analyze the collected data, providing strong support for equipment monitoring and operation and maintenance.

　　Industrial equipment network monitoring and optimization: Build a network monitoring platform based on cloud computing or edge computing to achieve real-time monitoring and early warning of the network status of industrial equipment. By applying artificial intelligence and machine learning technologies, intelligent analysis of network data is conducted to predict and resolve potential network failures in advance. Optimize the network topology structure, enhance the efficiency and reliability of data transmission, and reduce network latency and packet loss rate.

　　Fault prediction and rapid response: Use big data analysis technology to establish equipment fault prediction models, achieving early warning and rapid location of equipment faults. Develop intelligent operation and maintenance tools, provide automated fault handling processes, and reduce the workload of operation and maintenance personnel. Establish an emergency response mechanism to ensure that network operation can be quickly restored in the event of a network failure and reduce production interruption time.

　　b. Specific Requirements: The entries should demonstrate innovation, practicality and economy. A comprehensive assessment should be conducted from aspects such as the advancement of data collection technology, the intelligence level of network operation and maintenance, the accuracy of fault prediction, and the practical application effect. Entries should provide detailed explanations of their technical solutions, implementation steps, expected effects and practical application cases. At the same time, the competition results must also meet the following conditions:

　　After the application of the achievements, the operation and maintenance efficiency of the industrial equipment network should be significantly improved and the operation and maintenance costs should be reduced.

　　The achievements need to make breakthroughs that are leading domestically in technology

　　3. Development & Innovation of Industrial Agent Applications

　　a. Definition: Develop industrial intelligent agents with practical application value on the basis of large models and the intelligent agent development platform. Promote the innovation and application of industrial agent technology to enhance the development of industrial automation and intelligence. Including but not limited to the following directions:

　　Knowledge base application: It is necessary to fully utilize the knowledge base provided by the platform, including but not limited to industrial data, algorithm models, industry best practices, etc., to ensure that the decision-making and execution of the agent are based on reliable data and knowledge.

　　Tool Integration: It is necessary to demonstrate how to integrate the tools provided by the platform into the agent to achieve specific functions and processes.

　　Workflow design: It is necessary to design a reasonable workflow to ensure that the agent can perform tasks in accordance with the established logic and sequence.

　　a. Specific Requirements: Entries should be developed into intelligent agents with practical value in combination with specific industrial application scenarios, such as production monitoring, quality control, equipment maintenance, supply chain management, etc. At the same time, entries should meet the following conditions:

　　The agent should be capable of solving practical problems, enhancing production efficiency, reducing costs, or improving product quality.

　　The agent should be innovative and capable of demonstrating new applications or solutions of agent technology.

　　The agent should be practical and capable of bringing significant economic or social benefits to industrial enterprises.

　　V. Digital Creativity Track

　　1. Animation Design

　　a. Definition: It encompasses film and television works, animated short films, anime series, micro films, and generative artificial intelligence short films that are created by using digital technology. It aims to showcase creativity and technical capabilities through visual narrative.

　　b. Specific Requirements

　　Project forms: Films, TV series, animated short films, anime series, micro films, generative artificial intelligence short films, etc.

　　Format requirements: The video format should be common formats such as MP4 or MOV, with a resolution of no less than 1080P and a duration of no less than 5 minutes. For generative AI short films, the duration should be no less than 3 minutes.

　　Project Requirements: The participating projects must have a complete storyline, character design and audio-visual presentation, demonstrating unique creativity and artistic expression, and have commercial prospects.

　　Submitted Content:Each submitted work must be accompanied by a creative description document and a document of the group members. The creation instruction document should specify the software, methods, production techniques, etc. used. The file format of the instruction document should be WORD.

　　2. Virtual Reality

　　a. Definition: It covers applications or experience projects developed using VR (Virtual Reality) and AR (Augmented Reality) technologies, including fields such as games, education, interactive experiences, and industry solutions, aiming to showcase innovative applications through immersive technologies.

　　b. Specific Requirements: The participating projects must have a complete functional design and user experience, and at the same time meet the following conditions:

　　Project forms: VR/AR games, VR/AR education, VR/AR interactive experiences, VR/AR industry solutions, etc.

　　Format requirements: A runnable installation package (such as APK, EXE) or an accessible demonstration version must be submitted. Mainstream VR/AR devices are supported. A demonstration video (in MP4 format, with a resolution of no less than 1080P and a duration of no more than 5 minutes) is required. Design documents (source of creativity, target users, technical highlights) and user manuals (operation guidelines, hardware requirements) need to be submitted.

　　Project Requirements: It should be technologically innovative, focus on user experience, and have commercial prospects and implementation potential.

　　3. “Digital Creativity +”

　　a. Definition: It covers the digital creative fields other than animation design and virtual reality, including but not limited to digital games, digital art, digital tourism and culture, digital agriculture, smart city solutions, digital content creation, etc. It aims to showcase the innovative application of digital technology through diversified forms.

　　b. Specific Requirements: The participating projects must have clear creative points and technical implementations, and at the same time meet the following conditions:

　　Project forms: Digital games, digital art, digital cultural tourism projects, digital agriculture projects, smart city solutions, digital content creation, etc.

　　Format requirements: provide a runnable game program, demonstration video or project plan document according to the form of the participating product.

　　Project Requirements: It should be creative and technologically innovative, focus on user experience, and have commercial prospects.