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Tengyu Hu

Co-founder and Chief Product Officer of Suoyun AI, Former Chief Architect of Commercialized AI for Kunlun Tech Tiangong Big Models

Hu Tengyu is the co-founder and chief product officer CPO of Suoyun AI of Suoyun Technology (stock code: 871539), former chief architect of commercialization AI of Kunlun Tech Tiangong Big Model, former expert of AliCloud/Nail Intelligent Product Solution, and former GM of a listed company. As an expert in the field of AI technology, he has participated in the research of AI-related topics at home and abroad for many times to continuously promote the combination of technological innovation and industrial practice. In business practice, he always adheres to the concept of “market-driven technology, technology-driven business”, and has made strategic layouts in the fields of AI culture and tourism, manufacturing, and education and publishing, and the AWE intelligent AI engine he led the research and development of has won the Outstanding Prize in the competition organized by PAVD. He focuses on building a globalized technology and product ecosystem in the AI toB field. He has been in charge of strategic product lines of listed companies, and has 12 years of experience in full-stack product solution architecture and 10 years of accumulation of vertical industry ecological resources.

Topic

AI Agent Empowers Manufacturing and Educational Publishing: A Scenario Revolution from Intelligent Design Assistance to Knowledge Services

As the CPO and CTO of Suoyun AI, I will share two industry scenarios that I personally led. 1、Manufacturing Scenario: Intelligent Material Selection AI case, in-depth analysis of how AI Agent breaks through the traditional manufacturing data silos and efficiency bottlenecks to realize the intelligent upgrade of the whole chain: For an electronic manufacturing enterprise, “low efficiency of material data entry, difficult to match the design requirements, and reliance on manual substitution decision-making” pain points, we based on self-developed AWE engine and large model technology to build a new AI agent that covers material analysis, demand transformation, comprehensive query, comparison and substitution analysis. Based on the self-developed AWE engine and big model technology, we build an AI Agent matrix covering material analysis, demand transformation, comprehensive query, comparison and alternative analysis: Intelligent analysis and library building: Through the “material information collection and entry Agent”, it supports automatic analysis of multi-language Datasheets (PDF/text), and the AI Agent can be used to analyze and analyze material data. Classification The accuracy rate of AI classification reaches 98%, the efficiency of attribute extraction is improved by 5 times, and automatic synchronization with PDM system data is realized, with 70% less manual intervention. Precise transformation of requirements: Based on “Material Design Requirements Understanding Agent”, engineers' fuzzy requirements (e.g. “high-temperature resistant small package resistor”) are transformed into structured parameters, semantically aligned with Chinese and English technical documents, and the efficiency of requirements clarification is improved by 60%, and the accuracy of technical parameters matching reaches 95%. The efficiency of requirement clarification is increased by 60%, and the matching accuracy of technical parameters reaches 95%. Optimization of substitution decision-making: Through “Material Comparison and Substitution Analysis Agent”, linking ERP and WMS system data, combining cost, inventory, performance and other multi-dimensional weighting scores, generating executable alternatives, shortening the substitution decision-making cycle from 3 days to 1 hour, and reducing the procurement cost by 15%. The product deeply integrates manufacturing know-how, builds the technology closed loop of “AI+process automation+multi-system synergy”, and becomes the benchmark practice of digital intelligent transformation of manufacturing industry. 2、Educational Publishing Scenario: AI Thesis Full Scene Intelligent Service creates an AI service matrix for academic journals for X Publishing House, and increases the reading efficiency of scientific research thesis by 3 times and user satisfaction by 40% through the technologies of AI academic search, AI thesis translation, thesis speed reading (in Chinese and English), multi-document mind mapping, thesis popularization video generation, thesis abstract video generation, etc. The project deeply integrates publishing industry standards and becomes a standard practice of digital intellectualization transformation in manufacturing industry. The project has become a technology and commercialization benchmark in the field of “AI+Publishing” by deeply integrating the publishing industry standards. This speech will focus on the technical architecture design (such as Agentic Workflow engine), cross-industry methodology (scene binding and cognitive value closed loop), as well as the subscription business model for large-scale replication, providing a one-stop reference for global enterprises from the AI technology landing to the validation of commercial value.

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