Inspur Huading AGC Architecture Intelligent Computing All-in-One Machine Released to Empower Industrial Digital Transformation

Under the guidance of the national strategy of accelerating the advancement of new - type industrialization and building a modern industrial system, the digital transformation of the industrial sector is entering the "deep - water zone". How to solve problems such as computing power supply, scenario adaptation, and security and controllability has become the key breakthrough point for the industry's development. At the 2025 World Internet Conference Wuzhen Summit, Inspur Huading launched the AGC Architecture Intelligent Computing All - in - One Machine, providing a new path to solve the above problems and strong support for the high - quality development of the industry. Jiang Yujing, the general manager of Inspur Huading, said that China's digital transformation is currently moving beyond the "pilot and experimental period" and fully entering the "deep - water zone of full - scale integration". The core challenge lies in the contradiction between the strategic needs of enterprises for full - scale intelligence and the insufficient supply of technology, organization, and talent.

Strategic Anchor: Focus on Three Core Pain Points and Reverse - Push Product Layout Based on Demands

Industrial enterprises generally face the dilemma of "insufficient computing power to support, high cost of scenario adaptation, and difficulty in preventing security risks" during the digital transformation process. Inspur Huading accurately identifies these industry pain points and takes "solving practical needs" as the starting point to build a closed - loop layout of "pain points - products - values".

To address the issue of insufficient computing power, Inspur Huading adopts a new AGC architecture computing power base, which deeply optimizes mainstream large - model software on the hardware resource platform. Each single node can support up to 20 GPU computing cores, and the computing power density is more than twice that of traditional architectures, meeting the high - density computing power requirements of large - scale industrial model training and complex simulation calculations. In the face of the scenario adaptation problem, it abandons the "one - size - fits - all" product thinking. The product line is subdivided into four types of all - in - one machines for industrial design, Inspur Haiyue large model, enterprise - level applications, and databases according to application scenarios, matching different scenarios such as R & D design, AI applications, daily operations, and data management respectively, achieving "scenario - based customization and out - of - the - box usability". Regarding data security risks, it adheres to the strategy of "local deployment + full - process protection", supports the centralized deployment mode where data does not leave the domain, and is equipped with multi - level permission control, built - in security modules, and defense systems to ensure system compliance and data security.

Technology Strategy: Centered on the AGC Architecture, Build an Independently Controllable Technological Moat

As a mid - to - high - end AI computing power computing node technology, the new AGC architecture has achieved key breakthroughs in three aspects: First, the interconnection system is upgraded. Advanced interconnection technology is used to increase the bandwidth between cards, solving the data transmission bottleneck of traditional architectures. Second, there is a breakthrough in hardware compatibility. It supports the mixed insertion of various GPU and CPU forms and is compatible with mainstream domestic and foreign processors, meeting the heterogeneous computing requirements of different industrial scenarios. Third, there is an innovation in reliability. The GPU Raid technology enables online upgrade and replacement of GPU cards, reducing the business interruption time by 90% and avoiding the problem of "loss upon system shutdown" in industrial systems. At the same time, through the optimization of underlying algorithms and the collaboration of ACC and AGC architectures, the computing power utilization rate is increased by more than 30%, forming a technological synergy advantage of "hardware + software + algorithms".

Market Strategy: Target Key Areas and Deeply Cultivate Industry - Specific Vertical Applications

In terms of market layout, Inspur Huading adopts the strategy of "focusing on core customers and deeply cultivating vertical scenarios", covering industrial - intensive areas such as the Beijing - Tianjin - Hebei region, the Yangtze River Delta, the Pearl River Delta, and the central and western regions, and driving market expansion by creating "industry benchmark cases".

According to the characteristics of different industries, Inspur Huading provides customized solutions: In the manufacturing industry, it provides industrial design all - in - one machines for enterprises such as automobile manufacturers, shortening the product simulation cycle. In the mining industry, it deploys intelligent monitoring systems through enterprise - level application all - in - one machines to achieve real - time early warning of equipment failures. In the pharmaceutical field, it integrates BI applications to achieve rapid data query, compressing the original hourly refresh process to 10 seconds. Through "deep industry cultivation", it helps enterprises form differentiated competitiveness in niche markets and gradually builds a customer ecosystem covering ten major industries.

Ecosystem Strategy: Open Collaboration to Build an Industrial Digital Partner System

At the technical level, Inspur Huading's AGC Architecture Intelligent Computing All - in - One Machine supports compatibility with third - party industrial software, avoiding "technology islands". At the application level, relying on the iGIX PaaS platform, it provides low - code development tools for partners to help quickly build industry - specific applications. At the service level, it provides full - life - cycle services from deployment and debugging to operation and maintenance support. At the same time, through expert - level technical support, it ensures the stable operation of enterprises' digital systems. This open ecosystem strategy not only improves the adaptability and scalability of products but also cultivates more digital transformation forces for the industry, forming an industrial ecosystem of "co - creation, sharing, and win - win".

In the future, Inspur Huading will continue to increase investment in technology R & D. Taking the industrial software all - in - one machine as a carrier, it will transform digital technology into practical impetus for industrial upgrading and contribute more to accelerating the digital transformation and upgrading of enterprises.