en.Wedoany.com Reported - On June 30, CETC Kingbase (Beijing) Technology Co., Ltd. (hereinafter referred to as "CETC Kingbase"), Hygon Information Technology Co., Ltd. (hereinafter referred to as "Hygon Information"), and Kylinsoft Co., Ltd. (hereinafter referred to as "Kylinsoft") officially signed a strategic cooperation agreement in Beijing. The three core domestic basic software and hardware vendors will focus on the three fundamental pillars of database, chip, and operating system to carry out technological integration and innovation, jointly building an autonomous and controllable AI-integrated full-stack solution. This aims to provide implementable technical pathways for the digital and intelligent transformation of key industries such as finance, energy, healthcare, and transportation.
Du Sheng, President of CETC Kingbase; Sha Chaoqun, President of Hygon Information; and Kong Jinzhu, Deputy Secretary of the Party Committee and General Manager of Kylinsoft, led their core teams to attend the signing ceremony and hold strategic meetings. Jing Lei, Assistant President of CETC Kingbase; Zheng Chenming, General Manager of the Ecosystem Development Department of Hygon Information; and Yao Ling, Deputy General Manager of Kylinsoft and General Manager of the Ecosystem Development Center, signed the agreement as representatives of the three parties.
Currently, generative AI and large models are accelerating their penetration into the real economy, and industrial intelligence has entered a critical phase of large-scale implementation. Industry upgrades commonly face pain points such as fragmented data infrastructure capabilities, disjointed computing resource scheduling, insufficient software-hardware collaborative adaptation, and the need for improved security and controllability of private-domain AI applications. This tripartite cooperation aims to open up the full-stack technology chain of "computing chip-operating system-database" and build a complete autonomous technology system from underlying computing power to data bearing.
At the technical synergy level, the three parties leverage their respective core strengths to form complementary capabilities. CETC Kingbase positions itself as the core bearing foundation for AI data, featuring a native AI vector engine that enables business queries and semantic hybrid retrieval via a single SQL statement. Relying on an AI-integrated architecture highly compatible with mainstream large models, it fully supports the implementation of full-scenario RAG applications such as enterprise private knowledge base construction, intelligent analysis, and predictive early warning. Hygon Information, as the underlying computing power support, possesses a mature and complete x86 industry ecosystem. Leveraging its "CPU+DCU" dual-chip collaborative architecture and national cryptographic security coprocessor, it can meet the high-concurrency processing needs of general business while efficiently supporting intelligent computing scenarios like large model AI inference and vector computation, enabling seamless and smooth migration of AI workloads. The Galaxy Kylin operating system, serving as the full-stack scheduling hub, is equipped with the Panshi kernel and an AI unified scheduling system, opening up full-stack data transmission channels. Its built-in intelligent O&M assistant enables intelligent diagnosis of cluster faults, providing a stable, secure, and efficient operating environment for AI applications such as vector databases and RAG knowledge bases.
Through deep product roadmap synergy and long-term joint optimization, the three parties have integrated their technological DNA to launch co-innovated products, while simultaneously conducting joint market promotion and collaborative project efforts in key industries. In the financial sector, it can provide secure and reliable full-stack technical support for scenarios such as intelligent risk control, precision marketing, and compliance review. In the energy industry, it can integrate power grid operational data to build an AI platform for intelligent load scheduling and equipment anomaly identification, significantly improving industry digitalization efficiency. In smart healthcare scenarios, it supports multimodal semantic retrieval of electronic medical records and medical images, empowering clinical decision support. In smart transportation scenarios, the full-stack foundation carries rail transit sensor time-series data and equipment fault vector comparisons, enabling early warning for road network equipment.
Databases, chips, and operating systems are the three core pillars of information infrastructure and the fundamental support for the digital and intelligent upgrade of critical sectors. Against the backdrop of rapid AI industry development, a fully autonomous basic software and hardware system is not only a core prerequisite for ensuring the security of the industrial and supply chains but also the underlying cornerstone for promoting the deep integration of AI technology with the real economy and cultivating new AI-driven productive forces. Only through deep upstream and downstream collaboration and joint innovation within the industry chain can the limitations of isolated technological breakthroughs be overcome, driving the overall high-quality development of the digital intelligence industry.
This deep tripartite cooperation will unleash the synergistic effect of domestic basic software and hardware, building a complete, secure, and high-performance domestic information technology ecosystem. In the future, the three parties will continue to deepen software-hardware collaborative innovation, focus on core tracks in industries such as finance, energy, healthcare, and transportation, refine AI full-stack solutions tailored to industry scenarios, consolidate the foundation of the domestic IT ecosystem, and lay a secure and trustworthy digital intelligence foundation for the autonomous development of China's AI industry and the high-quality growth of the digital economy.
