The article explains HaiGuang’s Agent‑to‑Token open computing architecture, detailing how a dual‑chip CPU + DCU design enables end‑to‑end AI agent workflows, token generation, and secure, high‑performance compute through heterogeneous collaboration, open interconnects, and a full software stack.
The 2026 HaiGuang AI Software Ecosystem Summit in Zhengzhou revealed a decisive industry shift from peak‑performance chip bragging to system‑level effective compute, emphasizing full‑stack software‑hardware collaboration, heterogeneous scheduling, and open architecture as the key to unlocking trillion‑parameter AI models.
The scaleX640 supernode, unveiled at the Wuzhen World Internet Conference, packs 640 AI accelerators into a single rack, delivering unprecedented compute density, energy efficiency, open ecosystem compatibility, and reliability features that enable massive AI model training and inference at scale.
The article outlines MaxCompute's evolution through three phases, highlights five emerging data‑warehouse trends, and details the MaxCompute 4.0 open, real‑time, cost‑effective architecture that unifies storage, compute, and AI to boost performance and developer productivity.
The article explains how cloud computing underpins emerging technologies and describes the growth, characteristics, open‑decoupled architecture, automation, and future challenges of Data Center Interconnect (DCI) networks that link distributed data centers via high‑bandwidth optical links.
Taro 3.1 introduces an open‑architecture plugin system that lets developers add or customize platform support without modifying the core, updates built‑in platforms, fixes critical bugs, and provides a clear migration path for both v2.x and v3.x users.
The article outlines how open x86 hardware, solid‑state storage, high‑speed networking, resource pools and containers form the foundation for modern IT architecture, while national emphasis on innovation and security elevates open‑source software, driving a shift toward layered, service‑oriented, microservice‑centric systems integrated with DevOps pipelines.
The article traces the evolution of minicomputers from IBM's RISC‑based Power series and proprietary UNIX systems through a competitive era of closed architectures, to the modern shift toward open X86‑based platforms, highlighting how open standards, Linux and Intel’s strategies reshaped the market and reduced customer risk.
The article reviews the historical development from closed‑architecture mainframes to open X86‑based small servers, analyzes Huawei's Kunlun and competing products, and discusses their RAS features, partitioning technologies, and suitability for high‑availability financial database workloads.
