Key Takeaway
The operating system supports SuperPoD environments with global resource abstraction, heterogeneous resource convergence, and a global resource view for AI workloads. Xiong emphasizes openEuler’s commitment to SuperPoD computing, aiming to launch a new OS by late 2025. The latest AI solution, Intelligence BooM 2511, enhances efficiency for over 50 model types, achieving 10% to 30% gains in heterogeneous inference and has commercial adoption. Additionally, openEuler has improved embedded capabilities for industrial automation, achieving microsecond responsiveness. A confidential computing solution based on Arm CCA was also released in collaboration with various partners, marking a significant open-source advancement.
The operating system offers three key capabilities for SuperPoD environments: global resource abstraction with unified memory addressing and device pooling; heterogeneous resource convergence featuring high-bandwidth and low-latency interconnects; and a global resource view with compatible and native APIs tailored to support SuperPoD AI workloads.
Xiong states: “openEuler is dedicated to embracing SuperPoD computing and AI, accelerating globalization and providing the world with a new OS option.” The community aims to officially launch its next-generation operating system for SuperPoDs by the end of 2025.
Intelligence BooM 2511 brings efficiency gains for AI workloads
The community has introduced Intelligence BooM 2511, codenamed ‘Qiaoyumian’, as the latest version of its open-source AI solution for data center workloads, following the release of version 2507 ‘Huimian’ in July 2025.
Intelligence BooM 2511 enables fine-tuning of over 50 model types and achieves efficiency gains of 10% to 30% in heterogeneous inference. This solution features rapid adaptation capabilities for AI agent applications and has been commercially adopted by partners such as Powerleader and HUAKUN.
In the realm of industrial automation, openEuler has enhanced embedded capabilities through the deployment of the MIxed-CriticAlity system framework, the UniProton real-time kernel, and openEuler Embedded virtualization technology. These innovations achieve microsecond-level responsiveness and have been implemented by China Southern Power Grid and Phoenix Contact to facilitate IT-OT convergence.
Linaro and Arm release confidential computing solution
openEuler has launched a confidential computing solution based on Arm CCA in collaboration with Arm, Linaro, Baidu AI Cloud, KylinSoft, Kylinsec, UnionTech, Shanghai Jiao Tong University, Huazhong University of Science and Technology, and the Global Computing Consortium. This solution marks the first Arm CCA-based confidential computing implementation on an open-source operating system.
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