openEuler Pushes AI Infrastructure Play in Asia With SuperPoD OS and Agent-Based Desktop
At the LEAP East conference, the open-source operating system project showcased new clustering technology for distributed AI workloads and an agent-based desktop assistant, signaling a shift toward building regional alternatives to Western AI infrastructure.
The conversation around open-source and artificial intelligence tends to center on developments in North America and Western Europe. Yet innovation in Asia is advancing at a comparable pace. The LEAP East conference brought together numerous startups and established companies to present their work and discuss emerging technologies. Among the participants, openEuler distinguished itself through its commitment to open-source artificial intelligence infrastructure.
The SuperPoD
openEuler unveiled its SuperPoD OS at LEAP East 2026, designed to provide operating-system capabilities for UnifiedBus-based SuperPoD computing systems. A SuperPoD functions as an aggregated cluster of multiple high-performance machines operating as a unified entity. Deploying AI workloads across hundreds of interconnected machines introduces substantial complexity: machines must coordinate memory access, transfer data at high speeds, and avoid resource conflicts.
UB Service Core, an open-source software component within the openEuler ecosystem, addresses this coordination challenge. The layer delivers five cluster-level system services tailored for UnifiedBus-based SuperPoDs:
- Engine: Consolidates memory and DPU resources across the cluster with dynamic scheduling and automatic failover capabilities to maintain system continuity when individual nodes fail
- Memory: Enables machines to share and aggregate memory through unified-memory programming, allowing software to address distributed memory as a single contiguous space
- Communication: Delivers high-speed networking over UnifiedBus while preserving compatibility with standard Socket and Verbs interfaces, eliminating the need to rewrite existing applications
- I/O: Manages global data read/write caching at the cluster level, a critical function for AI inference workloads that repeatedly process large shared datasets
- Virt: Manages virtualization pooling, determines live-migration policies for moving running virtual machines between physical hosts, enables disaster recovery, and optimizes communication between VMs and containers
According to openEuler, UB Service Core delivers a claimed 30–50% performance improvement by leveraging the peer-to-peer UnifiedBus interconnect design. The SuperPoD and UB Service Core implementation operates under a fully open-source license within the openEuler project.
Agentic AI in the OS
openEuler is moving toward an AgentOS architecture. The openEuler 24.03 LTS SP4 release, which includes DevStation (the desktop variant), incorporates openEuler Intelligence—a desktop AI assistant powered by an agent runtime and MCP-based tools designed to aid development and system administration tasks.
Built-in AI agents within operating systems have become increasingly common. The AI agent integrated into openEuler 24.03 can manage Linux system functions. Rather than manually adjusting settings through graphical interfaces, users can instruct the agent to adjust screen brightness, modify volume levels, or switch the desktop wallpaper. The agent includes specialized capabilities for controlling system settings within openEuler's UKUI desktop environment.
The feature remains in development, though the trajectory is evident. AI agents are expected to eventually enable system control through natural interaction rather than traditional manual input methods.
Expanding into a community-based ecosystem
openEuler has established the openEuler Hong Kong User Group to assemble developers, researchers, and organizations across Hong Kong for networking, knowledge exchange, and collaborative exploration of open-source technologies.
openEuler operates as an open-source initiative under the stewardship of the OpenAtom Foundation. The project is broadening its international reach through regional user groups, partnerships with industry players, and involvement in worldwide open-source conferences. The Hong Kong User Group exemplifies openEuler's strategy to foster local engagement and strengthen cross-border collaboration.