openKylin Community October 2026 Operations Report
In October 2026, the OpenAtom openKylin (hereinafter referred to as "openKylin") community made solid progress in five areas: governance, technology, ecosystem, activities, and infrastructure. The Standing Committee's October meeting was held online, continuing to deepen governance; the new openKylin 3.0 Jindieshikong V100 high-performance version was released, the internationally renowned open-source project Penguins' Eggs officially supported openKylin 3.0 and launched two remastered images, and the system agent kylin-agent released version 1.0; the ecosystem footprint continued to expand, with 189 new institutional members, bringing the total to 2,665, Tencent Marvis native version went live on the store, and the openKylin 3.0 RISC-V version completed full adaptation with embodied intelligent robots equipped with Jindieshikong K3 chip; the community made appearances at multiple heavyweight domestic and international events such as Open Source Summit Europe 2026 and the China International Industry Fair; community task platform, compatibility certification and other functions were upgraded in parallel, continuously optimizing the infrastructure experience.
openKylin Standing Committee Meeting Held
On October 30, the openKylin Standing Committee's October meeting was held online, attended by representatives from standing member units including Kylinsoft, Lenovo Kaitian, Haiguang Information, National University of Defense Technology, and the National Industrial Information Security Development Research Center. The meeting reported on the month's work progress, and the standing members also offered valuable suggestions for openKylin's development.
SIG Group Progress
This month saw 1,116 valid PR submissions, 195 repository forks, and 6 public SIG group meetings. To date, the community has accumulated 29,617 valid PRs, 13,041 repository forks, and held 462 public SIG group meetings.
➢ SIG Group Activity Dynamics:
This month, the number of active SIG groups is 54, with an activity rate of 34%. Active SIG group map distribution (darker colors indicate higher activity; reference dimensions: PR, Issue, SIG meetings, member introduction).
➢ Represents monthly dynamics of SIG groups:
UKUI SIG
- ukui 4.25 version tested and passed, with key features completed including reading aloud under focus walking, intelligent space optimization, etc.
- [Taskbar] Fixed issues such as screen reader coordinate information, edge drag resizing, dragging icon position downward, three-island mode lock/size options grayed out, and excessive spacing of tray icons.
- [ukui-quick] Implemented extensible theme colors (compatible with old interfaces), added environment variable read/set interfaces, developed custom environment variable application launch interface (60%), fixed occasional blank preview image issue.
- [File Manager] Smart space APEC demo requirement development progress 75%, identification mode color tags 90%, configurable requirement review completed.
RISC-V SIG
- Completed optimization of openKylin 2.0/3.0 images under OpenStack environment and Conda production instance deployment optimization, advanced desktop adaptation for DP1000 and K3 demonstration instances, added Web SSH and serial rescue capabilities, and completed K3 memory leak fix and development of QEMU patches related to vector register interfaces.
- Completed adaptation of K3 platform for Houmo intelligent accelerator card.
Kernel SIG
- Merge Phytium vendor patches
- Merge storage driver patches from Zongcun Technology
- Fix kvm_amd module bug
AgentOS SIG
- Release system agent kylin-agent versions 0.9.9 and 1.0.0, update runtime agent-runtime source code version to 1.0.2
- Add three task approval modes, project and working directory support, program automation call interface, and conversation content export to XLSX function
- Improve scheduled task creation, editing, and status display, optimize task pause and abnormal interruption recovery, fix issues such as misaligned scheduled reply conversation ownership and incorrectly showing recovery breakpoints after task completion
- Optimize one-click build installation and optional dependency configuration, improve desktop layout, tray activation, and settings interaction, enhance model configuration synchronization, streaming requests, and desktop approval interface
- Improve automated evaluation capabilities, integrate PawBench bridging component, optimize evaluation parameters, inference retries and timeout handling, fix runtime tests and outdated regression cases
ROS SIG
- 3.0 Lyrical ros-base full chain completed: 230 packages triple verification, PR merge, 198 repository pushes, CI all green, four-architecture build farm started
- 2.0 ros-base 228 packages four-architecture build confirmed complete, all entered nile.bedrock-proposed suite
- 2.0 desktop 59 packages pushed, CI issues localized to ci-bots' gbp packaging stage. Among 34 packages, 8 local builds completed, remaining 26 prepared to system library
- ros-verify verification platform established: triple verification + one-click real environment test, both lines passed actual testing
Trusted Computing SIG
- tpm2-tools: Sync upstream community patches for missing type validation in tpm2_checkquote, buffer growth defect in tpm2_getekcertificate, eventlog SHA1 log parsing PCR index out-of-bounds adaptation
- tpm2-tss: For the buffer overflow issue in the tpm2-tss component's ifapi_set_auth_primary function, add length verification of inSensitive->userAuth.buffer for fix
Security SIG
- openssl: Fixed a total of 13 vulnerabilities: CVE-2026-35189, CVE-2026-35191, CVE-2026-54872, CVE-2026-54875, CVE-2026-72897, CVE-2026-75804, CVE-2026-75805, CVE-2026-75806, CVE-2026-77696, CVE-2026-84782, CVE-2026-84784, CVE-2026-42772, CVE-2026-54873
HTF SIG
- Toolchain compatibility: Confirmed HTF has zero conflicts with openKylin 3.0 toolchain, GCC 15/LLVM 22 fully covers build requirements, GNU ld's --wrap=malloc allocation auditing directly provided by distribution binutils
- Dependency management: All HTF dependencies (OpenSSL≥3.0, zlib, libjpeg-turbo, libm) are available in the openKylin 3.0 software repository, eliminating the need to introduce vendored third-party components, aligning with the community's "self-maintained components and auditable supply chain" direction
- Rust interop: HTF's public API adopts an opaque handle + C interface design, inherently suitable for safe Rust wrappers. Plans are to provide cbindgen/Bindgen-friendly header layout with the deb packages, allowing UKUI and system-level Rust components to directly call via FFI
- Multi-architecture adaptation: HTF's compute kernel supports compile-time trimming and runtime detection, covering x86-64/ARM/RISC-V/LoongArch four-architecture homogeneous release. Numerical paths are consistent with the x86 path, fully aligned with openKylin 3.0's architecture matrix
- Desktop inference base: Deliver three deb packages: libhtf0, libhtf-dev, and htf-tools (released simultaneously for four architectures). ROM footprint is on the order of 20KB, inference scratch pad on the order of 1KB, complementing the RapidAI SIG's capabilities. The Arena bump allocator achieves zero malloc on the inference hot path, addressing long-term stability issues on the desktop
- Agent inference backend: Provides a built-in decoder-only Transformer (RoPE+KV-cache+SwiGLU), supporting temperature/Top-K/Top-P sampling, with greedy mode completely deterministic. The sampler is independently verified against a numpy reference implementation; the byte-level tokenizer has zero external vocabulary dependencies. htf-local-inference is provided as an MCP server, with unified routing by the AI SDK
- Model security mechanism: The .htf container embeds a SHA-256 digest and Ed25519 signature, with a three-level verification strategy (STRICT/DIGEST/NONE) defaulting to STRICT ("fail to verify, refuse to run"). Encrypted models use AES-256-GCM authenticated decryption, shutting down on failure, with keys burned after use. The packaging toolchain and C-side reader are independently implemented for mutual verification; models can be integrated into the openKylin trusted software stack for management
RapidAI SIG
- Refactored model selection, added model_routes configuration in default_models.yaml, providing specific instructions on models that can be invoked for each version
- Supports decoding images from memory addresses, facilitating integration with screenshot tools
- Added rapidocr[rtl] extra installation option for adjusting the display order of right-to-left languages
- The default OpenCV library dependency has been changed from opencv-python to opencv-python-headless, making the overall package lighter
Version progress
- Newly released openKylin 3.0 Jindie TimeSpace V100 high-performance version;
- Internationally renowned open-source project Penguins' Eggs (Penguin Eggs)Officially supports openKylin 3.0, and based onpenguins-eggs built and released two openKylin remastered images;
- The openkylin-skills repository added 30+ skills, covering four major areas: UKUI/peony plugin development, system O&M diagnosis, RPA automation, and AI applications, further enriching the open-source skill ecosystem. A one-click installation script was also added to facilitate quick skill installation for users into their agents;
- The Packaging SIG team developed the autofix-dispatcher build failure repair tool. Currently, this tool has automatically repaired over 2000 build-failed source packages in the openKylin package build environment, with a success rate of 99%.
Community Members
189 new corporate members including Zhenyi Technology and Lexar Electronics were added, bringing the total number of community members to 2,665.
Software and Hardware Ecosystem
Tencent Marvis native version launched on openKylin
Completed comprehensive adaptation of openKylin 3.0 RISC-V version with embodied intelligent robots powered by the Jindie Shikong K3 chip.
Products from Chaorui Technology (Shanghai) Co., Ltd., Jindie Shikong (Beijing) Intelligent Technology Co., Ltd., Beijing Beida Software Engineering Co., Ltd., Shenzhen CECport Technology Co., Ltd., and individual developers have completed adaptation to the openKylin operating system.
openKylin showcased at Open Source Summit Europe 2026
From October 7 to 9, Open Source Summit Europe 2026 was held in Prague, Czech Republic. openKylin joined hands with ecosystem partners such as Kylinsoft, Singapore SingNova, Haihe Laboratory, Jindie Shikong, etc., jointly showcasing technological achievements and application practices of open-source operating systems, RISC-V computing platforms, and AI terminals. Through keynote speeches, exchanges with international open-source organizations, technical special sharing, and booth interactions, it engaged in in-depth dialogues with global open-source forces.
openKylin enters the classroom of Beijing Institute of Technology
On October 20, openKylin entered the classroom of Beijing Institute of Technology, exchanging open-source technologies and global community collaboration with over 100 international students from countries including Russia, Azerbaijan, Pakistan, Morocco, Ethiopia, Indonesia, Vietnam, etc.
openKylin Visits Shandong University
On October 23, the Open Source China "AI New Generation" campus tour event was held at the Software College of Shandong University. Ma Fajun, head of openKylin ecosystem cooperation, delivered a themed sharing session titled "Understanding openKylin: Technology, Ecosystem, and Future".
openKylin Appears at MiniDebConf
On October 24, MiniDebConf Beijing 2026 was held at the Institute of Software, Chinese Academy of Sciences. openKylin core developer Zhang Pan gave a technical sharing titled "From Build Failures to Reviewable Patches: Automatic Repair Practices with Salsa CI".
openKylin Appears at the 2026 Kylin Software Education and Healthcare Innovation Application Conference
On October 23, the 2026 Kylin Software Education and Healthcare Innovation Application Conference (Xinjiang stop) was held in Urumqi. Zeng Sidi, head of openKylin community technical operations, delivered a themed sharing session titled "Exploration and Practice of Co-building the openKylin Open Source Community".
openKylin University Salon Successfully Held at Shenyang Beiruan Information Vocational Technical College
On October 14, the openKylin University Salon at Shenyang Beiruan Information Vocational Technical College, hosted by openKylin, co-organized by Shenyang Beiruan Information Vocational Technical College, and undertaken by the Shenyang Beiruan Open Atom Open Source Club (Beiruan Open Source Technology Club) NSI-OSTC, was successfully held.
openKylin Appears at 2026 China RISC‑V Summit
On October 18–20, the 6th RISC‑V China Summit 2026 was held in Shenzhen. Li Zhuoheng, the openKylin community RISC‑V SIG Maintainer, delivered a keynote titled "openKylin RISC‑V Collaborative Innovation Ecosystem Practice for Industry‑Academia‑Research‑Application". The community Silver Donor Jindie Time and Space booth simultaneously exhibited a humanoid robot running openKylin, vividly demonstrating the system’s deployment capabilities in embodied intelligence scenarios.
openKylin Participates in the 3rd China Graduate Operating System Open Source Innovation Competition
From October 15 to 17, the final of the 3rd China Graduate Operating System Open Source Innovation Competition & Open Atom Competition Operating System Special Track was held in Beijing. The openKylin topic teams achieved new success — team “Memoryd”, tackling the topic “Intelligent Agent Memory Extraction and Precise Forgetting Mechanism for openKylin”, won the runner‑up, and team “Xiang Lu Yi Shou” completed their project development based on the openKylin system and claimed the third prize!
openKylin Appears at China International Industry Fair
From October 12 to 16, the 26th China International Industry Fair was held at the National Exhibition and Convention Center (Shanghai). openKylin showcased its technological innovations in intelligent operating systems at the booth of the community Silver Donor Cix Technology.
openKylin Visits Beijing Institute of Technology
On October 11, the 2026 OpenAtom "Campus Source Tour" event was held at Beijing Institute of Technology. Li Zhenning, Director of the openKylin Ecosystem Committee, introduced the project and community participation directions under the theme "openKylin Project and University Participation Pathways"; Ma Fajun, Head of Community Ecosystem Cooperation, participated in the teacher special seminar, and Cao Dandan, University Ecosystem Development Manager, conducted the "openKylin Hands-on Practice" workshop.
2026 Open Source Summer openKylin Competition Tasks (Part 2) are now online.
Open Source Summer is a summer activity series under the "Lighting Plan" initiated by the Institute of Software, Chinese Academy of Sciences. openKylin publishes multiple project tasks through Open Source Summer each year. In 2026, a total of 4 projects were launched. Students are welcome to apply according to their interests or strengths.
Community task platform optimization and upgrade:Removed the level restriction on claiming community tasks, allowing new users to participate in tasks of all levels; improved task publishing and backend management processes to enhance community task management efficiency.
Compatibility certification function optimization:Added a new certificate type for whole-machine component compatibility, improved the personal center adaptation submission, backend review, and official website compatibility display processes, and supported the automatic generation of certificate numbers after approval to enhance the management efficiency of compatibility certification.
Improvement of community honor certificate functionality:Added display of more than 5 community-related certificates, enriching the community honor display content.
Daily updates and upgrades: Completed updates of multi-architecture images and download resources, optimized functions such as official website navigation, news search, growth system, points rules, and data statistics, and improved the automatic translation and synchronization mechanism for English news.
Service update and maintenance
- System monitoring: Set up a log monitoring system to achieve real-time monitoring and anomaly detection of service logs.
- Security updates: Completed patching of high-risk server vulnerabilities, enhancing system security.
- Security hardening: Optimized over 10 security rules, fixed anomalies, ensuring stable platform operation.
- Service optimization: Improved sensitive word validation, access rate limiting, and news translation retry mechanism, enhancing service stability.
