Recently, the open-source AI agent framework OpenClaw, commonly known as the “Lobster,” has taken the global technology community by storm. With features such as local-first operation, autonomous execution, and persistent memory, it has driven a paradigm shift in AI from “passive conversation” to “active execution.”

As a core ecosystem organization in the global computing industry, the Global Computing Consortium (GCC) has always upheld the principle of open innovation and actively embraced waves of technological innovation. In response to the global popularity of OpenClaw, GCC members have independently carried out adaptation and implementation explorations across multiple dimensions, including computing chips, computing hardware, operating systems, cloud computing, security enhancement, and industry-academia-research innovation, jointly demonstrating the openness and practical capabilities of the global computing industry toward frontier AI agent technologies.

I. Computing Hardware and Chip Support: Foundational Technologies for Efficiency and Stability

Arm China（GCC Board Member）

Arm China empowers the AI era with “global standards + local innovation,” fully investing in AI, closely connecting with the Arm ecosystem, and deeply cultivating self-developed innovation. Arm China is deeply involved in the construction of the OpenClaw ecosystem. Based on Arm technologies and self-developed IP products, it builds AI computing solutions and provides underlying technical support for efficient OpenClaw deployment across multiple terminals and scenarios.

For details, please refer to: Arm China — A Leader in China’s Intelligent Computing Ecosystem

Huakun Zhenyu（GCC Board Member）

Huakun Zhenyu’s Tianzhi full-stack product series has completed comprehensive adaptation and deep optimization for OpenClaw. Based on the Kunpeng + Ascend architecture, it has built a software-hardware integrated large-model all-in-one machine. Combined with its self-developed Tianxun CubeX intelligent engine platform, it improves large-model inference efficiency by more than 20%, enables local private deployment of OpenClaw, and fully addresses pain points such as high token consumption and high costs, meeting the high-performance and high-reliability needs of enterprise-scale applications.

For details, please refer to: From “Able to Chat” to “Able to Work”: Huakun Zhenyu Tianzhi Series Fully Adapts to OpenClaw

xFusion（GCC Member）

xFusion launched the FusionXpark™ desktop AI supercomputer, creating a “software-hardware integrated” solution specifically for enterprise-level OpenClaw implementation. The device is equipped with a Blackwell architecture GPU, supports native CUDA, and comes with the FusionXplay™ application store pre-installed with OpenClaw for one-click deployment. With 128GB unified memory and 273GB/s bandwidth, it can stably run 120B large models, process over 5,700 tokens per second in 16K long-context scenarios, and support 11 concurrent 256K-token requests. It fully addresses the cost, security, and stability pain points of enterprise deployment, and is suitable for highly regulated scenarios such as finance and healthcare.

For details, please refer to: OpenClaw Goes Viral Across the Internet, but Enterprises Still Hesitate to Use It? FusionXpark™ Solves Practical Deployment Anxiety

II. Operating System Foundation: Local Deployment, Secure and Controllable

KylinSoft（GCC Board Member）

KylinSoft has taken the lead in completing deep adaptation between Galaxy Kylin V11 and OpenClaw, supporting multi-architecture CPU compatibility and enabling local private deployment of OpenClaw. It provides government and enterprise users with a secure and stable operating environment for AI agents, fully addressing data privacy and compliance challenges.

For details, please refer to: How to Raise a Lobster on the Galaxy Kylin Operating System?

III. Cloud Deployment Services: One-Click Access and Inclusive Computing Power

Huawei（GCC Vice Chair Unit）

Huawei Computing launched an end-to-end solution integrating “OpenClaw + OpenViking + Kunpeng servers.” Through the OpenViking memory plugin, it supplements OpenClaw’s native memory limitations. Combined with the advantages of Kunpeng servers in multi-core concurrency and software-hardware collaboration, the solution improves task execution accuracy by over 45%, reduces input token consumption by over 90%, and cuts costs by up to 10 times. It supports one-click image pulling and deployment, can run stably in a lightweight 1vCPU 2G container, and is suitable for production-level scenarios across multiple fields.

For details, please refer to: Major Release! OpenClaw + OpenViking Officially Lands on Kunpeng, Creating an End-to-End Best Practice for AI Agents

China Telecom（GCC Board Member）

Tianyi AI Cloud Computer has launched a dedicated OpenClaw experience zone, offering multiple configurations including 4C8G, 8C16G, and 16C32G. It comes with a pre-installed Ubuntu 24.04 OpenClaw image and supports switching to Windows Server 2022, enabling out-of-the-box use and zero-barrier deployment. It also provides advantages such as a cloud-isolated environment, seamless switching across multiple devices, and data privacy protection, covering both government-enterprise and personal office scenarios, allowing AI agents to easily integrate into daily work.

For details, please refer to: AI “Lobster Raising” Goes Viral! Do You Want to Raise One Too?

UCloud（GCC Member）

UCloud became the first in China to launch a dedicated OpenClaw cloud image, making it available across global nodes. It provides visualized one-click deployment and security hardening solutions, significantly lowering the technical threshold for individuals and enterprises to “raise a lobster.”

For details, please refer to: UCloud (688158.SH): The Company Recently Further Launched an Out-of-the-Box OpenClaw Lightweight Application Cloud Host

IV. Security and Memory Enhancement: Ecosystem Upgrade and Experience Optimization

ByteDance（GCC Member; Volcano Engine is its brand）

Volcano Engine, a brand under ByteDance, launched two core capabilities to support the upgrade of the OpenClaw ecosystem. First, it released the industry’s first three-layer in-depth security protection solution for AI assistants, covering the platform, AI assistant, and supply chain dimensions to prevent risks such as prompt injection, sensitive information leakage, and high-risk operations, helping AI assistants operate securely. Second, it launched the openclaw-mem0-plugin, which reconstructs the memory system, enables accurate memory retrieval and cross-session management, significantly reduces token consumption, and provides an enterprise-level long-term memory solution.

For details, please refer to: Stop Struggling with Native Memory! OpenClaw Built-in Mem0 Makes Agents More Token-Efficient and Smarter; Helping OpenClaw Work Securely, Volcano Engine Releases the Industry’s First AI Assistant Security Solution

DBAPP Security（GCC Member）

DBAPP Security launched ClawdSecbot, a dedicated security protection solution for OpenClaw, building a “security gate” between AI and the system. Its core capabilities include automatic bot discovery, Skill security scanning, real-time semantic decision-making, system-level permission control, and visualized security auditing. It can accurately prevent four core risks: insufficient identity isolation, supply chain poisoning, prompt injection, and agent instability. Through operating-system-level hard isolation and AI-driven intelligent detection, it enables “zero-perception protection” and ensures secure and controllable operation of OpenClaw.

For details, please refer to: One-Click Free Download｜“Lobster” Goes Viral, AI Out of Control? ClawdSecbot Protects Your Digital Assets

V. Industry-Academia-Research Collaboration: Technical Research and Ecosystem Co-Creation

Shanghai Jiao Tong University（GCC Member）

Shanghai Jiao Tong University released a full-process technical analysis and deployment guide for OpenClaw. Relying on the “Zhiyuan-1” large-model API, it provides stable local large-model support for OpenClaw. The API throughput quota has been expanded by more than 30 times, with a default weekly token quota of 1 billion. Four core model services have also been opened, enabling OpenClaw to move from “trying it out” to becoming a digital assistant available at any time.

For details, please refer to: SJTU Members, Zhiyuan-1 Invites You to “Raise a Lobster” for Free!

From computing chips, computing hardware, operating systems, and cloud services to security protection, memory enhancement, and industry-academia-research innovation, members of the Global Computing Consortium (GCC) have formed a full-stack adaptation ecosystem for OpenClaw. This not only demonstrates the open and inclusive ecosystem pattern of the computing industry, but also provides a secure, efficient, and inclusive technical foundation for the AI agent era.

In the future, the Global Computing Consortium (GCC) will continue to gather the strength of its members, embrace more frontier technological innovations with an open attitude, promote the collaborative development of the global computing ecosystem, and empower the digital transformation of industries.

The Global Computing Consortium, abbreviated as GCC, is China’s first international industry and standards organization in the computing field. It was jointly initiated by technology providers, manufacturers, system integrators, enterprise users, research institutes, and other stakeholders in the computing field. With the vision of “new computing empowering the digital and intelligent society,” and guided by the values of “openness, innovation, collaboration, and win-win,” GCC is committed to promoting open innovation in the computing industry, building a robust and prosperous ecosystem, and supporting the sustainable development of the digital and intelligent society.

The Open AI Infra Community is an open collaboration platform for full-stack intelligent computing infrastructure in the AI era. It is committed to linking major users with core technology providers through an open co-creation model, working with upstream and downstream partners across the industrial chain to advance technical specification development and solution implementation, building an open, efficient, and win-win computing power ecosystem for the AI era, and jointly creating a prosperous data center ecosystem.