The "lobster farming" trend continues! On March 17, news emerged that TENCENT's QClaw will soon begin public testing, with a new version potentially releasing on March 18, accompanied by a comprehensive upgrade to its WeChat access point. Concurrently, at the recent NVIDIA GTC 2026 conference, NVIDIA founder Jensen Huang repeatedly emphasized the importance of OpenClaw during his keynote speech and launched NVIDIA's own enterprise-grade "lobster farming" tool, NemoClaw.
TENCENT's QClaw is set for launch, featuring a major WeChat access upgrade. On March 17, TENCENT's official AI X account, "Tencent AI," posted: "We have been quietly testing, and there will be more lobster tomorrow." This post was quickly shared by members of the OpenClaw team. Citing internal sources from TENCENT, Jiemian News reported that QClaw will commence public testing soon, with a new version scheduled for release on March 18. The WeChat entry point will be fully upgraded to further enhance connectivity and lower the barrier to "lobster farming."
Reportedly, QClaw is a local AI assistant developed by TENCENT based on the OpenClaw open-source ecosystem. It is the industry's first solution to offer direct WeChat integration, emphasizing zero entry barriers and requiring no deployment. As a key part of TENCENT's strategy in the AI agent sector, QClaw has been in a low-profile internal testing phase since its inception. Its core advantage lies in its pioneering WeChat direct-connect mode, focusing on ease of use and elimination of complex setup.
According to the official TENCENT PC Manager page, QClaw is available for both Mac and Windows. It comes with the kimi-2.5 model built-in, allowing users to directly invoke AI agents within WeChat to complete various tasks without complicated configuration, enabling a convenient "chat-to-command, AI-for-execution" experience.
The most significant feature of QClaw is its deep integration with WeChat and QQ. After scanning a QR code to link their account, users can send natural language commands via WeChat at any time to remotely control their computer and execute various tasks, truly enabling office work without carrying a laptop.
Furthermore, according to a March 13 announcement from Tencent Cloud, the new version 18.0 of TENCENT PC Manager introduced the "Lobster Butler · AI Security Sandbox" feature, providing comprehensive security protection for locally run AI Agents. Reportedly, users can activate multi-layered security protection without complex deployment, covering system security, Skills security, payment security, Prompt security, and other dimensions, achieving isolated operation, full-process protection, and behavior tracing for AI applications. Currently, the "Lobster Butler" supports various "lobster" agents including OpenClaw, QClaw, OneClaw, and LobsterAI.
On another front, due to OpenClaw's global popularity and high Token consumption, major cloud model providers have recently adjusted their pricing. Tencent Cloud announced that starting March 13, it would adjust the billing rates for some models on its AI Agent development platform.
Jensen Huang Praises OpenClaw, Launches "Lobster Farming" Tool NemoClaw TENCENT's accelerated deployment follows the explosive popularity of OpenClaw since the beginning of the year. This open-source AI agent software, developed by Austrian software engineer Peter Steinberger, has rapidly swept through the global tech community. Within just over two months of its release on GitHub, it garnered over 300,000 stars, far surpassing other open-source projects during the same period.
"OpenClaw is the most popular open-source project in human history. In just a few weeks, its impact has surpassed thirty years of Linux development. Its importance is undeniable," stated NVIDIA founder and CEO Jensen Huang during his keynote at NVIDIA GTC 2026 on March 16, when discussing "lobsters."
During his speech, Huang repeatedly emphasized the importance of OpenClaw and launched NVIDIA's own enterprise-grade Agent AI, NemoClaw. Integrated with components like the OpenShell security sandbox and Nemotron model, NemoClaw aims to address security concerns for enterprise agents accessing sensitive data and executing code.
Huang highly acknowledged the value and potential of the open-source AI agent project OpenClaw in his speech, stating that it provides core support at a critical stage of industry development. He noted its ability to help build personal agents, bringing new possibilities for the AI industry. He expressed that all enterprises now need to establish their own OpenClaw strategy and build agent systems, which have become the "new computer" essential for business development.
OpenClaw Accelerates AI Application Adoption Huatai Securities commented that from a hardware perspective, OpenClaw's core scenario involves users deploying AI Agents on local devices with a single command. Beyond potential benefits for data center inference chips like LPUs (Language Processing Units), it also creates new demands for edge-side computing power. OpenClaw is expected to stimulate sales of devices like Apple's MacMini/Macbook Neo, Lenovo's AI PCs, mini PCs like NUC, and the Xiaomi Pro 14 laptop, potentially reversing the current pessimistic market outlook on PC replacement cycles.
Guoyuan Securities believes that as foundational large models gradually mature, the AI application landscape is flourishing. OpenClaw, as a benchmark product, has gained widespread market recognition. They recommend focusing on vendors capable of deploying AI applications and possessing a broad customer base.
Donghai Securities opines that OpenClaw has fueled the AI Agent trend, pushing the concept to the eve of large-scale application. Its substantial inference Token demand further drives computing power growth in the AI industry chain. Leading domestic cloud service providers have successively launched related Agent products.
AI demand is projected to drive a 26.3% annual growth in the global wafer foundry market value in 2025, reaching a record high of $169.5 billion. In 2026, wafer fab capacity utilization might be affected by high memory prices squeezing end-demand. Currently, overseas electronic semiconductor companies are experiencing a pullback amid rapid changes in the international landscape, with market capital prioritizing risk aversion. The development of China's semiconductor industry remains relatively positive, with significant long-term potential for localization. Structural opportunities in areas like equipment, materials, AI edge computing, and AI cloud computing can still be considered during market dips.
Comments