China's Ministry of Commerce is weighing a major expansion of its technology export restrictions that could reshape the global AI landscape. The proposed controls would cover advanced AI models, training data, overseas acquisitions of strategic tech companies, and potentially prohibit Chinese chip designers from manufacturing their silicon at TSMC.
Regulators have consulted domestic giants including Alibaba, ByteDance, and Zhipu about ways to prevent critical AI technologies from transferring abroad or falling under Western control. One proposal would limit the transfer of important AI training data outside China and restrict foreign users from downloading model weights directly.
Overseas customers could still access Chinese AI services remotely, allowing companies to continue monetizing their work. However, restricting downloadable model weights would strip a key competitive advantage. Companies like DeepSeek and Moonshot currently distribute open-weight models that anyone can download, run locally, and adjust for specialized tasks. That open approach has given Chinese AI firms an edge over closed-model competitors like Anthropic and OpenAI, an edge these new rules would effectively surrender.
The most controversial proposal targets semiconductor manufacturing. MofCom has asked for industry feedback on blocking overseas foundries like TSMC from producing advanced processors based on designs from Chinese firms like Alibaba, ByteDance, and Huawei. Shifting those orders to SMIC would guarantee domestic foundries enough volume to fund their own research and expansion. The tradeoff is stark: SMIC remains behind TSMC in process technology, meaning Chinese companies would be forced to use inferior hardware for their most demanding AI workloads.
Beijing is also considering tighter controls over foreign acquisitions of strategic technology firms, particularly those working on agentic AI. This effort aims to close a regulatory loophole that previously enabled Meta's $2 billion purchase of the agentic AI startup Manus, a transaction Chinese authorities later ordered to be undone.
These measures could be added to China's existing export control catalogue, which already restricts rare-earth materials and lithium-ion battery production tech. The push to lock down AI capabilities reflects an intensifying race with the US, even as the restrictions risk isolating China's most promising software from the international market.
The tension between keeping technology domestic and expanding global influence is difficult to resolve. Limiting weight downloads protects proprietary work but weakens the ecosystem effect that makes open models popular in the first place. Forcing chips to SMIC secures domestic capacity but slows the hardware pipeline that Chinese AI developers depend on to train next-generation systems. Whatever combination of these rules ultimately takes effect, the result will likely force Chinese tech companies to recalibrate how they serve both local and international customers.