China restricts export of 23 AI technologies and subjects publishing beyond its limits to licensing

China's Ministry of Commerce, in cooperation with the Ministry of Science and Technology, announced a proposal to expand export restrictions on advanced technologies, placing 23 AI-related technologies under direct control, within a list that includes 40 technologies covering AI, biotechnology and solar energy. The government project opens for public comments until 15 November 2026, while imposing immediate temporary requirements that oblige relevant parties to pre-register export transactions before completing the final procedures for the revised list.

The new controls cover large language models, independent agents and high-performance computing clusters.Beijing justifies the measures as a desire to contain security risks linked to advanced systems, especially technologies that could be exploited to develop malicious software or threaten critical infrastructure and sensitive governmental and defence systems. The ministry believes that regulating the transfer of these technologies keeps them under operational control and limits the chances of their use by hostile actors, a step that reveals Beijing's intent to tighten its grip on the outputs of its strategic research.

Despite the expanded list, Chinese authorities draw a precise line between consuming models and transferring their technological assets. Technologies that are publicly available through open-source repositories or published academic research remain exempt from the restrictions under the announced rules, and providing model services via cloud APIs or SaaS applications is not considered a controlled export. Conversely, the deployment of advanced models locally outside Chinese territory is subject to control if it involves transferring technology ownership, intellectual-property rights or granting usage licences that give an external party actual control, with an immediate pre-registration pathway that applies to ongoing transactions.

The amendments do not stop at algorithms; they also extend to curbing energy-supply chains and advanced medicine.The list includes five biomedicine technologies covering cell and gene therapies and small-nucleic-acid-based drugs, alongside twelve solar-energy technologies that span multicrystalline silicon production, silicon wafers, cells and their core equipment. This breadth reflects a comprehensive Chinese effort to protect precise manufacturing knowledge amid rising tech competition with the United States, which has already imposed pre-emptive restrictions on Beijing's access to advanced chips and their manufacturing equipment.

We see in this legislative shift a practical implication that engineering teams and organisations in the Gulf and Egypt will face when designing sovereign infrastructure. If reliance on Chinese models occurs through public pull and API calls, the pace of work and current costs will remain unchanged. Organizations that aim to build computational independence within regional data centres, planning to deploy models locally and control their weights or obtain direct operational licences, will find themselves obliged to await registration and governmental review pathways in Beijing. If you manage your organisation's technical architecture, you should scrutinise supply contracts carefully and explicitly differentiate between cross-border cloud consumption and the transfer of technical assets subject to export approvals.