Export Controls

Open-source models are typically released under Apache 2.0, MIT, or custom licenses that allow commercial use and modification, and operate under a different regulatory framework from hardware export controls.

Nvidia's lobbying spending is the highest because its business is directly affected by export control policy, and each round of adjustments to control rules may mean billions of dollars in changes to market access.

The direct effect of export controls is to cut off or restrict specific transaction paths rather than raise prices; the resulting circuitous trade lengthens transaction chains and increases intermediate costs.

In Q3 2026, export control measures around advanced-process chips, AI compute hardware and rare earth processing technology were further refined, raising corporate compliance costs.

Listing model weights themselves as export-control items is uncommon in export-control practice.

Bringing model weights under export control reflects a trend: AI models are increasingly being regarded by countries as technology assets of strategic value.

Ways of transferring weights include directly downloading files, distributing via container images, and embedding them in applications for distribution; the draft's inclusion of weights under control means that these actions may trigger licensing requirements under specific circumstances.

The draft stipulates that already publicly released model weights are not subject to control, and the exemption does not apply retroactively to weights already made public.

The draft stipulates that accessing model capabilities via API calls does not constitute a technology export and is therefore not subject to export control.

The draft proposes 14 prohibited export technologies and 26 restricted export technologies, covering the three fields of AI, biomedicine, and solar energy.

Export activities that had already started but not yet been completed before October 16 are likewise covered by the draft.

The draft stipulates that technologies publicly released through open source or published in academic papers are explicitly not subject to export control.

The draft notes that overseas localized deployment of restricted models may fall within the scope of control, but facilitation arrangements may exist in low-risk scenarios (such as an enterprise's own overseas cloud infrastructure).

The threshold for determining whether a model is subject to control will be based on dimensions such as model performance, parameter scale and data sensitivity, but the specific standards are still being formulated.

The boundary of the draft's open-source exemption lies in the timing of 'already public': for new models not yet released, the transfer of their weights or source code overseas may face registration or approval steps beforehand.

Export controls and investment reviews on key minerals such as lithium, cobalt and rare earths are becoming increasingly frequent.

For employers involved with sensitive technology, employees of certain nationalities may trigger 'deemed export' rules—even if the technology does not leave the country, disclosing it to persons from restricted countries may be treated as an export, requiring a license.

Beijing recently proposed a draft export control list covering 23 AI technologies, while stating it will continue to encourage open-source AI development, and specifically named the "Global South."

If a model can propagate itself among edge devices in the form of compressed copies, the object of regulation will shift from visible goods to invisible weight flows, which existing lists and licensing systems will find hard to track.