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Saudi Arabia’s National Ai Model Runs on Chinese Weights

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AI Policy · Analysis

Saudi Arabia’s national Arabic model is built on a Chinese lab’s open weights rather than an American one. The choice is deliberate, the reasoning is public — and the foundation it depends on has started to shift.

Sourcing. This article draws on HUMAIN’s launch announcement, MiniMax’s published model releases and licence terms, reporting from Bloomberg and Reuters as carried by other outlets, and European Commission material on the open-weight landscape. Benchmark figures described here are self-reported by the companies concerned and are labelled as such.

Status: Accurate as of 6 September 2026. This is a fast-moving area and licence terms in particular have changed more than once in the past year.

At LEAP in Riyadh on 3 September, Saudi Arabia’s state-backed AI company HUMAIN launched humain-m3 as the backbone of a national AI platform: Arabic-first, built for local language and culture, and the technical centrepiece of the kingdom’s sovereignty ambitions.

It is a 428-billion-parameter mixture-of-experts model, meaning it carries an enormous number of parameters but routes each request through only about 23 billion of them at a time. That is what keeps a model of this size affordable to serve.

Those figures match MiniMax M3, which the Shanghai company released as open weights on 1 June, and so does the architecture. HUMAIN trained that base on more than a trillion further Arabic tokens.

One detail in the announcement matters more than the parameter count. According to Bloomberg’s report and Al-Monitor’s account of the launch, HUMAIN said it had commissioned MiniMax to deliver the model. This was not simply a matter of downloading published weights and working on them independently. It was a commercial engagement with the Chinese laboratory.

HUMAIN has not hidden the relationship. It describes the model as open weight, its leadership has argued publicly that open weights are the route to sovereignty, and the MiniMax connection was named in the launch reporting.

So the interesting question is not whether the choice was disclosed. It is what the choice tells you about where AI capability is actually being sourced — and what “sovereign” means when the supplier is a foreign company you have contracted with.

A close United States partner, with substantial access to American chips and standing partnerships with Nvidia, AMD and Mistral, chose a Chinese base for its national language model over Meta’s Llama or anything from a US laboratory.

That is the clearest signal yet that Chinese open-weight models have become a default starting point for national AI projects outside the US and China.

428BTotal parameters, 23B active
1T+Arabic tokens in further training
$15BAI infrastructure deals at LEAP 2026
89.37%Self-reported Arabic benchmark average

Video: coverage of the HUMAIN announcement and the Chinese open-weight question. Wangdoo is not affiliated with the publisher. The figures and dates in this article come from the reporting and company material listed at the end rather than from the video.

Why start from someone else’s model

Training a frontier model from scratch takes years, an enormous compute budget and a research team that does not exist in most countries. Post-training an existing one on a trillion tokens of your own language takes months.

HUMAIN had already been down the first road. Its previous flagship was ALLAM 34B, a considerably smaller Arabic system. Moving to a 428-billion-parameter base it did not build represents a decision that speed to a competitive model matters more, for now, than owning the architecture.

The strategic argument its leadership has made is that open weights are insurance. A hosted model from an American or Chinese provider can be withdrawn, restricted by export policy, or priced differently tomorrow. Weights sitting on your own hardware in your own data centre cannot be switched off remotely. On that reading, downloading a capable open model is not a compromise on sovereignty — it is the mechanism that delivers it.

The context around the launch supports the seriousness of the ambition. Saudi Arabia announced more than $15 billion in AI infrastructure agreements on the opening day of LEAP 2026, including a $10 billion arrangement involving AMD and Cisco and a $5 billion AWS zone. HUMAIN, owned by the Public Investment Fund, sits at the centre of nearly all of it.

The assumption underneath the strategy

The insurance argument holds only while capable models keep being released under terms that permit this kind of use. That condition is no longer something a planner can take for granted.

Release Date Licence position
MiniMax M2 October 2025 MIT licence
MiniMax M2.5 February 2026 MIT licence
MiniMax M2.7 March 2026 Modified-MIT applied after the weights were published: non-commercial use free, commercial use requires prior written authorisation and a “Built with MiniMax M2.7” attribution
MiniMax M3 June 2026 Released as open weights — the base for humain-m3

Read in order, that table does not show a company steadily closing down. MiniMax restricted M2.7 in the spring, then released M3 as open weights in June. What it shows is something more awkward for anyone planning around it: licensing has become case-by-case rather than a standing policy.

MiniMax built its developer reputation on permissive releases. Then, months after listing on the Hong Kong Stock Exchange in January 2026, it revised the terms on one of them after the weights had already gone up on Hugging Face. Research, personal projects and private fine-tuning were unaffected. Hosted services and commercial products moved into territory needing the company’s written permission, plus a visible “Built with MiniMax M2.7” credit.

MiniMax’s stated reason was quality control: preventing intermediaries from serving degraded versions of the model to developers under its name. Whether or not that justifies the mechanism, it is a different motive from simply closing a model down, and the company said the authorisation process would be quick.

Nor is it only MiniMax. The same discussion pointed to comparable moves on Qwen 3.6 and GLM-5.1. Alibaba’s Qwen team is reported to have shifted toward proprietary development following senior departures, and Xiaomi released its MiMo v2 models under a closed licence. The familiar shorthand — that Chinese laboratories publish weights while American ones do not — no longer describes the landscape reliably.

What that means in practice: weights already held cannot be recalled, so humain-m3 as it exists today is not at risk from a licence change.

The exposure is to what comes next. A strategy built on adapting the strongest available open model needs there to be a next one on workable terms. Given the commissioning arrangement, it also needs a working relationship with the lab that makes it. Neither is guaranteed by anything Riyadh controls, and the M2.7 episode shows terms can change after a release rather than only at one.

The scores have not been independently checked

HUMAIN reports an average of 89.37% across seven public Arabic benchmarks, describing it as the strongest result among the frontier models it tested. The benchmarks are established ones and the post-training work behind the figure appears substantial.

The model is available initially as a research preview through HUMAIN Node, the company’s platform for giving developers, researchers and enterprises access to models and inference. Alongside it HUMAIN introduced a conversational product covering Saudi, Maghrebi, Egyptian and Levantine Arabic dialects.

The evaluations were run on HUMAIN’s own infrastructure. They have not been submitted to the Open Arabic LLM Leaderboard, which is where comparable regional systems post results — the UAE’s Falcon-H1 Arabic and Qatar’s Fanar among them. Until that happens there is no like-for-like comparison with the models humain-m3 is implicitly measured against.

Self-reported benchmarks are normal at launch and are not evidence of anything improper. They are simply not the same as a ranking.

The geopolitical knot

One further complication sits underneath the technical story.

In April 2026 the House Homeland Security Committee and the Select Committee on China opened a joint investigation into national security risks from Chinese AI models, naming MiniMax alongside DeepSeek, Alibaba and Moonshot AI. Saudi Arabia is meanwhile a significant customer for American AI hardware, and HUMAIN’s infrastructure deals run through American vendors.

The relationship is not new. MiniMax’s president and co-founder met Saudi Arabia’s communications and information technology minister in July to discuss cooperation across generative AI. Separately, HUMAIN and the American infrastructure company Together AI announced a 250 MW Saudi data centre aimed specifically at serving open models.

So the kingdom is building national AI capability on American silicon and Chinese model architecture simultaneously, while the laboratory supplying that architecture is under scrutiny in Washington. Whether that becomes a practical problem or stays an awkward footnote is not something anyone can call yet.

The pattern worth watching

Strip away the specifics and a structural shift is visible. Countries that want their own AI capability, and cannot spend years building a frontier model, are reaching for whatever capable open model exists — and increasingly that model is Chinese rather than American.

Saudi Arabia is not the only country working through this. Russia’s largest bank built GigaChat under different constraints and reached a comparable conclusion, benchmarking its flagship against a Chinese open-weight model rather than an American one. The pattern is the same wherever a national project needs a capable base it did not build.

Chinese laboratories have moved at pace. As the European Commission’s own analysis of the open-weight race sets out, Z.ai has published GLM-5.2 under an MIT licence, Moonshot’s Kimi K3 runs to 2.8 trillion parameters, and Alibaba released Qwen3.8 at 2.4 trillion. Whatever the merits of any individual model, that release cadence is what makes a Chinese base the obvious pragmatic choice for a national project in a hurry.

The open question is how durable that foundation is. HUMAIN’s bet is that open weights buy independence, and for the model it already holds, the bet is sound. Whether it holds for the next one rests with companies that are publicly listed, commercially pressured, under political scrutiny in Washington, and that have already licensed one model openly and restricted another within the same season.

Frequently asked questions

What is humain-m3?

An Arabic language model launched by Saudi Arabia’s state-backed HUMAIN at LEAP Riyadh on 3 September 2026. It uses a mixture-of-experts architecture with approximately 428 billion total parameters and 23 billion active per token, and was trained further on more than a trillion Arabic tokens.

Is it built on a Chinese model?

Yes. It shares its architecture and parameter counts with MiniMax M3, released as open weights by the Shanghai company on 1 June 2026, and HUMAIN said it commissioned MiniMax to deliver the model. HUMAIN describes its own model as open weight and argues that open-weight models are its route to sovereignty.

Does using open weights actually deliver sovereignty?

Partly. Weights held on your own hardware cannot be withdrawn remotely, so an existing deployment is secure. The dependency is on future releases: the strategy assumes capable new open models will keep appearing on usable terms, which is a decision made by the labs publishing them.

Are Chinese AI labs still releasing open weights?

Less predictably than before. MiniMax restricted commercial use of its M2.7 release in spring 2026 but published M3 as open weights in June, so its position varies by model. Alibaba’s Qwen team is reported to have moved toward proprietary development, and Xiaomi released MiMo v2 under a closed licence.

How does it compare with other Arabic models?

No direct comparison exists yet. HUMAIN reports 89.37% across seven Arabic benchmarks from its own testing, but has not submitted results to the Open Arabic LLM Leaderboard where the UAE’s Falcon-H1 Arabic and Qatar’s Fanar have posted scores.

Sources

  1. HUMAIN — launch announcement for humain-m3 at LEAP Riyadh, 3 September 2026, and the accompanying benchmark claims. Company material; scores self-reported.
  2. MiniMax — M3 open-weight release, 1 June 2026. Licence terms read directly from the M2.7 repository, including the commercial-authorisation clause, the attribution requirement and the commit history showing the terms replaced after publication. github.com
  3. Decrypt — reporting on the M2.7 licence revision, April 2026. Source for the MIT terms on M2 and M2.5, MiniMax’s stated quality-control rationale, and the Xiaomi and Qwen comparisons.
  4. Bloomberg — “Saudi AI Firm Humain Unveils Model Based on China’s MiniMax”, 3 September 2026. Source for the commissioning arrangement and the national-platform framing, and for an interview setting out the open-weight sovereignty argument.
  5. Al-Monitor — “Saudi Arabia taps China’s MiniMax for Arabic AI model”, September 2026. Source for the commissioning detail, the HUMAIN Node research-preview availability and the Arabic dialect product.
  6. European Commission — Apply AI Alliance community analysis of the open-weight landscape, updated 20 July 2026. Source for the release cadence of GLM-5.2, Kimi K3 and MiniMax M3, and for the distinction between open weights and open source. futurium.ec.europa.eu
  7. US House of Representatives — joint investigation opened April 2026 by the Homeland Security Committee and the Select Committee on China into national security risks from Chinese AI models, naming MiniMax, DeepSeek, Alibaba and Moonshot AI.
  8. Financial Times — reporting on Alibaba’s Qwen team shifting toward proprietary development, as referenced in subsequent coverage.
Clayton Samuel, Mr Wangdoo

Clayton Samuel (Mr Wangdoo), QFA — Founder & editor, Wangdoo.com. Qualified Financial Adviser with a background in electronics, web development, and cloud infrastructure.