Saudi PIF-Backed HUMAIN Unveils Arabic AI Model Based on MiniMax-M3; Shares Surge 9%
SingTao · 2 SOURCESabout 3 hours ago2 MIN

Summary
HUMAIN, the artificial intelligence subsidiary of Saudi Arabia's Public Investment Fund (PIF), has unveiled humain-m3, a cutting-edge Arabic language model developed using MiniMax-M3 as its foundation . The model demonstrated superior performance across seven public Arabic benchmark tests, achieving the highest average scores among all frontier models evaluated . MiniMax's stock on the Hong Kong market surged more than 9% to HK$388 following the news .
Key Points
- HUMAIN's humain-m3 model underwent pre-training on more than one trillion Arabic native text tokens
- The model outperformed all competing frontier models on seven Arabic benchmarks covering comprehension, knowledge, language ability, factual accuracy, and retrieval-augmented generation
- MiniMax shares rose over 9% to HK$388 on the Hong Kong exchange after the announcement
- HUMAIN Node platform now offers humain-m3 as a research and evaluation preview, with an open-weight version planned
- HUMAIN is chaired by Crown Prince Mohammed bin Salman and plays a central role in Saudi Arabia's Vision 2030 strategy
Why It Matters
This collaboration marks a significant shift from previous Chinese AI model exports, as MiniMax-M3 now directly serves as the foundational infrastructure for international sovereign AI development rather than merely supplying API access . The model's success highlights growing demand for high-quality non-English language AI systems and positions Chinese AI companies as infrastructure providers for global AI ecosystems.
This collaboration marks a significant shift from previous Chinese AI model exports, as MiniMax-M3 now directly serves as the foundational infrastructure for international sovereign AI development rather than merely supplying API access . The model's success highlights growing demand for high-quality non-English language AI systems and positions Chinese AI companies as infrastructure providers for global AI ecosystems.