Alibaba Group Holding Ltd. has unveiled new benchmark scores for its latest artificial intelligence model, Qwen 2.5 Max, positioning it as a top contender in the global AI race. According to figures shared by Alibaba Cloud via WeChat, the upgraded model outperformed Meta Platforms Inc.’s Llama and DeepSeek’s V3 model in a variety of tests.
This development underscores Alibaba’s increasing investment in AI and cloud computing, where it competes fiercely with domestic tech giants such as Tencent Holdings Ltd. and Baidu Inc. All three firms are vying for dominance in China’s AI landscape, particularly in attracting developers to their platforms.
A notable reference in Alibaba’s comparison is DeepSeek, a 20-month-old startup from Hangzhou, the same city where Alibaba is headquartered. DeepSeek has rapidly gained global recognition and, according to Alibaba’s data, now serves as a primary benchmark for its AI advancements. The cloud computing arm of the e-commerce behemoth further suggested that Qwen 2.5 Max surpasses models from OpenAI and Anthropic in specific evaluation metrics.
The official account of Qwen posted on X, “The burst of DeepSeek V3 has attracted attention from the whole AI community to large-scale MoE models. Concurrently, we have been building Qwen2.5-Max, a large MoE LLM pretrained on massive data and post-trained with curated SFT and RLHF recipes. It achieves competitive performance against the top-tier models, and outcompetes DeepSeek V3 in benchmarks like Arena Hard, LiveBench, LiveCodeBench, GPQA-Diamond.”
China’s AI sector is heating up as companies aggressively compete for market share. Cloud service providers, including Alibaba and Tencent, have recently reduced their prices to attract users, with DeepSeek emerging as a significant factor in this intensifying price war. Several AI startups in China have also secured substantial funding at unicorn-level valuations, adding to the competitive landscape.
Alibaba’s latest claim highlights the broader trend of Chinese firms challenging Western counterparts in the AI space.
