Alibaba Cloud Launches Tongyi Stardust, Tongyi Lingma, and Other Products, Releases Large Model Application Development Platform Alibaba Cloud Bailing

At the 2023 Yunqi Conference, Alibaba Cloud unveiled several significant products and technologies. The first highlight was the update to the Tongyi large model family. Alibaba Cloud introduced the Tongyi Qianwen 2.0, a large model with a parameter scale of billions, which surpasses the performance of GPT-3.5 and is catching up to GPT-4. Additionally, Alibaba Cloud released eight industry-specific large models, covering areas such as coding assistants, reading assistants, and AI assistants for work and study. Alibaba Cloud also launched the Alibaba Cloud BaiLian, a one-stop platform for large model application development, which integrates mainstream high-quality large models from both domestic and international sources, and offers services and application development tools including model selection, fine-tuning training, security suites, and model deployment. These large model products will help developers address practical issues and drive the advancement of artificial intelligence technology.

Alibaba Trials QwenBook AI Device, Team Size Around 150 People

The Alibaba Cloud Yingying team is developing the AI device QwenBook, positioned as a native intelligent agent computer, with a form similar to the Qwen tablet, still in the early trial phase, focusing on office scenarios, integrating the Qwen3.8-Max and Flash models. The product definition and hardware are self-developed, integrating the Yingying Cloud PC system and end-cloud capabilities, with a team of about 150 people.

Tongyi Pingtouge Launches AI Chip Zhenwu V900 with Three Times the Computing Power of M890

At the 2026 Yunqi Conference, Tongyi Pingtouge launched the domestically produced AI chip Zhenwu V900, which has three times the computing power of its predecessor M890. A single cluster can be expanded to 500,000 cards, supporting advanced AI model training and inference. Alibaba stated that its chip product line is mature, with a significant increase in annual shipments expected. Wu Yongming revealed that the self-developed M890 super node is already capable of supporting large-scale model inference with up to 2 trillion parameters.

A Milestone Breakthrough for Homegrown Large Models! Lingjun Zhenwu M890 Super Node Officially Launched, the First in China to Successfully Run a Large Model with Over 2 Trillion Parameters

The Alibaba Cloud Lingjun Zhenwu M890 Super Node Instance is officially available, with the first sale in Wulanqabu, marking a key breakthrough in the training and inference of ultra-large-scale models in China. This instance has successfully run a large model with over 2 trillion parameters and now supports flagship models such as Kimi K3 and Qwen3.8 Max with 2.4 trillion parameters for external services.

Report: Alibaba Internally Testing AI Office Platform 'Wan You Wu Jie': Multiple Digital Employees Work in Teams

Alibaba Cloud is internally testing the B-end human-machine collaboration platform 'Wan You Wu Jie', whose core function is to assemble multiple digital employees into collaborative teams, working together on complex projects like a real team, assigning tasks and delivering results jointly. Unlike previous platforms such as 'Qianwen Office', which focused on daily office processes, this platform emphasizes multi-agent collaboration, further enhancing Alibaba Cloud's position in complex project delivery.

Tongyi Qianwen to Unveil a Major AI Model at Alibaba Cloud Summit on May 20th

The Alibaba Cloud Tongyi Qianwen large model will launch a new upgraded version at the Alibaba Cloud Summit on May 20th, achieving comprehensive breakthroughs in versatility, model capabilities, and depth and breadth. This move marks a significant step forward for domestic AI large models in terms of computing power iteration and application implementation. Currently, domestic large models are experiencing a wave of frequent updates, with technology advancing deeply into vertical fields, and market competition becoming increasingly fierce.