A recent event series focused on building an "AI+" innovation ecosystem in the Xiong'an New Area for 2026 featured the release of the latest achievements and strategic plans for the "LimiX" data large model. This model is a joint development by Tsinghua University and Wenzhun Intelligent (Xiong'an) Technology Co., Ltd. It is reported as China's first and currently only general-purpose large model designed specifically for processing structured data.
The rise of data large models signifies an important shift in the AI paradigm. The core technological innovation involves building a "general world model" capable of understanding the intrinsic causal mechanisms within data. This approach aims to truly enable "one model to empower thousands of industries." An academician from the Chinese Academy of Sciences noted that the success of the LimiX data large model represents a leap from following in the footsteps of language large models to leading the way in the field of data large models.
Xiong'an is attempting to define a new paradigm for AI development in a city of the future by creating new technological tracks and constructing a new ecosystem. The core of this new paradigm lies in its precise targeting of real-world bottlenecks in industrial development. While AI waves, represented by large language models, have seen widespread application on the consumer side, they face fundamental limitations when integrating into the core of the real economy, such as industrial manufacturing and energy power sectors. The LimiX data large model addresses this pain point directly. It can understand the internal causality within structured data—like tables, time series, and graphs—and construct a "general world model" for data spaces. This represents a track that is deeply aligned with the transformation and upgrading needs of the real economy, offering greater foundational potential.
The support for this new paradigm relies on building a self-driven, closed-loop collaborative innovation ecosystem, rather than depending on isolated breakthroughs. Xiong'an's layout demonstrates systematic thinking, using the LimiX data large model as a technological spearhead, supported by a complete ecological chain that integrates research, production, and training. On the research and development front, the Xiong'an Artificial Intelligence Research Institute is tackling cutting-edge technologies through a "1+6 public R&D platform" and promoting the commercialization of results. On the industry front, simultaneously held seminars and venture capital meetings aim to accelerate technology adoption through real-world scenarios and financial support. On the talent front, the newly launched "Xiong'an New Area Artificial Intelligence Training Ecosystem" is demand-driven, targeting five major types of job roles. It includes modular courses spanning over 4,000 class hours across 11 core directions, ensuring a continuous supply of talent for the industry. This model, which synergistically advances frontier research, industrial application, capital support, and talent cultivation within a unified framework, is designed to generate sustainable, endogenous innovation momentum.
The ultimate goal of this new paradigm is to explore systematic solutions for an "AI-native city" and to create a replicable model for urban development. As a future city built from the ground up, Xiong'an has the opportunity to elevate artificial intelligence from a single industry sector to a foundational logic that reshapes urban governance, public services, and industrial organization. The event series showcased this systematic practice—bringing together global resources, leveraging solid application scenarios, and fostering industrial clusters. The final objective is to establish a set of "benchmarkable, governable, and iterable" standard systems for "AI + city" integration.
By pioneering the new track of "data intelligence" and constructing a new, synergistic ecosystem of research, production, and training, the Xiong'an New Area is leveraging its status as a city of the future to build a "globally influential AI-native city."