The Next Stop for AI: From Breaking Technological Barriers to Industrial Integration

As the hype around large models gives way to rationality, a more profound transformation is quietly taking place at the intersection of computing power, hardware, and industrial scenarios. This indicates that we are entering the "deep - water zone" of AI value.

Currently, the global artificial intelligence industry stands at a critical turning point. The core scale of China's artificial intelligence industry has exceeded 1.3 trillion yuan, a growth of about 28% compared to 2024. The industry competition has shifted from "technical parameter comparison" to a deeper contest of "scenario implementation efficiency".

After the frenzy of generative AI, the entire technology industry faces a host of new propositions: How can we truly implement intelligence and make it dance with the real economy? How can we break through the bottleneck of computing power? How can we unleash the value of data through hardware?

Ultimately, they all point to the same question: What kind of hardcore innovation can break through the gap in AI commercialization?

Against this backdrop, the "AI Gathering · Leading the New Era" 2025 Artificial Intelligence Innovation Roadshow Conference, guided by the Beijing and Chaoyang District Science and Technology Associations, hosted by BOE Technology Services, and co - organized by the Digital Friends Club, Zero - Second Space, ZODIOAC's Place, and 36Kr, has emerged.

This conference has gathered many top - notch guests from the industry, investment, and academic circles. It includes not only the leaders of top investment institutions focusing on hard technology, such as Jiuhua Venture Capital and Volcanic Stone Capital, but also the leaders of domestic industrial leading enterprises. Judging from the guest lineup, this is not just a simple event or a technology showcase, but a deep exploration of AI industry integration.

This grand event may become the "annual testing ground for technology commercialization".

The first step in implementing AI technology in real - world application scenarios is perception. As machine vision matures, tactile, force, and multi - modal fusion perception are becoming the keys for intelligent agents to understand the physical world.

The "Stretchable Multi - Modal Flexible Electronic Skin" developed by Tujian Technology enables robots not only to "see" but also to "touch" and "perceive". This provides real physical interaction capabilities for embodied intelligence in many real - world scenarios.

After the "brain" becomes powerful, the coordination between the "cerebellum" and the "limbs" has also become a proposition that must be overcome for intelligent implementation. So, how can we make robots "think" and "execute" non - standardized tasks?

Hyperion's HyperBrain EAI system can integrate perception, imagination, and execution, allowing industrial robots to break free from fixed teaching and achieve flexible processing. Yunjinwei focuses on developing an "AI brain" for embodied intelligence, promoting the sinking of large - model capabilities to edge devices and completing low - cost, high - reliability intelligent transformation.

Finally, the long - term development of AI not only depends on algorithm optimization but also on breakthroughs in underlying materials and the construction of knowledge systems.

Jia Chuang Future Semiconductor focuses on the fourth - generation semiconductor material "gallium oxide". It not only breaks through the foreign blockade on Chinese enterprises in key materials but also lays the foundation for future high - voltage, high - frequency, and high - efficiency power devices. Xinyan Zhicai rebuilds the logic of material R & D with "AI for Science", significantly shortening the R & D cycle. Both are driving industrial upgrading from the very bottom.

At the application level, Caizhi Technology is committed to building "Trusted AGI". Through an interpretable and traceable knowledge model, it solves the security and responsibility issues in the implementation of large models, clearing the obstacles for the in - depth application of AI in high - risk scenarios such as finance, government affairs, and healthcare.

Another more obvious trend is that today, a single technological breakthrough is no longer sufficient to gain a foothold in the industry. The future winners will be those who can integrate sensing, control, materials, and knowledge and integrate into the real industrial ecosystem.

The "Digital Friends Club" advocated by the organizer, BOE Technology Services, stands at such a position: Only when all players jointly integrate into a powerful industrial ecosystem can they form a real commercial barrier and lasting vitality.

This is because breakthroughs in hard technology rely heavily on the collaborative iteration of the upstream and downstream. The technological value of an enterprise largely depends on its "embedding degree" in the industrial chain. And a real industrial ecosystem is often led by star enterprises that control key nodes or scarce resources. Obviously, BOE plays such a role.

The AI closed - door roadshow held in Beijing on October 30th is a deep exploration of the industrial ecosystem. Here, we will see how AI moves from the laboratory to the production line and from Internet scenarios to energy, manufacturing, transportation, and other scenarios. Here, we discuss not only the pros and cons of algorithms but also the matching of the supply chain, the rigidity of scenarios, and the sustainability of business models.

The next stop for AI is integration and co - creation. We look forward to joining the pioneers to jointly draw a magnificent new blueprint for industrial implementation after breaking through technological barriers.

On October 30th, let's jointly witness the crucial leap in technological breakthrough.