WAIC 2026 On-Site: Look Beyond Model Parameters, The Real Shift Is in the 'Physical World'

The 2026 World Artificial Intelligence Conference (WAIC) kicked off in Shanghai on July 17. The atmosphere this year felt less like a flashy tech showcase and more driven by a sense of urgency and practicality. With nine Turing Award winners in attendance and the rare presence of Kazakh President Kassym-Jomart Tokayev, alongside national leaders emphasizing global cooperation, high-level signals indicate that WAIC has evolved from a mere technology exhibition into a global "negotiating table" for AI governance and industrial standards.

The Wind Has Changed: From "Chatting" to "Doing"

If you are still focused on which large language model (LLM) tells better jokes, you may have missed the most substantive part of this year's conference. The most significant shift on the floor is the move from pure software-based "virtual dialogue" to "Physical Agents" and underlying computing power.

What does this mean? Simply put, the AI industry is undergoing a critical leap from "brain development" to "limb coordination." Over the past few years, we have witnessed an explosion in the intelligence of language models, but commercial viability has been stuck on the pain point of being "unable to directly change the physical world." Now, as AI begins to truly move goods, clean floors, and even perform precision operations, its value is shifting from an "efficiency tool" to a "primary productive force."

Case Comparison: Single-Point Intelligence vs. "One Brain, Multiple Bodies"

In the Embodied AI exhibition area, the contrast between two technical routes was enlightening.

In traditional solutions, each robot often comes with its own independent computing unit and specialized model, leading to high costs and poor versatility. In contrast, Pudu Robotics showcased a "One Brain, Multiple Embodiments" architecture, demonstrating another possibility: using a unified intelligent hub on the cloud or at the edge to schedule various forms of robotic terminals. Under this paradigm, factories no longer need to train separate models for every new type of robot introduced, significantly improving versatility and cost-effectiveness.

Meanwhile, competition at the infrastructure layer has reached a fever pitch. Reportedly, 108 new chips and 261 large models were launched at the event. This "saturation attack" style of release reflects that the industry has moved from algorithmic innovation into the deep waters of computing power and engineering. Moves by leading companies like MiniMax and Zhipu AI not only attracted technical attention but also directly drove significant interest in capital markets, with their stock prices rising during the conference—a vote of confidence in technological implementation.

Efficient Visiting: Grasping the Highlights in the Crowd

Given that the conference is ongoing and involves dignitaries from multiple countries, security checks are extremely strict. Here are practical tips based on on-site conditions to help you avoid wasting time in lines.

First, reservation and entry require both speed and preparation. Although the conference has opened, there may still be a small number of tickets available for some popular sub-forums. Be sure to complete real-name reservations through official channels and allow at least 45 minutes for entry. Remember to bring your original ID card; electronic IDs may not be accepted in certain core areas.

Second, for route planning, suggest "hardware first, software later, and off-peak visiting." Prioritize visiting the "New Product Launch Area," especially the chip and large model zones, as well as the Embodied AI demonstration area. These areas usually have manageable crowds between 10:00 AM and 11:00 AM. In the afternoon, you can turn to the International Cooperation Exchange Area, such as displays of smart tourism and digital airport cooperation projects between China and countries like Kazakhstan and Laos, where there are often more opportunities for in-depth exchanges.

Finally, don't forget survival gear. With tens of thousands of people online simultaneously in the venue, signal congestion is inevitable; download important materials offline in advance. The exhibition hall is huge, so wear your most comfortable sneakers and bring a high-capacity power bank, as queues for rental stations are extremely long.

Global Perspective: The New Chessboard of AI Governance

WAIC 2026 is not just an arena for technology, but also a testbed for international cooperation. China has deepened cooperation with Kazakhstan, Russia, Indonesia, and other countries under the conference framework, focusing on implementing smart tourism, digital airports, and AI-driven passenger services. Meanwhile, the conclusion of the preliminary round of the "Shen Zhi Cup" Innovation Competition also reveals a new pattern in global AI competition: it is no longer a solo act by a single country, but multi-national collaboration based on scenario implementation.

In my view, if this cross-border service cooperation model runs smoothly, future international travelers will face a seamlessly connected AI service system—from digital identity recognition upon entry to local smart guides—all backed by the standard interoperability promoted by WAIC. It is worth noting that as AI penetrates the physical world, challenges related to data sovereignty and security governance will rise exponentially, requiring political wisdom more complex than technological breakthroughs.

📌 This article was generated by AI and reviewed by the author before publication. Content is for reference only.

Key Takeaway: The core of WAIC 2026 lies not in how many models with staggering parameters were displayed, but in how AI enters the physical world through new architectures like "One Brain, Multiple Embodiments," and how the globe builds governance consensus through cooperation. For practitioners, focus on landing cases for embodied AI; for enthusiasts, feel the pulse of technology moving from virtual to real.