On the afternoon of 12 October, the 2026 Summit for Innovation in the Intelligent Industry was successfully held at the National Exhibition Centre. The forum was organized by the Shanghai Institute of Artificial Intelligence Research, the Global Industrial Artificial Intelligence Union Center of Excellence, Shanghai Electricity, Intelligent Intelligence, and Machine Learning. More than 300 delegates from government agencies, scientific institutes, industry chains, enterprises and financial institutions participated to jointly discuss the technological approach and scale-up of the industrial landscape of artificial intelligence.
The forum focused on the launch of several industrial collaborations and eco-building outcomes, including the launch of Intelligent Industrial Furniture Operating System and Intelligent Operating Modules by Intelligent Technologies, and the launch of the world's first Intelligent Industrial Furniture 6S by Shanghai Institute of Artificial Intelligence, Shanghai Electric, and Jindong Retail.
Physical AI industrial hardware operating system: allowing multi-form robots to collaborate in digital factories
In the industrial landscape, one of the core bottlenecks faced by physical intelligence is the scarcity of real-world production line data, the high cost of verification, the existence of the last kilometre of gaps between simulation and real-time machines. To address this pain point, Intelligent Intelligence and Relaxation Technology formally entered into an industrial AI ecosystem cooperation, jointly releasing physical AI industrial equipment operating systems and sophisticated operating modules for the industrial landscape.
The system is based on the ORCA OS physical AI operating system, which was independently developed in accordance with the technology. ORCA OS is the first multi-form robot synchronous training physical AI operating system in the country, the first to implement synchronous training and task execution of humanoid robots, quadrupeds, unmanned aerial vehicles and other non-intelligent entities in the same digital factory scene, leading to a complete R&D closure of digital training to real machine deployment. Its core capabilities include: scene building, synthetic data generation, multi-physical fusion simulation, parallel acceleration training, SIL/HIL dual ring authentication, and Sim2Real real machine deployment.
Intelligent intelligence undertook the core research and development of sophisticated operating modules in the system, relying on its complete capabilities in operating models, data engines and sophisticated hardware, to convert operational sensors into robot-learable, workable, and portable skills that enabled the system not only to understand and plan tasks at the brain-brain level, but also to execute tasks with precision at the brain-brain level.
Photos from the Partnership for Ecological Co-Building
Three-tiered architectural attraction
13 companies to build an industrial ecosystem
Based on this industrial landing framework, Intel has released a three-tiered architecture for industrial AI: the bottom layer is the base layer, covering computing, data, pipeline, algorithm model, simulation system, which is the technical base of the entire industry; the middle layer is the core layer, including mechanical arm, quadruped robot, humanoid robot, and other types of hardware platforms; the upper layer is the end-to-end execution layer, focused on high-performance end-to-end execution R&D, enabling industrial robots to have the core capabilities for precision work.
On site, 13 downstream companies and institutions, including Intelligent Handheld Robot Quality Detection and Assessment Laboratories at the Ministry of Industry Information Technology, Related Technologies, Satellite Intelligence, Roelman, Spark, and others, have jointly launched the Industrial Smart Industry Partner Program, covering key links such as Intelligent Hands, Mechanical Arms, Quadrupedal Robots, Simulation Platforms, and Verification Certifications, aimed at accelerating the transformation of technology in the physical production line, building a complete ecosystem network from core components to integrated machines to on-site applications.
Photos of the 6S store
The world's first industrial smart 6S store
Opening the pipeline for supply and demand on both sides
If the physical AI operating system solves the problem of whether silicon technology can't use silicon, then 6S stores will have to answer the question of who sells silicon products to, where to buy silicon products from. The development of physical intelligence to date, the technological underpinnings and the physical platform have been gradually shaped, but there is always a wall between supply and demand.
To this end, the Shanghai Institute of Artificial Intelligence, Shanghai Electricity, Intelligent Intelligence and the four retail units of Jindon jointly launched the world's first Intelligent 6S store chain, which will be operated by Shanghai Electric and Intelligent Intelligent, a joint venture between Shanghai Electric and Intelligent Intelligent Intelligent. The platform is positioned as a marketed transactional service platform for the supply of Intelligent Intelligent Intelligence to both parties, linking hardware manufacturers, software providers and developers of Intelligent Devices, to achieve a centralized exhibition of cutting-edge solutions; and linking manufacturing enterprises and integrators to offer one-stop-shop services ranging from on-scene launches, product selection to program purchases.
The core of 6S stores is that they rely on the supply chain system and transactional capabilities of Jindon retail. Jindon brings not only traffic inputs, but also mature merchant settlement systems, massive enterprise-level procurement traffic, and complete supply chain capabilities from order to order to fulfillment. With this underpinning, the platform can quickly introduce more merchants, serve more demands, drive the business model of industrial equipment intelligence from scattered single transactions to standardized, sustainable ecological operations.
Frame photos
Promotion of ecological collaboration and industrial research collaboration
The forum focused on the results of industrial collaboration and eco-building:
In terms of ecological co-construction, under the guidance of the Global Industrial AI Guidance, Shanghai Institute of Artificial Intelligence, the Global Industrial AI Alliance Centre of Excellence, Schneider Electric, Siemens, Shanghai Electric, Shanghai Bank, China Connection and SGS, jointly launched the Global Partner Ecological Co-Construction Program, to advance the development of standards, evaluation system building, case compilation, solution libraries and the development of critical areas of ecological construction.
In the field of industrial research, the Shanghai Institute of Artificial Intelligence, together with the Shanghai Federation of Modern Services, First Finance, Consolidated Finance, Dongguan, Golden Butterfly and Shanghai Triangle Advanced Manufacturing Development Institute, jointly released the 2026 AI + High-End Manufacturing Industrial Applications Schedule, focusing on AI + industrial software and platforms, AI + intelligent manufacturing equipment, AI + industrial specialized equipment, and providing cross-sectoral, comparable, and energy landing policy landings for the AI industry.
From left to right: Dinghan, Dong Kai, Goldstone, Yang, and the Round Table.In the theme-sharing link, the Chinese Academy of Sciences, Dinghan, Chairman of the Department of Science and Technology of the China Institute for the Development of Electronic Information Industry, Director of the Department of Science and Technology of the China Institute for the Development of Electronic Information Industry, Schneider Electric, Director of China Industrial Automation General Industry, Kimstone, Director of the National Co-Construction Human Robotics Innovation Center, Kimberyang, and other guests held in-depth exchanges from basic science research, industry policy, industry practices, innovation platform construction, etc.
It's been a while since I've been able to do this.
Bringing together diversity to boost new productivity
The Forum will bring together political, production, education, R&D, and multi-faceted forces to build a platform for the exchange of ideas, technologies, technologies, scenarios, and ecosystems. Flexible intelligence as a contracting party and deep stakeholder will be used as a window to showcase the entire industrial landscape path from Flexible Operating Core Technology, Physical AI Industrial Flexible Operating Systems, three-tiered industrial architecture to the 6S store trading platform. Subsequently, the parties will rely on the industrial smart carrier platform, global partner ecosystem co-building and industrial landscape frameworks, implementing the implementation of Flexible Intelligence Training, data logistics, Flexible Intelligence, Flexible Intelligence, Flexible Intelligence, Flexible Intelligence, Flexible Intelligence, Flexible Intelligence, Flexible Intelligence, and Flexible Intelligence.