The 2026 Second GIS Global Innovation Exhibition and Global Innovation Summit was held at AsiaWorld-Expo in Hong Kong, bringing together technology enterprises from the Chinese mainland, Hong Kong and Macao, Europe and the United States, Japan, Singapore, Australia and other countries and regions under the theme “Link the World, Create the Future.” The summit focused on frontier fields including artificial intelligence and embodied robots, the low-altitude economy, new energy, smart manufacturing, biomedicine and enterprise globalization. Within this international innovation setting, embodied intelligence emerged as one of the most closely watched directions, with companies presenting solutions that connect artificial intelligence to real industrial scenarios.
Hangzhou Transfar Embodied Intelligence Technology Co., Ltd. (“Transfar Embodied Intelligence”) brought its embodied intelligence inspection solution to the event, focusing on intelligent inspection by a quadruped inspection robot dog and joining global industry partners to discuss the new future of embodied intelligence industrialization. As embodied intelligence continues to move from laboratory demonstrations toward commercial deployment, the exhibition provided a platform for companies to demonstrate how embodied intelligence can serve parks, workshops, security operations and other real physical environments.
At the same time, Xinan Co., Ltd. exhibited three core material solutions covering embodied intelligence, semiconductor packaging and silicon-based cooling liquid. Multiple frontier innovative products were displayed together, forming a broader picture of how advanced materials, artificial intelligence and embodied intelligence are converging. In the embodied intelligence field, the new robot skin material can precisely sense pressure, temperature and humidity signals, enabling tactile feedback and intelligent response, and empowering robot interaction upgrades. In semiconductor packaging, products such as chip adhesive, high thermal conductivity materials and packaging materials adapt to the needs of artificial intelligence, autonomous driving and high-end chip manufacturing, helping improve device reliability. In liquid cooling and thermal management, high-performance silicon-based immersion coolant provides an efficient heat dissipation solution for computing centers, energy storage and other applications.
The GIS event also set up a key exhibition area for “Artificial Intelligence + Embodied Robots” and a special zone for the “Embodied Robot Ecology Exhibition,” creating an innovation platform that links embodied intelligence enterprises with global capital and markets. For embodied intelligence companies, such platforms are not simply showcases. They are meeting points where technology providers, hardware manufacturers, industrial users, investors and international partners can examine how embodied intelligence can be integrated into production, inspection, security and service systems. The presence of Transfar Embodied Intelligence at the Hong Kong event therefore carried significance beyond a single product display: it reflected a broader effort to connect embodied intelligence with global innovation networks and industrial demand.
-
A global innovation stage for embodied intelligence
The Hong Kong summit gathered technology enterprises from multiple regions and concentrated attention on artificial intelligence and embodied robots, the low-altitude economy, new energy, smart manufacturing, biomedicine and enterprise globalization. These fields are closely connected. Artificial intelligence provides perception, decision-making and learning capabilities; embodied intelligence gives those capabilities a physical body; advanced materials and thermal management support reliable operation; and enterprise globalization creates pathways for solutions to reach wider markets. In this context, embodied intelligence is not only a robotics concept. It is an integration of algorithms, hardware, systems, data and industrial scenarios.
Transfar Embodied Intelligence used the Hong Kong event to present its embodied intelligence inspection solution. The company’s participation reflected its strategic global expansion and its role as a science and technology transformation incubation project for Transfar in the artificial intelligence era. Together with Xinan, it appeared in Hong Kong before global industry partners, presenting embodied intelligence as part of a larger innovation ecosystem that includes advanced materials, semiconductor packaging and thermal management. The combination illustrated how embodied intelligence can benefit from cross-sector collaboration rather than developing in isolation.
The theme “Link the World, Create the Future” emphasized global linkage and future-oriented creation. For embodied intelligence, this theme has practical meaning. Embodied intelligence systems must operate in varied environments, respond to different operational requirements and connect with multiple hardware and software platforms. No single company can address every challenge alone. The summit therefore provided an opportunity for embodied intelligence enterprises to exchange views on industrialization, deployment models and international cooperation.
During the event, the special zones for “Artificial Intelligence + Embodied Robots” and the “Embodied Robot Ecology Exhibition” gave embodied intelligence a dedicated display and discussion space. These zones helped visitors understand that embodied intelligence is developing through an ecosystem: robot bodies, sensors, materials, navigation systems, inspection platforms, data systems and service models all need to work together. The embodied intelligence inspection solution presented by Transfar Embodied Intelligence was one example of this ecosystem approach.
The event also underlined the role of Hong Kong as an international innovation hub. Hong Kong connects markets, capital, professional services and global talent, and it offers a gateway for technology companies seeking international collaboration. For embodied intelligence companies, Hong Kong can serve as a platform for demonstrating solutions to global partners, exploring overseas applications and linking with industrial resources. Transfar Embodied Intelligence’s presence at the event was aligned with this broader function of Hong Kong as a bridge between innovation and international markets.
-
Transfar Embodied Intelligence presents a quadruped inspection solution
Transfar Embodied Intelligence is a technology enterprise centered on embodied intelligence technology, focusing on intelligent inspection solutions for quadruped inspection robot dogs. At the Hong Kong event, the company concentrated on displaying its embodied intelligence inspection solution and its quadruped inspection robot dog. The display was designed to show how embodied intelligence can move beyond a conceptual stage and enter parks, workshops and real physical environments where continuous inspection, safety monitoring and operational reliability are required.
The company follows a four-in-one path of “platform + algorithm + system + solution” to drive innovation. It works deeply with quality hardware manufacturers while focusing on independent research and development of platforms, systems, algorithms and solutions. This approach allows Transfar Embodied Intelligence to provide customers with an integrated intelligent inspection solution that combines software and hardware. In the field of embodied intelligence, such integration is essential. A robot dog may provide mobility, but the value of embodied intelligence comes from the ability to perceive, navigate, understand, decide and transmit information within a complete operational system.
As a technology enterprise under Transfar Group that focuses on embodied intelligence, Transfar Embodied Intelligence relies on the group’s rich and diversified scenario accumulation. This enables the company to pursue a practical goal: letting robots truly enter parks, enter workshops and enter the real physical world. The exhibition showcased an embodied intelligence inspection solution oriented toward industrial parks. The solution covers several core capabilities, including three-dimensional autonomous perception and navigation, cross-terrain motion control, self-developed platform systems and algorithm capabilities, and industrial scenario deployment.
The company’s participation in the Hong Kong event also reflected its strategic global expansion. Embodied intelligence is not limited by national boundaries in terms of technology development, but deployment requires adaptation to local environments, regulations, industrial practices and customer needs. By appearing at an international innovation exhibition, Transfar Embodied Intelligence positioned its embodied intelligence solution within a global conversation about robotics, artificial intelligence and industrial upgrading.
-
Xinan showcases material solutions that support embodied intelligence and advanced computing
Xinan Co., Ltd. exhibited three core material solutions at the event: embodied intelligence, semiconductor packaging and silicon-based cooling liquid. These areas may appear distinct, but they share a common foundation in advanced materials and their role in enabling intelligent systems. In the embodied intelligence field, the new robot skin material can precisely sense pressure, temperature and humidity signals, enabling tactile feedback and intelligent response. This capability supports robot interaction upgrades and contributes to more responsive embodied intelligence systems.
In semiconductor packaging, Xinan displayed products including chip adhesive, high thermal conductivity materials and packaging materials. These products are adapted to the needs of artificial intelligence, autonomous driving and high-end chip manufacturing, helping improve device reliability. As artificial intelligence and embodied intelligence continue to develop, the demand for reliable semiconductors and advanced packaging grows. Embodied intelligence systems depend on chips for perception, computation and control, and the reliability of those chips affects the overall performance of robots and intelligent machines.
In liquid cooling and thermal management, Xinan presented high-performance silicon-based immersion coolant. This solution provides efficient heat dissipation for computing centers, energy storage and other applications. The connection to embodied intelligence is indirect but important. Embodied intelligence systems require computing power, and computing power requires thermal management. As artificial intelligence workloads increase, efficient cooling becomes a critical part of the infrastructure that supports embodied intelligence and other intelligent applications.
Showcase Area Key Elements Intended Contribution Embodied intelligence New robot skin material; pressure, temperature and humidity signal sensing; tactile feedback and intelligent response Empowers robot interaction upgrades and supports more responsive embodied intelligence systems Semiconductor packaging Chip adhesive, high thermal conductivity materials and packaging materials Adapts to artificial intelligence, autonomous driving and high-end chip manufacturing needs; improves device reliability Silicon-based cooling liquid High-performance silicon-based immersion coolant Provides efficient heat dissipation for computing centers, energy storage and other applications The display by Xinan illustrated how embodied intelligence industrialization is supported by a wider supply chain. Robot skin, semiconductor packaging and cooling materials are not always the first elements associated with embodied intelligence, yet they contribute to the reliability, interactivity and computing foundation of embodied intelligence systems. At an event focused on global innovation, this integrated presentation helped connect embodied intelligence with advanced materials and infrastructure.
-
Competition success positions embodied intelligence for the global finals
During the exhibition period, Transfar Embodied Intelligence also reported news from the 2026 World Artificial Intelligence Open Source Competition (GOAI). The company’s “Three-dimensional Autonomous Patrol and Cross-terrain Navigation System for Lynx S10” stood out from nearly 3,000 preliminary entries worldwide and ranked fifth in Track Four, the “Embodied Future” patrol challenge. The result enabled the company to advance to the global finals to be held in Hangzhou on September 22.
This competition result highlighted the importance of autonomous patrol and cross-terrain navigation for embodied intelligence. A patrol robot must not only move; it must understand its environment, plan routes, avoid obstacles and maintain stable operation across different terrains. The system for Lynx S10 addressed these requirements, demonstrating that embodied intelligence can be evaluated through practical tasks rather than only through laboratory demonstrations. The recognition in the GOAI competition added another dimension to the company’s presence at the Hong Kong event, linking its embodied intelligence exhibition with global competition and technical validation.
The “Embodied Future” patrol challenge reflects a broader trend in embodied intelligence: the field is moving toward task-oriented evaluation. Instead of measuring only isolated capabilities, competitions and industrial projects increasingly test whether embodied intelligence systems can operate reliably in complex, changing environments. For Transfar Embodied Intelligence, advancing to the global finals in Hangzhou represents both recognition and a platform for further technical exchange. It also reinforces the company’s focus on patrol, inspection and navigation as practical entry points for embodied intelligence industrialization.
At the same time, the competition result connects with the company’s exhibition theme in Hong Kong. The embodied intelligence inspection solution shown at GIS and the Lynx S10 system recognized in GOAI both center on autonomous movement, perception and task execution. Together, they present a consistent direction: embodied intelligence should be tested in real scenarios, improved through real tasks and eventually deployed in real operations.
-
Core architecture: platform, algorithm, system and solution
Transfar Embodied Intelligence describes its innovation path as a four-in-one approach: platform, algorithm, system and solution. This structure explains how the company approaches embodied intelligence. The platform provides the foundation for connecting hardware, software and data. Algorithms enable perception, navigation, recognition and decision-making. Systems organize tasks, schedules and operational workflows. Solutions translate these capabilities into deployable applications for specific industrial scenarios. For embodied intelligence, this integration is what turns a robot into part of an operational system.
The company works with quality hardware manufacturers while focusing on independent research and development of platforms, systems, algorithms and solutions. This strategy allows it to combine external hardware expertise with internally developed intelligence and management capabilities. In the embodied intelligence field, hardware and software must be closely coordinated. A quadruped robot dog may provide mobility and physical interaction, but its usefulness depends on navigation, perception, task scheduling and data feedback. By concentrating on platform, system, algorithm and solution development, Transfar Embodied Intelligence aims to provide customers with an integrated intelligent inspection solution.
As a technology enterprise under Transfar Group that focuses on embodied intelligence, the company benefits from the group’s diversified scenarios. These scenarios provide opportunities for embodied intelligence to encounter real operational requirements. The company’s stated goal is to let robots truly enter parks, enter workshops and enter the real physical world. This goal reflects a practical philosophy: embodied intelligence should not remain only a laboratory concept. It should be tested, refined and deployed where it can create value.
At the Hong Kong exhibition, the company focused on an embodied intelligence inspection solution for industrial parks. The solution’s core capabilities included three-dimensional autonomous perception and navigation, cross-terrain motion control, self-developed platform systems and algorithms, and industrial scenario deployment. These four areas form a complete chain from perception to action, from software to hardware, and from technology to application. They also show why embodied intelligence is often described as an integration of artificial intelligence and physical systems.
-
Three-dimensional autonomous perception and navigation for complex environments
In terms of three-dimensional autonomous perception and navigation, the system integrates lidar and visual information to construct a three-dimensional semantic map of a park. This allows the robot to maintain stable positioning, autonomously plan paths and perform real-time obstacle avoidance under complex conditions. These conditions include outdoor lighting changes, slopes, stairs, gravel, wet and slippery roads and dynamic interference. The ability to operate under such conditions is essential for embodied intelligence in industrial parks, where the environment is rarely as controlled as a laboratory or a fixed production line.
For embodied intelligence, perception is not simply about detecting obstacles. It is about understanding the environment in a way that supports navigation, inspection and decision-making. A three-dimensional semantic map can help the robot relate its position to surrounding structures, paths and targets. Lidar and visual information complement each other: lidar provides geometric distance data, while vision can provide richer environmental cues. By fusing these sources, the system aims to support stable operation in outdoor and semi-outdoor settings.
Multi-target unmanned inspection is another important outcome. In an industrial park, inspection tasks may involve multiple locations, equipment points and routes. A robot capable of autonomous navigation can move from one target to another without continuous human control. This supports the broader goal of embodied intelligence: reducing the need for repetitive human movement while improving the consistency and frequency of inspection.
The navigation capability also connects to safety. Real-time obstacle avoidance and stable positioning help the robot operate around people, vehicles and equipment. Dynamic interference may include moving objects or temporary changes in the environment. For embodied intelligence to be trusted in industrial operations, it must respond to such changes without losing its task focus. The system presented by Transfar Embodied Intelligence was designed to address these practical requirements.
-
Cross-terrain motion control for high-intensity operations
In cross-terrain motion control, the solution uses an industry-grade wheel-legged robot as its carrier. This design combines the advantages of wheeled movement and legged movement. The company describes the principle as “wheeled speed, legged stability.” On flat ground, the maximum speed can reach 8 meters per second. The robot can cross obstacles up to 50 centimeters high and has an IP66 protection rating. These capabilities allow it to handle high-intensity operation scenarios such as park security, equipment inspection and hazardous chemical area inspection.
For embodied intelligence, mobility is not only about speed. It is about matching movement capabilities to the environment and the task. A park may include smooth roads, uneven ground, slopes, stairs, gravel and wet surfaces. An inspection robot must be able to move across these surfaces while carrying sensors and maintaining communication. The wheel-legged design aims to provide a balance between efficiency on flat ground and stability on more complex terrain.
The IP66 protection rating is relevant for outdoor and industrial environments, where dust and water may be present. High-intensity operations may require continuous or repeated inspection rounds. In such settings, embodied intelligence must be reliable, durable and maintainable. The robot’s ability to cross obstacles and operate at speed can improve coverage and response time. At the same time, the data collected during inspection must be integrated into a management system so that anomalies can be identified and addressed.
Hazardous chemical area inspection is a particularly important use case. In areas where manual inspection may be inconvenient or risky, a robot can help monitor conditions and reduce personnel exposure. This does not mean removing human oversight. Rather, it means using embodied intelligence to extend inspection reach, increase frequency and support safer operations. The cross-terrain motion control capability presented at the exhibition was therefore not only a hardware feature but also an enabler of industrial embodied intelligence applications.
-
Self-developed platforms and algorithms for digital inspection management
The company’s self-developed platform and system capabilities include an inspection management platform, a task scheduling system and a data middle platform. These components enable full-process digital control of inspection. In an embodied intelligence solution, the robot is one part of a larger information system. The inspection management platform organizes inspection tasks, records results and supports operational oversight. The task scheduling system assigns routes and priorities. The data middle platform integrates information from different sources and supports analysis and feedback.
Core algorithm capabilities include SLAM navigation, multi-source perception fusion, and defect recognition and alarm. SLAM navigation helps the robot build and use maps while tracking its position. Multi-source perception fusion combines data from different sensors to improve environmental understanding. Defect recognition and alarm allow the system to identify potential problems and notify relevant personnel. The company summarizes the goal as enabling the robot dog to see clearly, walk steadily and recognize accurately. This simple formulation captures three essential requirements of embodied intelligence: perception, mobility and interpretation.
For industrial users, digital inspection management is valuable because it turns robot movement into structured data. Inspection is not only about visiting a location; it is about collecting consistent information over time. When inspection data is digitized, trends can be observed, anomalies can be compared and maintenance decisions can be supported. Embodied intelligence can contribute to this process by carrying sensors to locations, capturing data and feeding it into management systems.
Capability Technical Approach Operational Value Three-dimensional autonomous perception and navigation Fusion of lidar and visual information; construction of a three-dimensional semantic map Stable positioning, autonomous path planning, real-time obstacle avoidance and multi-target unmanned inspection under complex conditions Cross-terrain motion control Industry-grade wheel-legged robot platform Flat-ground speed up to 8 m/s; obstacle crossing up to 50 cm; IP66 protection; suitable for park security, equipment inspection and hazardous chemical area inspection Self-developed platform and algorithm system Inspection management platform, task scheduling system, data middle platform; SLAM navigation, multi-source perception fusion, defect recognition and alarm Full-process digital control; clearer seeing, steadier walking and more accurate recognition The platform and algorithm layer also supports scalability. As embodied intelligence expands into different industries, the same core capabilities may need to be adapted to different sensors, communication systems and operational workflows. A platform approach allows the company to build on common functions while tailoring solutions to specific scenarios. This is important for industrialization because every industrial park, chemical plant, power facility or logistics center may have unique requirements.
-
Industrial scenario deployment and the test of real operations
Transfar Embodied Intelligence emphasizes that it is not pursuing technology for technology’s sake. The company’s embodied intelligence solution is designed for industrial scenario deployment. In areas where manual inspection is inconvenient or where continuous operation requirements are high, the robot can assist with monitoring indicators such as equipment status, temperature and gas concentration. It can support 7×24 all-weather monitoring, identify anomalies in a timely manner and transmit on-site information back to the management system. This can improve inspection efficiency while further reducing personnel operational risk.
These scenarios are important because they test the industrial capability of embodied intelligence. Safety, reliability and continuous operation are demanding requirements. A robot that works well in a demonstration may still face challenges in a real park, workshop or hazardous area. Dust, temperature changes, uneven ground, network limitations, moving equipment and human activity can all affect performance. Embodied intelligence must be robust enough to handle these conditions and integrated enough to provide useful information to operators.
The inspection solution presented at the Hong Kong event addressed these requirements through autonomous navigation, cross-terrain mobility, digital management and algorithm-based recognition. The value of embodied intelligence in this context is not only the robot itself. It is the combination of mobility, perception, data and workflow. When a robot dog performs an inspection, it becomes a mobile data collection point. When that data is connected to a platform, it becomes part of an operational decision process. When the process is repeated over time, it becomes a digital record that can support maintenance, safety and efficiency improvements.
For Transfar Embodied Intelligence, industrial deployment is also a source of technology iteration. Real scenarios reveal gaps, generate new requirements and provide feedback for improvement. By focusing on parks, workshops and other physical environments, the company positions embodied intelligence as a practical tool rather than a distant concept. This orientation aligns with the broader trend of embodied intelligence industrialization, where success depends on solving specific problems in specific industries.
-
From product global expansion to industrial chain global expansion
Looking to the future, Transfar Embodied Intelligence will continue to deepen innovation research and development and large-scale application of embodied intelligence in fields such as enterprise parks, security, power, agriculture, chemical, energy, logistics and municipal services. The company intends to use real scenarios to drive technology iteration, continuously expand application boundaries and use open-source and open collaboration to link with the global innovation ecosystem. This approach reflects a long-term view of embodied intelligence: the technology will evolve through deployment, and deployment will improve through collaboration.
Through Hong Kong as an international science and technology innovation hub, the company also expects to work with global partners to promote China’s embodied intelligence solutions from “product global expansion” to “industrial chain global expansion.” This shift is significant. Product global expansion focuses on selling a device or a solution to overseas customers. Industrial chain global expansion involves deeper integration with partners, supply chains, service networks, standards and local ecosystems. For embodied intelligence, such integration is necessary because deployment requires hardware, software, maintenance, data management and scenario adaptation.
The goal is to let embodied intelligence truly become a “digital employee” for thousands of industries. In this vision, embodied intelligence does not replace human judgment. Instead, it takes on repetitive, dangerous or continuous tasks, collects information, supports decisions and works alongside people. In the high-end, green and intelligent industrial wave, the company aims to empower end users and inject Transfar momentum into industrial upgrading. This vision connects the exhibition in Hong Kong with broader trends in artificial intelligence, robotics and industrial transformation.
The event’s theme, “Link the World, Create the Future,” captured this direction. Embodied intelligence needs global linkage because technology, talent, capital and markets are distributed across regions. It needs future-oriented creation because the field is still developing and many applications remain to be explored. By participating in the Hong Kong summit, Transfar Embodied Intelligence placed its embodied intelligence solution within this international and forward-looking context.
-
Hong Kong as a gateway for embodied intelligence cooperation
Hong Kong’s role as an international innovation hub was evident in the composition of the summit and the participation of companies from multiple regions. For embodied intelligence enterprises, Hong Kong offers access to international markets, professional services, capital networks and partners interested in technology transformation. It also provides a setting where companies can present embodied intelligence solutions to a global audience and discuss cooperation across borders.
Transfar Embodied Intelligence’s appearance in Hong Kong was therefore more than a local exhibition. It was part of a strategy to connect embodied intelligence with global innovation resources. The company’s collaboration with Xinan at the event also showed how embodied intelligence can be presented alongside advanced materials and infrastructure solutions. This integrated presentation can help international partners understand that embodied intelligence is not an isolated sector. It depends on materials, chips, cooling, sensors, algorithms, platforms and services.
In the coming years, embodied intelligence is expected to expand across enterprise parks, security, power, agriculture, chemical, energy, logistics and municipal applications. Each of these fields has different requirements, but they share a need for reliable perception, mobility, data collection and operational integration. Hong Kong can serve as a meeting point where these requirements are discussed with global partners and where solutions are adapted to different markets. For Transfar Embodied Intelligence, the Hong Kong event was a step in this international journey.
The company’s embodied intelligence inspection solution, its quadruped inspection robot dog, its platform and algorithm capabilities, and its participation in the GOAI competition all point in the same direction: embodied intelligence is moving toward practical, task-based and industrially relevant applications. The Hong Kong Global Innovation Exhibition provided a stage for this message, and the global finals in Hangzhou will provide another opportunity to demonstrate progress.
-
A practical path for embodied intelligence industrialization
The development path presented by Transfar Embodied Intelligence suggests that embodied intelligence industrialization will be built through several connected steps. First, hardware must be reliable and capable of moving through real environments. Second, perception and navigation must allow the robot to understand its surroundings and operate autonomously. Third, algorithms must recognize relevant conditions and support decision-making. Fourth, platforms and systems must organize tasks and data. Fifth, solutions must be adapted to specific industrial scenarios. Finally, global collaboration must connect these capabilities to markets, partners and supply chains.
This path explains why the company focuses on the four-in-one approach of platform, algorithm, system and solution. It also explains why the exhibition in Hong Kong included both embodied intelligence inspection and advanced material solutions from Xinan. Embodied intelligence needs more than a robot body. It needs sensors, materials, computing, cooling, software and services. The convergence of these elements is what makes embodied intelligence deployable at scale.
The quadruped inspection robot dog is a visible symbol of embodied intelligence, but its value comes from the system behind it. The three-dimensional semantic map, the fusion of lidar and visual information, the cross-terrain motion control, the inspection management platform, the task scheduling system, the data middle platform and the defect recognition algorithms all contribute to the solution. Together, they allow embodied intelligence to perform useful work in parks, workshops and hazardous areas.
As embodied intelligence continues to develop, the standards for success will become more practical. Can the system operate continuously? Can it navigate complex terrain? Can it recognize meaningful anomalies? Can it integrate with existing management workflows? Can it be maintained and scaled? Can it work with international partners? These questions will shape the next phase of embodied intelligence industrialization. The solutions and competition results presented by Transfar Embodied Intelligence offer one set of answers in progress.
-
Conclusion: embodied intelligence moves into real-world deployment
The 2026 Second GIS Global Innovation Exhibition and Global Innovation Summit in Hong Kong brought together a wide range of technology enterprises and highlighted artificial intelligence, embodied robots and other frontier fields. Within this setting, Transfar Embodied Intelligence presented its embodied intelligence inspection solution, showcasing a quadruped inspection robot dog and the capabilities needed for autonomous inspection in industrial parks. Xinan displayed material solutions for embodied intelligence, semiconductor packaging and silicon-based cooling liquid, adding a broader supply chain perspective.
The company’s success in the 2026 World Artificial Intelligence Open Source Competition (GOAI) further demonstrated the practical direction of its work. The “Three-dimensional Autonomous Patrol and Cross-terrain Navigation System for Lynx S10” advanced from nearly 3,000 preliminary entries to fifth place in Track Four, the “Embodied Future” patrol challenge, and will proceed to the global finals in Hangzhou on September 22. This recognition reinforces the importance of autonomous patrol, cross-terrain navigation and task-oriented evaluation for embodied intelligence.
Transfar Embodied Intelligence’s future plans extend across enterprise parks, security, power, agriculture, chemical, energy, logistics and municipal services. The company aims to use real scenarios to drive technology iteration, expand application boundaries and link with the global innovation ecosystem through open collaboration. Through Hong Kong as an international innovation hub, it hopes to work with global partners to move embodied intelligence from product global expansion to industrial chain global expansion, making embodied intelligence a “digital employee” for industries and injecting Transfar momentum into industrial upgrading.
The event was hosted by the Global Science and Technology Innovation Alliance (Hong Kong) and co-hosted by the Silicon Valley Innovation and Entrepreneurship Conference and the World Academy of Sustainable Development. For embodied intelligence, the significance of such gatherings lies in their ability to connect technology with markets, solutions with scenarios, and local innovation with global cooperation. As embodied intelligence continues to mature, its progress will be measured not only by demonstrations but by real deployment, reliable operation and lasting value in the physical world.