As spatial computing moves beyond the lab and AI reaches the edge, human-computer interaction systems are facing a structural restructuring. In the interactive chain of "seeing, understanding, and responding," traditional vision systems are no longer just information collectors; they have become the first step in the entire immersive computing process. Furthermore, the coordinated implementation of technologies such as SLAM, IMU fusion, 3D perception, and AI semantic recognition is also determining whether future XR devices can truly "understand their environment and understand you."
The underlying logic of the interactive system is being refreshed, but there are not many people who truly understand images, AI, and product implementation.
We are honored to receive an invitation from the organizers: Lin Qiong, Founder, Chairman, and CEO of Shanghai Xvisio Sensing Technology Co., Ltd., will attend the DIC International XR Technology and Digital Display Forum and deliver a keynote speech titled "Human-Computer Interaction Technology and Product Applications in the Era of AI and Spatial Computing." In this speech, Lin Qiong will draw on his nearly three decades of practical experience in image sensors, visual computing, and embedded AI to deeply analyze the three major challenges facing human-computer interaction in XR and smart devices: perception accuracy, system power consumption, and algorithm deployment efficiency . He will also share Xvisio Technology's practical approach to engineering, mass production, and scenario-based applications in the fusion of VSLAM and AI perception.
About Xvisio Technology
Xvisio Technology is a high-tech company specializing in XR spatial computing, perception, and interaction core technologies (high-speed VSLAM technology) and XR product solutions. Founded in Silicon Valley in 2016 and headquartered in Shanghai, Xvisio Technology currently has R&D centers in Silicon Valley and Europe. It boasts outstanding R&D teams at home and abroad, and over 20 core technology IPs in algorithms, hardware, software, systems, and applications.
In terms of technology research and development, Xvisio Technology focuses on full-stack spatial computing and perceptual interaction technologies, continuously deepening its research and development efforts to address key challenges. Currently, Xvisio Technology has developed core spatial computing technologies, including high-precision VST virtual-reality fusion, high-precision OST spatial virtual-reality integration, and high-precision spatial anchoring. With these core capabilities, Xvisio Technology has developed two product lines: the SeerLens II MR terminal and the SeerSense spatial computing module, focusing on implementing them in niche scenarios.
The company's main products include the SeerSense sensing module, the SeerLens series of XR glass, as well as core technology licensing and customized product development services. Its clients include many industry-leading companies, and its products are sold throughout Japan, the United States, Europe, and other regions.
In the SeerLens II MR terminal series, Xvisio Technology's latest release, the SeerLens II B50H MAX, is a high-performance, domestically produced MR headset that rivals the Hololens 2. Leveraging a proprietary high-speed, high-precision 4-camera SLAM algorithm, this product supports multimodal interaction methods such as voice, gestures, and a 6DOF controller. Featuring cutting-edge spatial computing and perception capabilities, it excels in positioning accuracy, intelligent recognition, and multimodal interaction, providing enterprises with high-precision, highly interactive MR products and services.
About DIC XR Forum & XR Exhibition Area
DIC International XR Technology and Digital Display Forum and Virtual Reality Technology and Digital Display Exhibition Area , as the most strategic dual core sections of DIC EXPO 2025, will be held at the Shanghai New International Expo Center from August 7 to 9, 2025.
Forum highlights: Paid, closed-door, invitation-only, and high-density of viewpoints. Topics cover cutting-edge areas such as AI+XR integration, spatial computing, embodied intelligence, the evolution of interactive systems, and the implementation of micro-display technology.
Exhibition highlights: Displaying a complete ecosystem including XR terminals, perception modules, AI hardware systems, and industry solutions, connecting users, R&D parties, and purchasing decision makers to create a "communication + display + docking" three-in-one space.
About DIC EXPO
DIC EXPO 2025 International (Shanghai) Display Technology and Application Innovation Exhibition is hosted by the Liquid Crystal Branch of the China Optics and Optoelectronics Manufactures Association, and jointly supported by international authoritative organizations such as the China Electronics Chamber of Commerce, the China Electronic Materials Industry Association, the Korea Display Industry Association, and Japan's Nikkei BP.
As one of the world's leading industrial platforms for the integration of new display, smart terminal and XR technologies, DIC EXPO will bring together over 400 exhibitors and 60,000 professional visitors to build a comprehensive industry dialogue on the future of vision, computing logic and perception methods.
Conclusion | Technology must be implemented before interaction can have a future
Real spatial computing is not just about being able to “see”, but also about being able to “see accurately, calculate quickly, and be appropriate”.
The DIC XR exhibition area and XR Forum are a window for observing industry trends in the next three years, and also a platform for in-depth dialogue and technological consensus among XR industry pioneers.
Note: The article is transferred from "X Augmented Reality"
