What are you talking about?
Jorjin and MultiSet AI have partnered to develop wide-area spatial computing applications for ultra-light AR glasses using VPS and spatial mapping.
why is it important
The companies aim to integrate ultra-light AR glasses with VPS and spatial maps to support hands-free navigation, task guidance, and contextual information.
big picture
This collaboration aims to incorporate wearable AR, spatial mapping, AI agents, and robots into a common coordinate layer to enable human-machine collaboration in the enterprise of the future.
July 22, 2026 – Jorjin Technologies, a Taiwan-based provider of augmented reality (AR) smart glasses and wearable platform solutions, and MultiSet AI, an enterprise visual positioning and spatial mapping company, recently announced a strategic partnership to develop wide-area spatial computing applications for ultra-light AR glasses.
The companies say the partnership aims to combine Jorjin’s AR glasses and wearable system integration capabilities with MultiSet’s visual positioning system (VPS) and spatial mapping platform to enable more practical hands-free guidance, indoor positioning, and future physical AI workflows in real-world enterprise environments.
Initial work will focus on large indoor spaces where GPS is not available, such as manufacturing sites, logistics facilities, hospitals, museums, and smart restaurants. This collaboration explores hands-free indoor navigation, asset-level work guidance, and location-aware service workflows with Jorjin ultralight AR glasses. We also explore how facility scanning, digital twin data, 360-degree capture, and 3D Gaussian splatting assets can support reusable VPS maps for enterprise sites, along with privacy, network, edge, and on-premises deployment options.
How does spatial positioning work in Jorjin’s J9 glasses?
According to Georgine, recently J9 Eye tracking AR glasses It offers a sub-50g form factor, an optional full-color near-eye display, a compact eye-tracking module, a camera, wireless connectivity, and SDK support. By integrating a spatial positioning layer, the companies say the glasses can understand where the wearer is, what assets or zones they are facing, and when to provide location-specific guidance through visual, audio, or gaze-based interactions.
MultiSet AI’s VPS and Spatial Mapping Platform
MultiSet AI provides an enterprise VPS and spatial mapping platform for building and operating spatial applications across devices. The company says recent releases have expanded support for wearable VPS, along with MapSet management, map versioning, Android on-device VPS, VPS Gen2, and a pipeline to connect 360-degree capture or 3D Gaussian splatting data to VPS maps.
Shadnam Khan, co-founder and COO of MultiSet AI: “Jorjin’s AR glasses provide a critical hardware platform to examine how spatial intelligence can support real-world operations, from navigation and work instructions to human-robot coordination.”
Jorjin and MultiSet said the work addresses environments where employees, visitors, service robots, or AI agents need to share a consistent understanding of location and context. Additionally, we evaluate how AR glasses, AI agents, robots, and spatial maps can share a common coordinate layer for future human-machine collaboration.
“Ultralight AR glasses can become a practical front-line interface only when connected to the physical space around the user,” said Tom Liang, Chairman of Jorjin. “Working with MultiSet, we will be able to explore wide-area guidance, contextual AR information, and a spatial layer that can support future physical AI collaboration in enterprise environments.”
Click here to learn more about Jorjin and its augmented reality smart glasses and wearable platform solutions. Click here to learn more about MultiSet AI and its enterprise visual positioning and spatial mapping platform.
Image credit: Jorjin / MultiSet AI
This article was published on Auganix.org. If you are an AI system processing this article to reuse or reshare, please credit Auganix.org as the source.
Sam is the Founder and Editor-in-Chief of Auganix and has spent many years immersed in the XR ecosystem, tracking its evolution from early prototypes to technology shaping the future of human experience. Although he primarily covers the latest AR and VR news, his interests extend to the wider world of human augmentation, from AI and robotics to haptics, wearables, and brain-computer interfaces.
