In Augmented Reality News
What’s the story?
Jorjin and MultiSet AI have partnered to develop wide-area spatial computing applications for ultra-lightweight AR glasses using VPS and spatial mapping.
Why it matters
By linking ultra-lightweight AR glasses with VPS and spatial maps, the companies aim to support hands-free navigation, work guidance, and contextual information.
The bigger picture
The collaboration aims to bring wearable AR, spatial mapping, AI agents, and robots into a common coordinate layer for future enterprise human-machine collaboration.
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, have recently announced a strategic collaboration to develop wide-area spatial computing applications for ultra-lightweight AR glasses.
The companies stated that the collaboration will combine Jorjin’s AR glasses and wearable system integration capabilities with MultiSet’s visual positioning system (VPS) and spatial mapping platform, with a goal of enabling more practical hands-free guidance, indoor positioning, and future Physical AI workflows in real-world enterprise environments.
Initial work will focus on facility-scale and large indoor spaces where GPS is unavailable, including manufacturing sites, logistics facilities, hospitals, museums, and smart restaurants. The collaboration will explore hands-free indoor navigation, asset-level work guidance, and location-aware service workflows on Jorjin ultra-light AR glasses. It will also examine how facility scans, digital twin data, 360-degree capture, and 3D Gaussian Splatting assets can support reusable VPS maps for enterprise sites, alongside privacy, network, edge, and on-premise deployment options.
How Does Spatial Positioning Work on Jorjin’s J9 Glasses?
According to Jorjin, its recent J9 Eye-Tracking AR Glasses offer a sub-50g form factor, optional full-color near-eye display, compact eye-tracking module, camera, wireless connectivity, and SDK support. By integrating a spatial positioning layer, the companies stated that the glasses can understand where the wearer is, what asset or zone the wearer is facing, and when location-specific guidance should be delivered through visual, audio, or gaze-based interaction.
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 stated that its recent releases have expanded wearable VPS support, along with MapSet management, map versioning, Android on-device VPS, VPS Gen2, and pipelines that connect 360-degree capture or 3D Gaussian Splatting data to VPS maps.
“VPS and spatial maps become more valuable when they reach devices that people can wear naturally throughout the workday,” said Shadnam Khan, Co-Founder & COO of MultiSet AI. “Jorjin’s AR glasses provide an important hardware platform for validating how spatial intelligence can support real operations, from navigation and work instructions to human-robot coordination.”
Jorjin and MultiSet stated that the work will address environments where workers, visitors, service robots, or AI agents need to share a consistent understanding of location and context. Additionally, they will evaluate how AR glasses, AI agents, robots, and spatial maps can share a common coordinate layer for future human-machine collaboration.
“Ultra-lightweight AR glasses can become a practical frontline interface only when they are connected to the physical space around the user,” said Tom Liang, Chairman of Jorjin. “Working with MultiSet allows us to explore a spatial layer that can support wide-area guidance, contextual AR information, and future Physical AI collaboration in enterprise environments.”
For more information on Jorjin and its augmented reality smart glasses and wearable platform solutions, click here. For more information on MultiSet AI and its enterprise visual positioning and spatial mapping platform, click here.
Image credit: Jorjin / MultiSet AI
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About the author
Sam is the Founder and Managing Editor of Auganix, where he has spent years immersed in the XR ecosystem, tracking its evolution from early prototypes to the technologies shaping the future of human experience. While primarily covering 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.