Hybrid Cloud and Edge Device
Large-Scale MR Solution
About
The Cloud-Edge-Device Combined Large-Space MR Solution harnesses the synergy of cloud computing and edge devices to deliver cutting-edge mixed reality experiences tailored for enterprise applications. This comprehensive solution integrates high-precision mapping, real-time positioning, and a developer-friendly Unity SDK to facilitate the creation and deployment of large-space interactive MR content. With our in-house XR devices, featuring SLAM and 6DoF tracking, users experience a high level of mixed reality interaction with the site. It also supports open-source customization and private deployment, along with customized hardware and firmware, ensuring flexibility, security, and root-level customization to meet diverse enterprise needs.
Easy and Precise Mapping
The process begins with consumer-grade cameras and other edge devices capturing detailed site images and videos.
The captured data is then used to create high-precision MR maps. Utilizing advanced technologies such as Structure from Motion (SfM) 3D reconstruction, deep learning, multi-sensor fusion, and Simultaneous Localization and Mapping (SLAM), the system generates detailed spatial maps with centimeter-level accuracy.
Real-Time Positioning
Responds to user positioning requests and delivers positioning results. Minimal data transmission required—only maps are transmitted, not image data (ensuring privacy, no users' faces data will be uploaded).
The solution delivers only the map from the cloud without requiring additional computation, which optimizes server resource usage. Its cloud-native architecture efficiently manages a high volume of requests.
Supports private and local network deployment. Additionally, the positioning is smooth and seamless, with no abrupt jumps.
Easy Operation (Unity SDK)
Import point clouds and textured meshes of scene reconstructions into Unity via plugins for rapid content development. Developers can utilize Unity plugins to develop MR content that seamlessly integrates virtual and real-world elements using standard Unity3D development methods. Simple operation: Collect data on-site, construct new maps quickly and efficiently.
Advanced Hardware Support
With in-house products such as the Quantum MR headset and the M55 AR Glasses, the solution is tailored to meet deep customization needs. By integrating hardware headsets with software systems, our company offers robust support for customer-specific customization requirements and provides customized logo services.
Complex MR Experience Storylines
You can create various large-scale MR interactive content for both indoor and outdoor environments, featuring SLAM technology and 6DoF tracking for immersive experiences. MR objects in the space can interact like other U3D objects, such as clicking, dragging, etc. By overlaying the real world with the virtual space, developers can create complex MR experience storylines based on the real-world environment. This includes interesting gaming scenarios and interactive storytelling that leverage the full capabilities of mixed reality to engage users in dynamic and engaging ways.
Deeper Customization Support with Hardware, Firmware, and Open-Source SDK
The solution also includes open-source software development kits (SDKs) and related software, allowing developers to freely access, modify, and distribute the code to adapt devices and adjust strategies according to specific needs. Additionally, we can provide MR headsets integrated with our software system, enabling the realization of customized solutions that include hardware, firmware, and open-source software development kits. This comprehensive approach ensures that all aspects of the solution can be tailored to meet specific customer requirements, enhancing both functionality and user experience.
Ensuring Privacy from the Root
The solution supports complete system private deployment, meeting data security and autonomous control requirements. For more information or to conduct a technical introduction and trial, please contact the company.
The headset camera updates the user's location with sparse data, including only essential positioning information without detailed site visuals (such as the user's face). This feature maximizes privacy by avoiding the transmission of specific site details, ensuring user privacy is protected on-site.
