XR Manufacturing management and optimization
Manufacturing processes often face challenges related to inefficiency, equipment downtime, and high costs for staff training. These issues arise due to difficulties in design, troubleshooting, and the inability to quickly train employees without using real equipment, which increases the risk of breakdowns and production delays. The implemented solution involves creating a system of applications that leverage XR technologies (AR, VR, MR). The applications include: HoloModel for visualizing and interacting with 3D models of equipment. SyncVision for synchronizing work across multiple devices. ViewLink for demonstrating production processes through AR/MR/VR headset cameras. FixMate AR for troubleshooting and fixing issues using an AI assistant and voice commands. EquipTrainer VR for safe staff training on virtual simulators. These solutions help reduce risks, lower testing and training costs, improve team collaboration, and accelerate production processes.
New Industry And Energy
Manufacturing management and optimization
The implementation time for the practice varies from 3 to 9 months, depending on the complexity of the object and the scale of production. The process may include stages of design, development, testing, and staff training.
Our application system has been successfully implemented at manufacturing enterprises in Russia. The potential for scaling this technology is limitless due to its versatility and flexibility. It can be adapted to various industries and regions, as it takes into account local specifics, regulatory requirements, and operating conditions. Implementing the application system does not require significant infrastructure changes, and customization for specific tasks and regions allows companies to enhance their production processes and reduce costs, regardless of geographic location or industry.
The system of applications offers clear advantages over traditional optimization methods: XR technologies allow interaction with virtual equipment models without halting production. Reduced downtime: The applications help quickly resolve issues, preventing equipment failures and downtime. Safe training: With virtual simulators, employees can train in a safe environment without putting real equipment at risk. Client-specific adaptation: The system can be easily customized for different industries and regions, taking into account local regulations and production specifics.
The practice has been featured in several specialized publications, including "Science and Technology," "Holography — AR | VR | Metaverse," and "Future Sailors — VR, AR, and Stuff." Additionally, we have received numerous letters of appreciation from companies that have successfully implemented our solution. Some of these letters are included in the attached materials.
We have developed several approaches that accelerate the development and implementation of the application system. These methods have significantly enhanced the efficiency and effectiveness of our system, improving the speed and quality of creating solutions for optimizing production processes.
