VIRNECT Make Integrations

Remote communication has been revolutionized by advanced technologies. By engaging multiple participants in a single call, everyone can observe the same visual content in real time. Beyond mere visuals, XR technology enables users to take interactive actions, such as directly pointing at objects of discussion. It also facilitates connections to drones, robots, and autonomous vehicles, offering unique perspectives and access to places that are otherwise unreachable by humans. During discussions, participants can share both 3D models and traditional 2D representations like graphs, charts, and images seamlessly. Furthermore, the capability for real-time translation fosters effective communication across international borders, enhancing problem-solving efforts. The integration of XR in the industrial field is poised to transform communication dynamics, making it nearly as effective as physically touring a facility with a team of specialists without the logistical challenge of air travel for tasks ranging from customer support to intricate field assessments. This newfound capability signifies a major leap forward in collaboration, ultimately streamlining operations and boosting productivity.

View is an advanced XR visualization platform that seamlessly operates across a diverse range of devices, enabling displays and overlays in any setting at any given moment. When you take a tablet or smartphone outdoors and utilize its camera, you can witness XR content integrated into your surroundings. For instance, technicians and clients can superimpose augmented visualizations onto machinery, allowing for immediate troubleshooting, training, maintenance, and inspection, all while keeping a comprehensive audit trail. With View, you can deliver training and solutions in facilities around the globe, empowering skilled technicians and experts to assist on-site personnel in resolving intricate issues without needing to be physically present. Additionally, newcomers can accelerate their training process by visualizing machinery operation, while medical students can explore bodily functions that are typically invisible to the naked eye, enhancing their understanding of complex biological systems. This innovative approach revolutionizes the way we interact with our environments and facilitates learning across various fields.