Embedded Files
Towards better video communications
From sci-fi icons like Princess Leia, holograms have long captured our vision of the future. Today, that future is becoming reality. Holographic telepresence uses advanced 3D rendering and real-time transmission to project people or objects into remote spaces as lifelike, full-scale 3D visuals. These immersive, spatially aware experiences create the feeling of true physical presence—without anyone leaving the room.
This breakthrough in visual communication has the power to transform how we connect across distance. Whether it’s a business meeting, a telehealth consultation, or a personal conversation with loved ones, holographic telepresence makes remote interaction feel natural, intimate, and human.
Nephelie’s wireless, high-resolution 3D capture technology enables the kind of realism and mobility this next generation of communication demands.
Benefits of a wireless system
Enhanced Mobility and Flexibility
A wireless system removes physical constraints, allowing users to interact from virtually anywhere—without being tethered by cables. This enables more natural, spontaneous, and dynamic communication experiences.
Broader Accessibility and Versatility
Wireless connectivity supports multiple users across varied environments. Whether in a conference room, home, or mobile setting, the system adapts easily to different needs and use cases.
Simple Setup and Seamless Integration
No complex wiring or installation—users can connect via smartphones, laptops, or other wireless devices. The result is a smoother setup and a more intuitive user experience.
Built for Innovation and Reliability
Wireless systems are future-ready. As networking technologies evolve, new features can be added with minimal disruption. A robust wireless design also ensures greater reliability through built-in redundancy and failover support.
Enabling wireless holographic telepresence
Modern holographic telepresence systems use high-speed cameras and depth sensors to capture people in 3D—often at frame rates of 120–180 fps—to create lifelike representations from multiple angles. Traditionally, this requires complex setups and specialized hardware to construct real-time 3D models.
Nephelie’s solution changes that.
By combining radiance-field volumetric rendering techniques, such as 3D Gaussian Splats, with our nCOMM wireless networking technology, we enable more precise and natural 3D renderings—without the need for real-time mesh construction. This dramatically simplifies system architecture and reduces hardware requirements and cost.
With high-bandwidth wireless connectivity at its core, our system enhances mobility, ease of deployment, and user accessibility, making immersive, real-time holographic communication more practical, scalable, and engaging than ever before.
Page updated
Report abuse