A few years ago, virtual teleportation was just a concept, but it didn’t stop futurists from experimenting. As technology advances by leaps and bounds, we VR, AR and MR With improved virtual teleportation over the years, Microsoft’s Holoportation It is the largest sample of this ever-evolving technology in VR environments that allows users to be at remote locations with 3D rendered holograms. This is how Gavin Belson of the popular sitcom Silicon Valley’s Hooli communicated with Big Head. in a funny scene.
Holoportation is a buzzing new technology. So let’s take a closer look at what it is and how holographic VR can make things better in the workplace.
How holoportation works
A common term for holoportation is virtual teleportation using VR and AR. Holoportation is a 3D capture technology that uses multiple 3D cameras placed from different points of view (POV) to capture, reconstruct, compress, and then transmit a 3D rendering of a person to a remote location in real time. Using Microsoft’s HoloLens, users are given the ability to view, hear, and interact with other participants using HoloLens in a VR environment without having to live in the same physical space. Instead of having the user appear on the computer screen, the user can recap in 3D like a video conference right in front of them in a 3D holographic view.
Holoportation at work and the future of VR
Skype, Webex, Teams, and Zoom are all great video conferencing tools, but they lack the old human behavior of working side by side together. On the other hand, Holoportation combines the latest technologies into one in line with the remote work culture that has been around for several years. Here you can actually work with your co-workers, attend events, and more from the comfort of your home.
The ability to see and interact with others directly
Unlike Zoom video conferencing, you are actually communicating in real time with your colleagues, clients, or other members of the office, and as a 3D hologram in the VR world. Holoportation virtually teleports the user to a remote location, sitting and controlling the 3D rendering in real-time in real-time space. This technology helps you hear, see, and interact with other users and objects in the virtual world.
Use at least 2 special 3D cameras with different POVs to create 3D renders. Adding more cameras to the device will eventually lead to better 3D rendering. Special software reconstructs the subject and transmits it to another part of the world (the receiving side) so that they can sit in one room and have a meeting, even if they are really far away. Holoportation uses Microsoft HoloLens 2.0 to inject the ability to see, hear, and interact with objects in a VR environment, and unlike previous iterations, it’s not connected.
As AI evolves over the years, it can be a great asset and colleague to help users perform their day-to-day tasks efficiently. This includes foreign language translation, sentiment tracking and support, and more. AI can also support scheduling, to-do notifications, calculations, and almost anything AI can do today.
An open channel for communication and collaboration
Holoportation can be used for meetings and brainstorming sessions while users live in separate regions of a city or country. As more tools are developed, HoloLens 2.0 will allow users to actually draw, annotate, and innovate in a mixed reality environment (such as customizing a room where each object conforms to real-world based physics). During meetings, you can use built-in features and apps to bring up charts, text, and more, eliminating the need for a whiteboard.
But in this ever-evolving technology, Microsoft is not alone. Technology and entertainment company PORTAL has released HOLOPORTL, but it does not use VR lenses because it requires Holoportation technology to be installed and works in real time.