In the far distance, yet so close:
The holodeck will completely revamp the way we communicate

The Innovator: Miro Taphanel, passionate engineer and problem cracker

Miro Taphanel with AR-Brille
Miro Taphanel always wanted to be an engineer. After all, engineers create the products we surround ourselves with. They crack existential problems. So he first studied mechanical engineering and then switched to computer science because he was particularly attracted by the even greater complexity. You could say that Miro Taphanel feels quite at home in today's world of technology and complexity; he lives, researches and develops on the principle: "Everything you don't know is interesting." By the way, the private Taphanel also exists, he goes sailing when he can - not casually, but with regatta ambition. Otherwise, he lives with his wife, young son and daughter "quite well in Karlsruhe", as he says, in a self-built house.

From Karlsruhe, Miro Taphanel also drives his own company, Gixel, ahead. Together with his co-founders Felix Nienstädt and Ding Luo, he is currently cracking a massive problem: the future of remote communication.

The innovation: The holodeck takes remote communication to a new level

What is this mysterious holodeck? A real room that a real person enters to meet and communicate "virtually" with one, 2, 3 or 15 other real people. Without everyone having to be in the same physical location. In the holodeck you perceive other people and things visually and acoustically quite realistically. You are in contact with them in a way that feels "totally real" - not like being in an under-complex, overly-tired video conference.

The realistic, real, most natural thing about remote communication is what's new, the "killer application," as Miro Taphanel calls it. And to create this realness, the holodeck is packed with perfectly tuned technology, with high-precision localization and video technology. What's more, the person in the holodeck wears AR glasses that Gixel developed entirely in-house. They have an extremely large viewing field, creating an immersive feeling of closeness. It's also as small and lightweight that you can wear them like regular glasses - while simultaneously sitting at a computer, for example, and working, in other words, being productively in the here and now. "By the way, the whole holodeck system is held together by brilliant software," Taphanel emphasizes non-chalantly.

So: communication in the holodeck is as natural, human-friendly and complex as remote communication can be. The human body is captured life-size here, you have real eye contact and are able to communicate non-verbally via facial expressions, gestures, posture and body movements. Very important: You can be in contact with several people at the same time, feel and use the dynamics of groups.
Gixel Vision
Miro Taphanel is convinced the holodeck will enable everything that characterizes complex human communication. It takes remote communication to a new level. And this will massively change our society, because the physical location loses importance when a "perceived real" meeting in the holodeck is possible at any time. For internationally operating companies, this means, for example: Why should employees produce immense travel costs and climate damage because they have to travel by car or airplane for hours in order to attend meetings while overtired? It's better to set up a holodeck, have a stress-free meeting, communicate naturally and, last but not least, protect the climate.

Are we really that far along? "Absolutely," says Miro Taphanel. "At Gixel, we already don't do video conferencing. We only meet in the holodeck."

The prototype is already there. Now we are working intensively on the next step towards production readiness.

After a visit to Gixel, c't reports on what makes the holodeck so special and how the system feels in action. Click here for the German article in the c't magazine.
Gixel team: Felix Nienstädt, Miro Taphanel, Ding Luo
Part of the Gixel team:

Dipl.-Ing. Felix Nienstädt, computer scientist and graduate engineer architect, with vast experience in data processing and all matters AI. Has set up and maintained data warehouses, among other projects. He uses his extensive programming knowledge to develop software that is as excellently conceived as it is easy to maintain.

Dr.-Ing. Ding Luo holds a PhD in a highly intricate field: high-speed surface profilometry based on adaptive microscopy. He is considered an expert in the fields of optical measurement systems and computational imaging. His specialty: the rapid translation of theory into functional software.

More about Gixel: https://gixel.de/