Holographic Table Projection SciFi Meets Engineering Excellence

Data That Responds – When Space Becomes the Interface

The system is based on real-time projection, in which geometry, perspective, and light dynamically adapt to the user’s position through eye-tracking. Rendering can be AI-assisted, while CAD, simulation, or process data are seamlessly integrated. An intelligent glove translates gestures into spatial commands, allowing users to literally “touch” data streams.

Interaction takes place without a headset – perception is created solely through precise light control. This makes the connection between physical movement and digital feedback natural and intuitive. The space itself becomes the interface.

• Eye-tracking–based perspective correction in real time
• Gesture-based control of industrial datasets
• Integration of AI-supported simulation data

Image: Precise light projection and gaze control create a true sense of spatial depth | Visualization: Visoric GmbH 2025

This transforms pure visualization into an experiential space for thinking and decision-making. A system that unites visual intelligence, cognitive perception, and technical efficiency.

Scientific Perspective – Synchronization in Real Time

A key question in real-time visualization concerns the synchronization between physical action and visual feedback. Systems like the Hologram Table reduce this latency almost to zero, significantly increasing sensory coherence.

Diagram: Visual Response Time vs. Data Latency | Source: Visoric Research 2025

The diagram shows that real-time rendering with physical light projection significantly shortens the reaction time between input (movement, gesture) and output (visual feedback). This creates an immediate sense of control and presence – crucial for industrial precision and immersive simulation.

Spatial Collaboration – Data Spaces Become Tangible

In an industrial context, the Hologram Table can make processes, production lines, or logistics flows visible in real time. Teams step into the data spaces, analyze together, and make decisions through gestures. The result is an immersive environment that simplifies communication and planning.

Especially in the development of complex systems or digital twin processes, the system opens new ways of understanding. Physical movement becomes part of the data flow – observers become co-creators.

• Spatial representation of complex production systems
• Collaborative decision-making in real time
• Interactive connection between humans, machines, and data

Image: Teams can experience and interactively control production processes in 3D space | Visualization: Visoric GmbH 2025

This creates a new form of digital collaboration where cognitive intelligence and spatial perception intertwine.

Cognitive Impact – Emotion Through Spatial Depth

Another study shows that physically perceivable light systems trigger higher emotional activation than two-dimensional screen representations. The reason lies in the perception of depth: shadow, reflection, and parallax create a more realistic, multisensory experience.

Diagram: User Engagement vs. Display Depth | Source: Visoric Research 2025

The more tangible the light field becomes, the higher the levels of memory retention and focus. This finding suggests that spatial interfaces could, in the long term, complement or even replace traditional monitors as the central tools for data visualization.

Light, Motion, Intelligence – The Concept in Action

The accompanying video shows the Hologram Table in real time. A user interacts with the system through hand movements while projections respond on the surface. Each gesture changes light, form, and data in synchronized motion. The interplay of acoustic dynamics, gesture, and light projection creates an almost organic reaction in space.

The goal of this visualization is to make the idea of the cognitive digital twin tangible: data that not only computes but also thinks and reacts in real time. A physical preview of the Industrial Metaverse.

Video: Visual Concept – Gesture-based interaction at the Hologram Table – Real-time control of industrial data spaces | Source: ©amn_3170

The video impressively shows how data perception and spatial control merge into a single, fluid experience.

Shaping the Future – Creating Space for Intelligence with Experts

The Munich-based Visoric team supports companies in connecting physical and digital worlds in real time. The holographic table projection is more than just a concept – it exemplifies a new way of experiencing data. Instead of observing on screens, people can directly interact with information, understand it spatially, and control it intuitively.

The Visoric expert team develops holographic interfaces that connect design, technology, and people into an interactive experience | Visualization: Visoric GmbH 2025

Visoric develops systems that transform data spaces into experience spaces – precise, immersive, and application-oriented. The goal is to create environments that people intuitively understand and actively use. Spaces that communicate without noise. Architecture that reads, translates, and transforms information into emotion – clear, functional, and sustainable.

• Custom system solutions for holographic data spaces
• Consulting, development, and on-site installation
• Integration of light, AI, and spatial intelligence

The holographic table projection impressively demonstrates how technology and design can merge into one. It marks the transition from flat representation to spatial experience – opening up entirely new perspectives for communication, planning, and design. Now is the time to explore with Visoric’s experts how data can become lived experience.