Sustainably Shaping Haptics for Virtual Worlds with AI and Spatial Computing

The combination of AI and haptics in testing: Physically sensing virtual objects

^{Photo: © Visoric GmbH | Ulrich Buckenlei testing innovative haptic solutions at the HTC VIVE Partner Network Event.}

Haptic Technologies, AI, and Spatial Computing: The future of interaction in virtual worlds

At the HTC VIVE Partner Network Event, Ulrich Buckenlei, a digital transformation expert, experienced the future of haptic technologies in combination with Artificial Intelligence (AI) and Spatial Computing. These technologies are fundamentally changing the way we interact in virtual reality. They enable not only visual but also physical sensations in the digital world, leading to more immersive and realistic interactions.

AI and Haptics: Realistic physical interactions in virtual worlds

During the event, Ulrich Buckenlei tested a haptic glove system that uses AI-driven feedback to adjust user interactions in real time. These gloves allow users to physically feel virtual objects by utilizing vibrations and force feedback to create a realistic sensation. Artificial intelligence analyzes the user’s movements and ensures that the feedback feels natural and precise. This technology could be highly beneficial in various industries, such as automotive and medical technology.

• AI-driven adjustments: Artificial intelligence adjusts haptic feedback in real time to match the user’s actions.
• Realistic physical interactions: Vibrations and force feedback make surfaces and objects in the virtual world tangible.
• Versatile applications: From design and prototyping processes to medical simulations, this technology could revolutionize many industries.

Haptic innovation: Technologies for the future of virtual interactions

^{Photo: © Visoric GmbH | Ulrich Buckenlei testing the future of haptics in combination with AI and VR.}

Spatial Computing: The integration of haptics and AI in virtual spaces

Spatial computing, which enables precise spatial perception and interaction in digital environments, becomes even more immersive when combined with haptic feedback and AI technology. These technologies allow users to place, move, and manipulate virtual objects while simultaneously receiving physical feedback. AI controls the process and ensures responsive and realistic interactions that are adjusted in real time.

• Spatial perception: Spatial computing allows precise movements and placements of objects in virtual 3D environments.
• Physical interaction: By combining AI and haptics, users can experience real sensations in the digital world.
• Applications in industry: From the automotive sector to architecture, the integration of AI, haptics, and spatial computing opens new possibilities in product development and training.

Spatial computing and haptics: Elevating virtual interactions to a new level

^{Photo: © Visoric GmbH | Haptic feedback and spatial interactions combined in virtual worlds.}

Watch the video: Haptics, AI, and Spatial Computing in action

Experience the next generation of VR interactions, enabled by the integration of haptics, AI, and spatial computing.

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Mobil +49 152 53532871
Mail: ulrich.buckenlei@xrstager.com

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