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Ultraleap is introducing haptic touch technology to both automotive systems and virtual reality (VR) headsets
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Ultraleap is introducing haptic touch technology to both automotive systems and virtual reality (VR) headsets

In May 2019, Ultrahaptics and Leap Motion united to establish Ultraleap, separate from Magic Leap, and operating within the same realm. The rebranding symbolized the integration of two distinct yet complementary tech entities. Ultrahaptics took the lead in the acquisition, purchasing the hand-tracking firm for approximately $30 million.

Despite missing each other at CES due to COVID, I rendezvoused with co-founder and CEO Tom Carter away from the bustling MWC 2024 scene to explore post-acquisition developments. Carter, now the CTO of the amalgamated entity, transitioned from the same role at Ultrahaptics over a six-year tenure.

At the heart of the acquisition lies a drive to amalgamate the technologies of both companies. The primary target is the emerging realm of extended reality (XR). Carter views XR as a long-term vision, emphasizing its diverse nature and the imperative of interacting with 3D content.

Leap Motion, established in 2010, predates Ultrahaptics. Initially known for its Leap Motion Controller, a VR peripheral featuring IR cameras and LEDs for hand tracking, the Bay Area-based startup pivoted towards VR following Oculus’ initial headset release.

Founded three years after Leap Motion, Ultrahaptics employs ultrasound waves to generate tactile feedback. Its focus spans two main verticals: automotive and XR. In the automotive sector, console-based speakers deliver tactile sensations to in-car heads-up displays, fostered through direct collaborations with automakers.

XR integration is where Leap Motion’s expertise shines. Ultraleap aims to fuse both technologies into a device offering tactile feedback alongside hand tracking. This innovation promises to imbue virtual environments with a sense of weight, addressing a longstanding sensory deficit.

Ultrahaptics proposes an alternative to traditional haptic glove solutions. A compact “puck” emits ultrasound waves, delivering tactile sensations to the user’s hands. Directionality matters waves from below simulate resistance, while those emanating from the user generate opposing forces.

Recently showcased at CES, Sensation Designer marks a pivotal milestone in commercializing the joint technology. This software empowers developers to integrate haptic experiences into XR. An immersive demo involving a virtual bonsai tree showcased hand orientation detection by Leap Motion and tactile feedback by Ultrahaptics, promising enhanced realism across various applications, from gaming to enterprise solutions.

Pooja Prajapati

I am Pooja Prajapati, a passionate writer specializing in entrepreneurship, technology, and investments. My love for storytelling drives me to create compelling, insightful, and up-to-date content. My mission is to empower my readers by providing them with the resources they need to thrive in the dynamic world of business. Connect with Pooja Prajapati: pooja@founders40.com
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