TheLostSwede
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Neuranics has secured an £800,000 grant from Scottish Enterprise (SE) to support a £2.4 million project aimed at transforming how humans interact with machines through innovative wristband technology. Using Neuranics' patented magnetic sensors, the wristbands will detect muscle activity and precise gestures. This 18-month project will create ten high-tech jobs at the company's Glasgow headquarters and solidify Scotland's position as a leader in wearable technology.
The wristbands, leveraging magnetomyography (MMG) technology and machine learning, will interpret muscle movements through soft bands worn on the arms. Initially targeting extended reality (XR) applications, the device will enable seamless gesture recognition for immersive digital experiences.
Transforming Gesture Recognition
Current gesture recognition solutions often lack accuracy and rely on bulky, uncomfortable equipment. Neuranics' solution addresses these limitations with compact sensors capable of detecting the smallest muscle-generated magnetic fields. These wristbands will provide users with a comfortable, unobtrusive way to continuously monitor muscle activity.
Endless Possibilities Across Industries
While initially focused on XR platforms, the MMG wristband has potential in various industries. In healthcare, it could improve prosthetic control through real-time rehabilitation feedback. In sports, the device may help athletes monitor muscle activity to optimise training. The wristband unlocks huge possibilities for gaming and assistive technology, enabling hands-free control for improved accessibility, as well as facilitating natural, gesture-based interactions in virtual environments.
Economic and Technological Impact on Scotland
The £800,000 grant will drive research and development, creating new jobs and boosting Scotland's tech and semiconductor industries. By investing in innovative projects like this, Neuranics helps position Scotland as a leader in wearable technology.
Neuranics CEO Noel McKenna commented: "This funding is a tremendous boost for our project. We are excited to explore how our technology can transform digital interactions and contribute to Scotland's economic and technological landscape."
View at TechPowerUp Main Site | Source
The wristbands, leveraging magnetomyography (MMG) technology and machine learning, will interpret muscle movements through soft bands worn on the arms. Initially targeting extended reality (XR) applications, the device will enable seamless gesture recognition for immersive digital experiences.
Transforming Gesture Recognition
Current gesture recognition solutions often lack accuracy and rely on bulky, uncomfortable equipment. Neuranics' solution addresses these limitations with compact sensors capable of detecting the smallest muscle-generated magnetic fields. These wristbands will provide users with a comfortable, unobtrusive way to continuously monitor muscle activity.
Endless Possibilities Across Industries
While initially focused on XR platforms, the MMG wristband has potential in various industries. In healthcare, it could improve prosthetic control through real-time rehabilitation feedback. In sports, the device may help athletes monitor muscle activity to optimise training. The wristband unlocks huge possibilities for gaming and assistive technology, enabling hands-free control for improved accessibility, as well as facilitating natural, gesture-based interactions in virtual environments.
Economic and Technological Impact on Scotland
The £800,000 grant will drive research and development, creating new jobs and boosting Scotland's tech and semiconductor industries. By investing in innovative projects like this, Neuranics helps position Scotland as a leader in wearable technology.
Neuranics CEO Noel McKenna commented: "This funding is a tremendous boost for our project. We are excited to explore how our technology can transform digital interactions and contribute to Scotland's economic and technological landscape."
View at TechPowerUp Main Site | Source