Haptikos, a startup based in Sunnyvale, California, and Athens, Greece, has introduced a groundbreaking hand exoskeleton designed for extended reality (XR) devices. This innovative technology enhances virtual interactions by providing tactile feedback and kinesthetic sensations, making digital experiences feel more real. The exoskeleton features 24 degrees of freedom per hand, sub-millimeter motion accuracy, and an eight-hour battery life. Priced at \$2,500 per evaluation unit, Haptikos aims to make it more affordable by 2026. The device integrates seamlessly with Unity SDK, offering developers tools to create immersive experiences. This technology has applications in various fields, including robotics, manufacturing, defense, and medicine.
Haptikos, a company at the forefront of lifelike touch-based spatial technology, has recently unveiled a hand exoskeleton designed to revolutionize the way we interact with virtual environments. This innovative device is part of the Haptikos ecosystem, which includes the AI-powered Haptik OS. The exoskeleton is specifically tailored for extended reality (XR) devices, enabling users to experience tactile feedback and kinesthetic sensations that make virtual interactions feel tangible.
Key Features of the Haptikos Hand Exoskeleton
24 Degrees of Freedom: The exoskeleton provides 24 degrees of freedom per hand, allowing for precise and natural movements.
Sub-millimeter Motion Accuracy: With sub-millimeter motion accuracy, the device ensures that every touch and gesture is captured with high precision.
Eight Hours of Continuous Usage: The exoskeleton offers an impressive eight hours of continuous usage, making it suitable for extended virtual reality sessions.
Affordability
Integration with Haptik OS
The Haptik OS, a software component of the Haptikos ecosystem, integrates seamlessly with Unity SDK. This integration provides developers with the tools needed to create immersive experiences that simulate real-world interactions. The Haptik OS enhances the overall user experience by delivering lifelike touch-based spatial experiences.
Applications and Collaborations
Haptikos’ solution is distinguished by its adaptability, ease of use, and affordability. The company collaborates with industry leaders like Siemens and Leonardo to refine its technology. The exoskeleton’s design fits all hand sizes, overcoming the limitations of glove solutions such as discomfort and fit issues. The technology has applications in various fields, including robotics, manufacturing, defense, and medicine.
Funding and Future Plans
Haptikos has received \$2.7 million in funding from European Union programs. The company aims to expand its applications across various industries and deliver the most lifelike touch-based spatial experiences. With its innovative technology and strategic collaborations, Haptikos is poised to revolutionize the field of haptic applications in XR.
Q1: What is the primary function of the Haptikos hand exoskeleton?
A1: The primary function of the Haptikos hand exoskeleton is to enhance virtual interactions by providing tactile feedback and kinesthetic sensations, making digital experiences feel more real.
Q2: How many degrees of freedom does the exoskeleton offer per hand?
A2: The exoskeleton provides 24 degrees of freedom per hand.
Q3: What is the battery life of the Haptikos hand exoskeleton?
A3: The exoskeleton offers an eight-hour battery life.
Q4: How much does the Haptikos hand exoskeleton cost per evaluation unit?
A4: The Haptikos hand exoskeleton costs \$2,500 per evaluation unit.
Q5: What is the target price for the Haptikos hand exoskeleton by 2026?
A5: The target price for the Haptikos hand exoskeleton by 2026 is sub-\$1000.
Q6: What software component is part of the Haptikos ecosystem?
A6: The AI-powered Haptik OS is part of the Haptikos ecosystem.
Q7: How does the Haptik OS integrate with Unity SDK?
A7: The Haptik OS integrates seamlessly with Unity SDK, providing developers with tools to create immersive experiences.
Q8: Which companies is Haptikos collaborating with to refine its technology?
A8: Haptikos is collaborating with industry leaders like Siemens and Leonardo to refine its technology.
Q9: What are the applications of the Haptikos hand exoskeleton?
A9: The Haptikos hand exoskeleton has applications in various fields, including robotics, manufacturing, defense, and medicine.
Q10: How much funding has Haptikos received from European Union programs?
A10: Haptikos has received \$2.7 million in funding from European Union programs.
The Haptikos hand exoskeleton represents a significant advancement in the field of haptic technology for XR devices. By providing 24 degrees of freedom, sub-millimeter motion accuracy, and an eight-hour battery life, this device offers a more accurate and cost-effective alternative to traditional glove-based haptics. With its integration with the AI-powered Haptik OS and collaboration with industry leaders, Haptikos is poised to revolutionize the way we interact with virtual environments. The company’s commitment to affordability and its plans to expand applications across various industries make it a promising player in the future of haptic technology.
+ There are no comments
Add yours