Haply Robotics develops haptic devices and the Inverse3 3D mouse, enabling precise tactile interaction with digital environments for applications in healthcare, vocational training, and industrial automation. Their technology enhances user engagement and operational efficiency by providing intuitive control over robotic systems and immersive simulations.
Funding
Funding not disclosed
NBFounders
Product
Problem
Many 3D navigation and interaction tasks rely on traditional 2D input devices, which can be cumbersome and lack intuitive control, especially in complex digital environments. This limitation hinders user engagement and operational efficiency in sectors like healthcare, vocational training, and industrial automation.
Solution
Haply Robotics offers the Inverse3, a 3D mouse designed for intuitive spatial computing and precise tactile interaction within digital environments. The Inverse3 blends ease of use, versatility, and portability, providing users with a natural way to navigate and manipulate 3D content. This technology enhances user engagement and operational efficiency by providing intuitive control over robotic systems and immersive simulations, setting new standards for realism, efficiency, and safety across diverse fields. The device allows users to navigate and manipulate digital worlds with the same ease and intuition as the physical one.
Target Audience
The primary users are professionals in healthcare, vocational training, and industrial automation who require precise and intuitive control over 3D environments and robotic systems.
Features
- Intuitive 3D navigation and interaction
- Versatile and portable design
- Precise tactile feedback
- Seamless integration with robotic systems
- Enhanced control for immersive simulations