Solution
Development
Supporting Development and Research with Cutting-Edge Technologies
At Diver-X, we apply our core research in advanced technologies to provide tailored support for diverse development and research needs.
- Haptics Technology: Advanced sensory feedback solutions.
- Hand-Tracking Technology: Precise and intuitive hand motion tracking.
- Optical Object Tracking Technology: High-accuracy 3D tracking using proprietary algorithms.
- Custom Training and Simulation Solutions Research and Development in Haptics / Wearables
- Object Tracking / Optical Tracking
Custom Training and Simulation Solutions
Using our core technologies, we design flexible, customized solutions tailored to your requirements. Whether in manufacturing or medical simulations, we create intuitive systems with realistic tactile feedback to enhance operational efficiency and support seamless research and development workflows.
- Streamlining training and simulation processes.
- Reducing development and testing times.
- Cutting labor costs.
Research and Development in Haptics / Wearables
We utilize Diver-X’s core technologies, such as hand tracking and optical tracking, for advanced research and development. If you are looking to recreate tasks traditionally performed in the real world within a VR environment but are unsure of the technical feasibility, we offer solutions based on Diver-X's extensive research and development expertise.
- Advanced research and development in VR, haptics, and sensing
- Streamlined training and simulation processes
- Reduced development and testing time
- Lower labor costs
Case Study
By leveraging core technology research, Diver-X solutions are being implemented across various industries in diverse scenarios, such as design, simulation, and training.
- Case 01
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Applications in the Medical Field for Therapeutic Purposes
We co-developed a treatment application for children with Developmental Coordination Disorder (DCD) using our ContactGlove technology. This project aims to alleviate workforce shortages in developmental support settings.
- Case 02
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Collaborative development of bending sensors
Collaboratively developing sensors for hand tracking, designed to be thin and highly durable.
- Case 03
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Technology
- Haptics TechnologyHaptics Technology
Realistic Touch Simulation with Tactile Modules
Haptics technology transmits digital information through the sense of touch. By using vibrations, pressure, and force feedback, it allows users to feel physical interactions with virtual environments and devices.
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- Hand Tracking TechnologyHand Tracking Technology
Resistive Membrane Bending Sensors
In collaboration with Sencia Technology, we’ve developed high-precision, cost-efficient bending sensors. These sensors, which change resistance values based on their bend angle, are ideal for compact, battery-powered devices and feature lightweight, energy-efficient designs.
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- Optical Tracking TechnologyOptical Tracking Technology
High-Precision 3D Position Tracking with Proprietary Algorithms
Our computer vision algorithms enable affordable and high-performance 3D position tracking using multiple cameras. By combining advanced imaging with high-resolution cameras, we achieve millimeter-level precision in tracking.
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Contact us for solutions and software development.
Through solutions and software powered by Diver-X's core technology research, we address diverse challenges.If you are interested in or considering software and solutions developed with Diver-X core technology research, please feel free to reach out via our contact form.
Linear Vibrators (LRA)
Linear Resonant Actuators (LRAs) create vibrations through the movement of a mass within a magnetic field. Commonly used in smartphones and wearables, LRAs deliver efficient and stable tactile feedback by operating at specific resonant frequencies with a spring-based mechanism for consistent performance.
Shape Memory Alloy (SMA)
Shape Memory Alloys contract with electrical current, generating pressure through wrapped films or similar components. This compact and efficient solution eliminates the need for external pumps, providing powerful tactile feedback with a simple and effective structure.
A resistive bend sensor
A resistive bend sensor is a device that detects changes in resistance when bent, converting these changes into electrical signals. Composed of a thin substrate coated with conductive materials, its resistance varies as the conductive paths stretch or compress during bending.
Optical Tracking Technology
Optical tracking is a high-precision technology that uses cameras to track the position and rotation of objects. This method involves identifying markers or feature points placed on the target object and following their movement within the camera’s field of view. By combining high-resolution cameras with advanced image processing algorithms, it enables tracking accuracy down to the millimeter level.
