Honda Motor Co. created an in-shoe navigation system that uses a smartphone app and a 3D vibration device with a motion sensor to help people with vision impairments get around. The system recognizes that GPS navigation doesn't serve everyone and this alternative uses intuitive signals to help people get around. For instance, when a person feels the vibrations at the front of the device, it's an indication to keep moving forward. Alternatively, vibrations on the left or right side indicate that a turn should be made.
The system is set to be launched in March 2023 and it has the potential to give people more peace of mind when walking. Unlike other systems that interrupt other senses, this one leaves people free to use a cane or be aware of their surroundings.
Why This Trend Is Growing
- In-shoe Navigation Systems
- Creating in-shoe navigation systems for people with different impairments or disabilities can greatly improve their mobility and navigation experiences.
- 3D Vibration and Motion Sensors
- Creative applications of 3D vibration and motion sensors can create intuitive signals for a variety of use cases, including but not limited to navigation systems.
- Sensory Augmentation Technologies
- Exploring the potential of sensory augmentation technologies in various industries can lead to innovative solutions for a range of challenges, from accessibility concerns to enhanced user experiences.
Industries Being Reshaped
- Assistive Technology
- In-shoe navigation systems can be used in the assistive technology industry to improve the lives of visually impaired individuals, offering more peace of mind and independence.
- Consumer Electronics
- Consumer electronics companies can explore the benefits of incorporating wearable navigation systems, like in-shoe navigation, for various use cases, including outdoor recreation and sports.
- Smart City Solutions
- Integration of in-shoe navigation systems in broader smart city solutions can offer better mobility experiences for all individuals, with or without impairments, and enhance urban navigation systems.
