EyeCan, an Israeli startup, has developed a smart headband to assist blind swimmers in navigating obstacles while swimming. This innovative device utilizes vibrations and bone conduction technology to provide real-time alerts and enhance the safety and confidence of visually impaired individuals in the pool.
How does the smart headband work to assist blind swimmers?
The smart headband developed by EyeCan is equipped with a camera that scans the pool’s bottom and the area in front of the swimmer. This data is processed by a dedicated processor at the back of the headband, which then sends alerts to two chips placed on either side of the swimmer’s head. These chips utilize bone conduction technology to send vibrations to the inner ear, alerting the swimmer in real time whenever they move away from the center of their lane or approach an obstacle.
What challenges do visually impaired swimmers face in the pool?
Visually impaired swimmers often struggle with disorientation, veering off their lane, and the risk of colliding with obstacles such as pool edges. Without a technological solution, they might rely on a person using a soft stick (tapper) to signal when they’re nearing the pool edge. This dependency diminishes their sense of independence and confidence while swimming.
What is the significance of the smart headband for blind swimmers?
The smart headband is a crucial advancement for blind and visually impaired swimmers, as it empowers them to swim independently without the need for external assistance. Nearly one third of the global population experiences vision complications, making this technology highly relevant. Unlike tappers, which are mainly used by Paralympic swimmers, the smart headband caters to both competitive and recreational swimmers, boosting their motivation and self-assurance.
How is EyeCan further developing the technology for blind swimmers?
EyeCan is refining its smart headband technology through two key approaches. Firstly, it trains the processor’s algorithm using wearable cameras on swimmers, analyzing the recorded videos to detect obstacles and lane deviations. Additionally, the company is working on a cameraless prototype to gather feedback on the device’s comfort and effectiveness from visually impaired swimmers.
The smart headband developed by EyeCan represents a significant breakthrough in aiding blind swimmers. By utilizing vibrations and bone conduction technology, this innovation not only enhances safety but also promotes independence and self-confidence for visually impaired individuals in the water. As EyeCan continues to refine its technology, it holds the potential to transform the swimming experience for a diverse range of individuals.
