Boarding Light provides an integrated dynamic lighting system that creates an artificial horizon within vehicle interiors to mitigate motion sickness. By synchronizing LED columns with vehicle accelerations, the system resolves sensory mismatch and enhances passenger comfort across various transportation modes.
Funding
Funding not disclosed
Founders
Product
Problem
Motion sickness, or kinetosis, arises from a sensory mismatch where visual input conflicts with vestibular system signals. This disconnect between perceived motion and actual physical sensation leads to discomfort and reduced passenger well-being.
Solution
Boarding Light offers an integrated dynamic lighting system designed to mitigate motion sickness by creating an artificial horizon within vehicle interiors. This system utilizes a network of LED columns synchronized with the vehicle's accelerations, projecting a stable visual reference. By aligning this visual cue with the body's vestibular input, the sensory conflict is resolved, thereby enhancing passenger comfort and focus. The technology is adaptable across various transportation modalities, including naval vessels, automotive, rail, and aviation.
Target Audience
The primary target audience includes vehicle manufacturers, fleet operators, and transportation service providers in the maritime, automotive, rail, and aviation sectors seeking to improve passenger experience and reduce motion sickness.
Features
- Dynamic LED lighting columns that generate an "inertial horizon" based on real-time vehicle acceleration data.
- Centralized control box for managing lighting sequences and system parameters.
- Patented technology designed to synchronize visual cues with the body's balance system to reduce sensory mismatch.
- Universal application across naval, automotive, rail, and aviation environments.
- Energy-efficient operation.
- Designed for straightforward integration into vehicle interiors.
- Tested and validated for effectiveness in reducing motion sickness symptoms by up to 50% in naval personnel.