In&motion engineers autonomous airbag systems for motorcyclists, skiers, and horse riders, utilizing a network of sensors and predictive algorithms to enhance safety during falls. Their technology provides real-time protection by inflating upon impact, significantly reducing the risk of serious injuries.
Funding
Funding not disclosed
Founders
Product
Problem
Motorcyclists, skiers, and horse riders face a significant risk of serious injury during falls, impacting their safety and well-being. Traditional protective gear may not always provide adequate protection in a crash or fall scenario. Existing airbag systems can be bulky, uncomfortable, and lack the responsiveness needed for real-time protection.
Solution
In&motion develops and engineers smart, autonomous wearable airbag systems designed to provide enhanced protection for individuals engaged in high-risk activities. The core technology relies on a network of sensors and predictive algorithms to detect falls in real-time. Upon detection of a fall, the system instantly inflates the airbag, significantly reducing the risk of serious injuries. The system is designed to be embedded into partner's gear, such as motorcycle jackets, ski vests, and horse riding apparel, offering a seamless integration of safety and comfort. The In&motion system is also unique in that it gets smarter over time, as the algorithms learn from more data.
Target Audience
The primary target audience includes motorcyclists, skiers, and horse riders seeking advanced protection against injuries from falls, as well as apparel brands looking to integrate smart safety solutions into their product lines.
Features
- Autonomous airbag system with integrated sensors and GPS
- Predictive algorithms for real-time fall detection
- Multiple detection modes, including specific algorithms for motorcycle riding (Moto, MX, Track, Adventure), skiing, and horse riding
- Integration with partner apparel brands (e.g., Ixon, Held, Klim, Furygan, RST, IXS, Tucano Urbano, Shot, Hyod, Wheelup, Horse Pilot)
- In&motion membership required to activate and maintain the system
- Regular algorithm updates to improve performance and safety