Touchwaves creates soft, stretchable wearables that embed medical‑grade textile sensors to continuously monitor vital signs such as heart rate, HRV, breathing rate, and SpO₂. Proprietary algorithms process these bio‑signals in real time and deliver human‑centric haptic cues that guide breathing and activate the parasympathetic nervous system, helping users self‑regulate stress, improve mental clarity, and enhance physical performance.
Funding
Funding not disclosed
Founders
Product
Problem
Individuals in high‑stress environments—such as pilots, elite athletes, patients with PTSD, or anyone experiencing chronic anxiety—often cannot regulate their nervous system effectively, leading to reduced performance, slower recovery, and impaired decision‑making.
Solution
Touchwaves delivers soft, stretchable wearables that combine textile‑integrated medical‑grade biosensors with human‑centric haptic feedback. The sensors continuously monitor vital signs such as heart rate, heart‑rate variability, breathing rate, and blood‑oxygen saturation. Proprietary algorithms process these bio‑signals in real time and trigger precise haptic cues that guide breathing, activate the parasympathetic nervous system, and improve oxygen uptake. By providing immediate, intuitive tactile guidance, the system helps users self‑regulate stress, enhance mental clarity, and accelerate physical recovery without the need for bulky equipment or manual intervention.
Target Audience
Primary customers include defense and aviation operators, elite sports teams, healthcare providers treating stress‑related conditions, and research institutions studying human performance under stress.
Features
- Stretchable textile sensors that capture HR, HRV, breathing rate, and SpO₂ with medical‑grade accuracy while remaining comfortable for prolonged wear
- Human‑centric haptic actuators that simulate realistic touch to deliver guided breathing and relaxation cues
- Real‑time data processing engine that translates bio‑signals into adaptive haptic feedback and performance insights
- Cloud‑enabled analytics platform for longitudinal tracking of physiological trends and personalized training recommendations
- Seamless integration into existing workflows for defense pilots, athletes, and clinical settings via lightweight vest form factor
- Patented printed‑electronics manufacturing that enables scalable, soft, and lightweight wearable devices