Engineered for Impact

In automotive, Myant X’s smart textiles and advanced materials can transform interiors into interactive, responsive environments that enhance comfort, safety, and user experience. Textile Computing™ allows sensors, connectivity, and data analytics to be knit into seats, steering wheels, and interior surfaces, enabling real-time monitoring of driver physiology (e.g., heart rate, stress), posture, and temperature, alongside adaptive thermal regulation and haptic feedback for alerts. This creates vehicles that can personalize climate, detect driver fatigue, and integrate seamlessly with in-car digital systems, supporting a future of connected, health-aware mobility.

For orthopaedics and rehabilitation, Myant X’s Textile Computing™ approach can turn garments, braces, and supports into continuous monitoring and therapy platforms, providing passive, bidirectional data flow between patients and care teams. Sensors knitted into supports or compression garments can capture movement quality, muscle activation, and loading patterns, helping clinicians track recovery progress and adjust rehabilitation plans remotely. Combined with advanced materials that manage moisture and temperature, these smart orthopaedic textiles can improve comfort and adherence while enabling more proactive, data-driven rehabilitation pathways.

In military and defence, Myant X applies advanced material science and Textile Computing™ to deliver smart uniforms, protective gear, and mission-critical systems that enhance safety, performance, and operational efficiency. Smart textiles embedded with biometric sensors and connectivity can support continuous monitoring of soldier health, thermal status, and environmental exposure (chemical, biological, radiological, nuclear), while high-strength polymer composites and nanomaterials enable lighter, more durable body and vehicle armor. Integrated systems, from wearable communication hubs to IoT-enabled monitoring, can feed real-time data into command centers, improving situational awareness and mission planning.

In sleep, Myant X’s connected textile solutions can be embedded in bedding, sleepwear, and mattresses to enable unobtrusive, continuous monitoring of vital signs, sleep stages, and environmental conditions. Textile Computing™ allows sensors and connectivity to be integrated directly into fabrics, supporting 24/7 passive monitoring and bidirectional data sharing with clinicians, family members, or digital health platforms to identify sleep disorders, nighttime arrhythmias, or respiratory issues earlier. By coupling advanced moisture and thermal management with intelligent sensing, these systems can optimize sleep environments.

In sports and athletics, particularly biking and yoga, Myant X’s Textile Computing™ platform can turn apparel into intelligent performance and wellness tools, enabling continuous, unobtrusive monitoring of the athlete’s body and environment. Smart cycling gear with embedded sensors can track heart rate, cadence, posture, muscle activity, and pressure distribution on contact points, helping riders optimize ergonomics, efficiency, and long-ride comfort while reducing injury risk. In yoga, connected garments can capture breathing patterns, balance, range of motion, and muscular engagement, enabling real-time feedback on form.