We are the garment components, infrastructure and software that powers your smart apparel.  We combine any or all elements of the Smartlife system to create a bespoke solution that meets your specific requirements.



  • Patented sensor design, constructed from silver yarn for performance & comfort.
  • Compact & lightweight electronic 'Brain' with upgradable firmware and advanced digital signal processing developed by experts in biophysical and cardiac signal processing.


  • End-to-end solution for secure, real time data transmission from garment to end user.  
  • Control over access permissions and data sharing, fully compliant with privacy legislation.
  • Choose our bespoke app development service or build your own with our API. 


  • A library of algorithms for generating insight for users across a range of usage scenarios from sport and fitness, to health & wellbeing, to military and emergency services, to medical applications.



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Electrocardiogram (ECG): heart rate, heart rate variability, respiration and calorie burn

Surface electromyogram (sEMG): muscle utilisation, power

Electroencephalogram (EEG): brain activity

Electrooculogram (EOG): eye movement

Impedance pneumography: respiration

Impedance plethysmography: respiration, pressure

Accelerometry: steps, speed, impact, calorie burn


Further biophysical capabilities (e.g. temperature, sweat analysis) can be made available by integrating additional sensor components with the existing Smartlife system.



Protected by 5 patent families with patents registered in 23 global territories

Easy integration into any close fitting clothing which is in contact with the skin

100% textile sensors and soft fabric pocket (rather than press studs) feel comfortable against the skin

Discreet, integrating invisibly into a normal garment

More accurate than optical-based technology and independently validated by academic institutions

Highly versatile, performing well under all levels of physical exertion from sedentary to high impact

Manufactured on standard machines at a relatively low cost given capability of product