Italian smart textile SME developing wearable physiological sensors for health monitoring, lung diagnostics, and first responder safety systems.
Smartex is an Italian SME based in Prato — Italy's textile capital — that develops smart textile-based wearable sensors for health monitoring and safety applications. Their core capability is embedding unobtrusive sensing technology into wearable garments that can continuously capture physiological data such as respiratory patterns, biofeedback signals, and frailty indicators. They contribute sensor hardware and wearable system integration to EU research consortia working on personalized health assessment, lung monitoring, and first responder situational awareness. Their work spans the full chain from ASIC-level sensor design to wearable device integration for real-world deployment in healthcare and emergency response settings.
Core contributor across NEVERMIND (depression monitoring), FrailSafe (frailty assessment), OACTIVE (osteoarthritis), WELMO (lung monitoring), and SIXTHSENSE (extreme environment health monitoring).
WELMO focuses specifically on wearable lung monitoring using EIT and cooperative sensors; SIXTHSENSE extends this to extreme environments.
SIXTHSENSE and RESPOND-A both target situational awareness and health monitoring for first responders in hazardous scenarios.
Prato-based textile SME contributing wearable electronics across WELMO (ASIC, wearables keywords), TACTILITY (tactile feedback), SIXTHSENSE, and FrailSafe.
TACTILITY project explores tactile feedback in virtual interaction, suggesting expansion into biofeedback output beyond passive sensing.
xR4DRAMA applies extended reality to disaster management, indicating new interest in XR-integrated wearable systems.
Smartex's early H2020 work (2016–2018) centered on unobtrusive health monitoring for chronic conditions — depression prediction (NEVERMIND), frailty detection (FrailSafe), and osteoarthritis modeling (OACTIVE), with keywords around diagnosis, risk prediction, and continuous assessment. From 2019 onward, their focus shifted markedly toward operational and safety-critical applications: lung monitoring with dedicated ASIC hardware (WELMO), situational awareness for first responders (SIXTHSENSE, RESPOND-A), and extended reality for disaster management (xR4DRAMA). This evolution shows a clear trajectory from passive clinical health sensing toward rugged, mission-critical wearable systems designed for high-stress environments.
Smartex is moving from clinical health wearables toward ruggedized sensing systems for first responders and hazardous environments, making them an increasingly relevant partner for security and civil protection projects.
Smartex operates exclusively as a technology contributor — they have never coordinated an H2020 project, instead joining as a specialist participant providing wearable sensor expertise to larger consortia. With 123 unique partners across 25 countries in just 9 projects, they work in large, diverse consortia rather than small focused teams. This pattern suggests they are a sought-after niche technology provider: groups bring them in specifically for their smart textile and wearable sensing capabilities rather than for project management.
Smartex has built a remarkably broad network of 123 unique partners spanning 25 countries through 9 projects, averaging nearly 14 new partners per project. This pan-European reach, combined with their specialist role, indicates they are well-connected across multiple research and industry communities in health, digital, and security domains.
Smartex occupies a rare niche at the intersection of textile manufacturing heritage (based in Prato, Europe's premier textile district) and advanced electronics integration. Very few SMEs can credibly bridge smart textiles, ASIC-level sensor design, and wearable system integration for both healthcare and security applications. Their proven ability to adapt the same core sensing technology across vastly different use cases — from frail elderly patients to first responders in disaster zones — makes them an unusually versatile hardware partner for any consortium needing unobtrusive physiological monitoring.
