The 10Eleven9 smart shirt is the product of “distinctive fashion and beautiful engineering.” With its stylish design, you might need reminding that it's infused with the newest and most innovative technology, making it the first smart shirt of its kind.
The shirt comes equipped with several large RFID-blocking pockets that were designed to hold and protect credit cards and passports from scams or theft. Sensors of varying sorts cover the shirt, including: heart rate monitors, posture-correcting sensors and breathing monitors, which can be interpreted through vibrations or push notifications.
The company behind the smart shirt says its goal is to "bring a garment to the market which not only looks good, but supports the user in various ways to make his life easier and more convenient.”
What Makes This Trend Stand Out
- Smart Wearables for Health
- The combination of style and innovative technology in the 10Eleven9 smart shirt offers opportunities for further development of smart wearables to monitor and improve health.
- Rfid-blocking Fashion
- The inclusion of RFID-blocking pockets in the 10Eleven9 smart shirt presents opportunities for fashion brands to integrate anti-theft technologies in their clothing designs.
- Notification-based Monitoring
- The use of vibrations and push notifications in the 10Eleven9 smart shirt as a method of monitoring reinforces the trend towards notification-based technologies.
Sectors Adopting This
- Fashion Industry
- The 10Eleven9 smart shirt offers an opportunity for the fashion industry to integrate innovative wearable technologies into their products and expand their market.
- Healthcare Industry
- The posture-correcting and heart rate monitoring functionalities of the 10Eleven9 smart shirt are indicative of potential for development of wearable technologies for healthcare monitoring.
- Security Industry
- The use of RFID-blocking pockets in the 10Eleven9 smart shirt demonstrates potential opportunities for the security industry in developing anti-theft technologies for wearable devices.
