Welcome To Feelix
Welcome to Feelix Technologies, we specialise in wearable haptic communication and applications. Built from our own novel patented technology Feelix wearables provide users real-time discrete wireless communication from external devices. Currently Feelix Technologies are developing two products; The Feelix Arm and the Feelix Palm. Feelix Arm attaches to the inner forearm and communicates its patterned signals through electro-tactile pads to the user, while the Feelix palm communicates to the user through the palm of the hand. The Feelix technology has achieved a number of awards for ingenuity
Feelix Arm
Feelix arm is a portable light weight band worn on forearm of the user. It is designed to discretely communicate information from the users smartphone to their forearm.
Feelix Arm
Feelix arm is a portable light weight band worn on forearm of the user. It is designed to discretely communicate information from the users smartphone to their forearm.
Feelix Palm
The Feelix palm communicates electro-tactile patterned information to the palm of the hand. It enables users to get further immersed in their environment by receiving haptic feedback on the palms of their hands.
How the technology works
The technology enables people to receive information discretely without the needing to necessarily see or hear the information. This is useful when people are immersed in a physical activity such as sport, traveling, communicating or just going around their day to day business. Feelix devices also work well in conjunction with visual and auditory devices such as gaming and virtual reality.
Applications and the open Platform
Feelix devices function on an open platform and are adaptable to work with numerous applications in different areas such as sports, gaming, emergency, navigation just to name a few. Feelix devices provide discrete real time pattern based signals to the user that do not restrict the users movement or interfere with their vision or hearing enabling complete freedom of activity while using the device.
