Adrian JohnsonWearable technology is making live entertainment more accessible for audiences with hearing loss by converting audio into tactile sensations. 5G connectivity is playing a significant role in powering this technology, as it offers low latency and faster download speeds, enabling real-time experiences required for wearable tech. For instance, the SoundShirt, created by CuteCircuit, uses haptic sensations to transmit sound through vibrations, allowing audiences to feel the music. The global wearable technology market is expected to reach a valuation of $931.31 billion by 2030, with the fifth generation of wireless technology (5G) driving the connectivity boom.
The SoundShirt was used in a pilot program launched by CuteCircuit and the Chicago Lyric Opera to make live performances more accessible and improve inclusivity for deaf or hard-of-hearing audience members. The program received positive feedback, as the garment enhanced the experience for individuals with hearing impairments. Due to the low latency of 5G, wearable technology like the SoundShirt can operate in real-time and provide a more immersive music experience. Experts believe that the expansion of 5G will lead to further advancements in wearable tech by boosting network speeds and reducing lag.
5G’s bidirectional communication capabilities can enable personalized experiences and enhance users’ sensory experiences. For example, the Music Not Impossible project, which utilizes wearable technology called Vibrotextile, plans to integrate 5G into its haptic vest to enable bidirectional communication and adjustable latency. This will allow the vests to respond to audio in real-time and create a stronger sense of community during live performances.
