Sometimes people tune sounds out, but it's not easy to do all the time -- especially when most needed; the Here Active Listening system hopes to step in as a way to do just that with much more ease and control. Giving people complete control over their audio environment, Here Active Listening comes in the form of comfortable earbuds.
Developed by Doppler Labs, Here Active Listening has already surpassed its Kickstarter campaign goal in 48 hours. As to why, TechCrunch writes, "If you want to reduce the volume of a crying baby or a screeching subway train (without turning everything down), the Here buds will let you do that. If you’re at a concert and you want to pump up the bass, the Here buds will let you do that, too." That's pretty convincing.
Choosy Listening Systems
'Here Active Listening' Lets People Control Their Audio Environment
Trend Themes
1. Personalized Audio Control - Here Active Listening allows individuals to have complete control over their audio environment, enabling personalized listening experiences.
2. Enhanced Noise Reduction - With Here Active Listening, users can selectively reduce unwanted sounds, such as crying babies or screeching subway trains, while maintaining desired audio levels.
3. Immersive Audio Enhancement - Here Active Listening enables users to enhance specific audio elements, such as bass at a concert, for a more immersive and tailored listening experience.
Industry Implications
1. Audio Technology - The Here Active Listening system presents a disruptive innovation opportunity for the audio technology industry by introducing personalized control over audio environments.
2. Consumer Electronics - In the realm of consumer electronics, Here Active Listening offers a disruptive innovation opportunity by providing users with the ability to shape their own audio experiences.
3. Live Events and Entertainment - Here Active Listening has the potential to disrupt the live events and entertainment industry by allowing users to customize the audio elements in real-time during concerts and performances.