“After launching IQbuds² MAX at CES in Las Vegas in January 2020, Nuheara have gone on to win a succession of global accolades including three CES Innovation Awards, Australian Financial Review’s Best Product Innovation, and the Hearing Health Matters Innovator Award. The recognition from TIME puts IQbuds² MAX at the pinnacle of product innovation and we are honored to be amongst such outstanding inventions,“ said David Cannington, Co-founder and CMO of Nuheara.
Why IQbuds² MAX won TIME Best Inventions of 2020 Award
According to Nuheara, what makes IQbuds² MAX unique is the EarID clinically certified personalization system embedded in the IQbuds App. EarID helps allow consumers “to self-assess, self-fit, and auto calibrate their IQbuds² MAX to their own personal hearing profile using National Acoustic Labs NAL-NL2 hearing aid prescription algorithms.”
IQbuds² MAX was shortlisted earlier this year before being reviewed and critiqued by TIME’s technology columnist Patrick Lucas Austin. TIME is said to assess each entry using key criteria, including originality, creativity, influence, ambition, and effectiveness.
“Wireless earbuds are increasingly capable of blocking the noise of the outside world while you listen to some tunes,” said Austin. “But when you can’t hear the person right in front of you, it’d be nice if they offered a little help. The IQbuds2 MAX ($319) are on the case. They deliver on the audio front but also are the only wireless buds that feature both active noise cancellation and audio-processing technology capable of isolating human conversations, tuning out everything except the people or sounds you want to hear. Not only do they make it easier to hear your friends on the subway or at a noisy café, they can also help stem the debilitating effects of hearing loss—a condition that affects more than 466 million people worldwide.”
Aussie Hearables Company Takes Innovation Global
“When we founded Nuheara our mission was to improve people’s quality of life by enabling them to hear better with our products. TIME Best Inventions of 2020 highlight the very best products that are changing how we live. We couldn’t be more proud to be recognized in this way and it further validates our impact on people lives around the globe,” said Justin Miller, Nuheara Co-founder and CEO.
Steve Lukather, guitarist, singer, songwriter, and record producer, has been playing rock and roll since he was nine years old. “And when I was young, I played really loud,” he explained recently. Over the years, like many musicians, Lukather began to suffer from hearing loss. “But I learned to live with it,” he said. “I wore ear protection for 20 years, but it kept still getting worse, and normal life was hard for me to grasp. At night, I’d have the TV on full volume.”
Something had to change. A respected, award-winning studio musician, Lukather is best known as a founding member of the rock band Toto and has toured extensively with Ringo Starr’s All-Starr Band. He’s played on albums from artists such as Boz Scaggs and Michael Jackson. “This is a way of life for me,” he said. “My ears are so important.”
Widex announced that when Lukather mixed his most recent solo album, due out in February, he was wearing WIDEX EVOKE digital hearing aids. He recently upgraded to the new WIDEX MOMENT hearing aids, with PureSound technology. “It’s really been life-changing,” he said.
Lukather’s long journey to adopting hearing aids is not uncommon, especially among musicians. According to the National Institutes of Health’s Institute on Deafness and Other Communication Disorders (NIDCD), 28.8 million U.S. adults could benefit from hearing aids. Yet, most people with hearing loss suffer through hearing problems an average of seven years before giving hearing technology a try.
“I was working so much, I never had time to really deal with it,” Lukather said. “My brain adjusted to the deficit the best it could.” And although he was used to wearing in-ear monitors when he performed, Lukather said he resisted hearing aids for years because he associated them with the large, bulky devices he’d seen other people wear.
After friend and Aerosmith guitarist Brad Whitford showed Lukather the small, in-ear hearing aids he wore (“I couldn’t even tell!”), Lukather was ready to take the next step and chose Widex for his first set.
“Suddenly, I’m hearing sounds I haven’t heard in 25 years,” Lukather said. “The new record sounds great. I worked on it with an engineer whose ears I really trust, and we were hearing the same things.”
According to Widex, “many hearing aids use generic amplification to address hearing loss.” WIDEX MOMENT hearing aids, however, help “enable personalised hearing treatments by leveraging real-time artificial intelligence technology, allowing the audiologist to tailor their performance to each wearer’s preferences.” MOMENT hearing aids also include PureSound processing to overcome artificial sound that can result when direct and amplified sound arrive at the eardrum out of sync.
Honiton Hearing Devon
“Everyone has different hearing frequency deficits, so my hearing doctor adjusted the EQ [equalisation] for my particular pair,” Lukather said. “It took a while to get used to because I was hearing frequencies I hadn’t heard in so long. And I know some can be plastic-y sounding, but these WIDEX hearing aids are much better. And I can switch between settings depending on where I am and what I need to hear.”
WIDEX MOMENT hearing aids feature SoundSense Learn technology to help automate the process of creating personalized settings based on a series of A-B tests and cloud-based artificial intelligence. Users can store the settings as programs in their smartphones and activate them throughout the day. Widex studies show that“ hearing aid users prefer the personalised settings achieved through artificial intelligence, and that 80% would recommend the function to others.”
Lukather hopes his experience can influence others — musicians, people who love music, and anyone else with hearing loss.
“I know a lot of guys who are aware they could use hearing aids, but they’re afraid to try them,” Lukather said. “I get it. I’ve played loud for a half century; started to get tinnitus in 1986. I was a studio musician for like 25 years and had headphones on my head 14 hours a day, six days a week, getting feedback. It’s not unlike a boxer who takes one punch too many. I’m OK saying I needed a hearing device and other guys should be, too. What? Am I supposed to be surprised by it after 50 years of rock and roll? You can’t even tell I’m wearing them.”
He’s right.
Learn about Steve Lukather’s storied career and watch the video of his new single “Run to Me,” featuring Ringo Starr, at: www.stevelukather.com. Explore the new technologies behind natural, personalised hearing experiences at: www.widex.com, and talk to a hearing care professional today to determine if Widex hearing aids could make a real difference in your life.
Source: Widex
Images/Media: Widex, YouTube
https://honiton-hearing.co.uk/wp-content/uploads/2020/11/Widex-Moment-hearing-aids-Devon.jpg6811024adminhttps://honitonnew.leecurran.co.uk/wp-content/uploads/2018/03/honitonhearinglogo.pngadmin2020-11-16 11:28:082020-11-16 11:28:08Experience with Widex Moment Hearing Aids
BySarah E. McQuate, PhD, Science Writer | University of Washington News & UW College of Engineering
Smartwatches offer people a private method for getting notifications about their surroundings — such as a phone call, health alerts, or an upcoming package delivery.
Now University of Washington researchers have developed SoundWatch, a smartwatch app for deaf, Deaf, and hard-of-hearing people who want to be aware of nearby sounds. When the smartwatch picks up a sound the user is interested in — examples include a siren, a microwave beeping, or a bird chirping — SoundWatch will identify it and send the user a friendly buzz along with information about the sound, according to an article on the UW News website.
The team presented these findings October 28 at the ACM conference on computing and accessibility.
“This technology provides people with a way to experience sounds that require an action — such as getting food from the microwave when it beeps. But these devices can also enhance people’s experiences and help them feel more connected to the world,” said lead author Dhruv Jain, a UW doctoral student in the Paul G. Allen School of Computer Science & Engineering. “I use the watch prototype to notice birds chirping and waterfall sounds when I am hiking. It makes me feel present in nature. My hope is that other d/Deaf and hard-of-hearing people who are interested in sounds will also find SoundWatch helpful.”
The team started this project by designing a system for d/Deaf and hard-of-hearing people who wanted to be able to know what was going on around their homes.
“I used to sleep through the fire alarm,” said Jain, who was born hard of hearing.
The first system, called HomeSound, uses Microsoft Surface tablets scattered throughout the home which act like a network of interconnected displays. Each display provides a basic floor plan of the house and alerts a user to a sound and its source. The displays also show the sound’s waveforms, to help users identify the sound, and store a history of all the sounds a user might have missed when they were not home.
The researchers tested HomeSound in the Seattle-area homes of six d/Deaf or hard-of-hearing participants for three weeks. Participants were instructed to go about their lives as normal and complete weekly surveys.
Based on feedback, a second prototype used machine learning to classify sounds in real time. The researchers created a dataset of over 31 hours of 19 common home-related sounds — such as a dog bark or a cat meow, a baby crying, and a door knock.
“People mentioned being able to train their pets when they noticed dog barking sounds from another room or realizing they didn’t have to wait by the door when they were expecting someone to come over,” Jain said. “HomeSound enabled all these new types of interactions people could have in their homes. But many people wanted information throughout the day, when they were out in their cars or going for walks.”
In the second prototype of HomeSound, the tablets sent information to a smartwatch, which is how the researchers got the idea to make the standalone app. Jain et al./CHI 2020
The researchers then pivoted to a smartwatch system, which allows users to get sound alerts wherever they are, even in places they might not have their phones, such as at the gym.
Because smartwatches have limited storage and processing abilities, the team needed a system that didn’t eat the watch’s battery and was also fast and accurate. First the researchers compared a compressed version of the HomeSound classifier against three other available sound classifiers. The HomeSound variant was the most accurate, but also the slowest.
To speed up the system, the team has the watch send the sound to a device with more processing power — the user’s phone — for classification. Having a phone classify sounds and send the results back to the watch not only saves time but also maintains the user’s privacy because sounds are only transferred between the user’s own devices.
The researchers tested the SoundWatch app in March 2020 — before Washington’s stay-at-home order — with eight d/Deaf and hard-of-hearing participants in the Seattle area. Users tested the app at three different locations on or around the UW campus: in a grad student office, in a building lounge and at a bus stop.
People found the app was useful for letting them know if there was something that they should pay attention to. For example: that they had left the faucet running or that a car was honking. On the other hand, it sometimes misclassified sounds (labeling a car driving by as running water) or was slow to notify users (one user was surprised by a person entering the room way before the watch sent a notification about a door opening).
The team is also developing HoloSound, which uses augmented reality to provide real-time captions and other sound information through HoloLens glasses.
“We want to harness the emergence of state-of-the-art machine learning technology to make systems that enhance the lives of people in a variety of communities,” said senior author Jon Froehlich, an associate professor in the Allen School.
Another current focus is developing a method to pick out specific sounds from background noise, and identifying the direction a sound, like a siren, is coming from.
The SoundWatch app is available for free as an Android download. The researchers are eager to hear feedback so that they can make the app more useful.
“Disability is highly personal, and we want these devices to allow people to have deeper experiences,” Jain said. “We’re now looking into ways for people to personalise these systems for their own specific needs. We want people to be notified about the sounds they care about — a spouse’s voice versus general speech, the back door opening versus the front door opening, and more.”
This website uses cookies so that we can provide you with the best user experience possible. Cookie information is stored in your browser and performs functions such as recognising you when you return to our website and helping our team to understand which sections of the website you find most interesting and useful.
Strictly Necessary Cookies
Strictly Necessary Cookie should be enabled at all times so that we can save your preferences for cookie settings.
If you disable this cookie, we will not be able to save your preferences. This means that every time you visit this website you will need to enable or disable cookies again.
