Meet the world’s most well-researched auditory training platform
Lace AI Pro is built on top of LACE — an auditory training platform validated by 86 peer-reviewed studies and clinical trials.
20+
Years of reserarch
80+
Peer reviewed studies
20,000+
patients around the world
Independently validated with research from these institutions
Independently validated with research from these institutions
Hearing aids make sound clear, but the brain is where patients process and understand it
That’s where auditory training can help. It’s like a mental workout for your brain. One that helps patients learn how to keep up with conversations, improve comprehension, and manage noisy environments.
Lace AI Pro helps patients feel more confident with hearing aids
Lace AI Pro uses advanced technology to teach patients how to hear with the brain, not just the ears. Four independent studies have shown that using LACE reduced the return rate of hearing aids by as much as 90%.
See all featuresQuickSIN score improvements show it really works
Patient scores on QuickSIN, HINT, and Frequency Following Response tests consistently improve with just a little training. Below is the average improvement in QuickSIN scores (in units of dB SNR loss) after just 30 days of training.
25 dB of hearing loss is equivalent to 7 years of cognitive decline
When your hearing fades, so does your connection to the rest of the world. Lace AI Pro can help patients improve comprehension and key listening skills so they can keep up with conversations, no matter the environment.
Independently reviewed for 20+ years, with 80+ studies to back up the science
Scientific research supports Lace AI Pro. More than 80 studies have found strong evidence to say that LACE improves patient quality of life.
Tailoring Auditory Training to Patient Needs with Single and Multiple Talkers: Transfer-Appropriate Gains on a Four-Choice Discrimination Test
Talker-specific learning in speech perception
Working memory training for adult hearing aid users - study protocol for a double-blind randomized active controlled trial
Speech-evoked brain activity is more robust to competing speech when it is spoken by someone familiar
Auditory Working Memory: A Comparison Study in Adults with Normal Hearing and Mild to Moderate Hearing Loss
Auditory training can improve working memory, attention, and communication in adverse conditions for adults with hearing loss
Review of Auditory Training Mobile Apps for Adults with Hearing Loss
The Economics of Computer-Based Auditory Training
Rehabilitation or Auditory Training For Fitting Procedures
Software-based auditory training program found to reduce hearing aid return rate
Training to Improve Hearing Speech in Noise: Biological Mechanisms
Listener sensitivity to individual talker differences in voice-onset-time
Auditory and Cognitive Training for Cognition in Adults With Hearing Loss: A Systematic Review and Meta-Analysis
Variables predicting outcomes on listening and communication enhancement (LACE) training
Effects of Auditory Training in Older Adults
The effect of talker familiarity on stream segregation
Effects of auditory training in individuals with high-frequency hearing loss
The case for LACE: Listening and auditory communication enhancement training
Efficacy of auditory training in older adults by electrophysiological tests
The effect of auditory training on speech-in-noise performance by elderly bilinguals in Singapore: a pilot study evaluating LACE
The Need for and Development of an Adaptive Listening and Communication Enhancement (LACE) Program
The Effect of LACE DVD Training in New and Experienced Hearing Aid Users
Listening and Communication Enhancement (LACE)
Auditory Training and Challenges Associated with Participation and Compliance
Auditory Training for Adult Cochlear Implant Users: A Survey and Cost Analysis Study
Efficacy of Individual Auditory Training in Adults: A Systematic Review of the Evidence
Evaluation of home-delivered live-voice auditory training for adult hearing aid users involving their communication partners: a randomised controlled trial
Built from the ground up with top audiologists
LACE was built with audiologists, many of whom are still deeply involved in the business today.
Dr. Robert Sweetow
Scientific Advisor & Co-Inventor
Professor Emeritus of Otolaryngology @ UCSF | Former Chief of Audiology @ UCSF | AAA Distinguished Achievement Award Recipient
Dr. Jennifer Henderson Sabes
Scientific Advisor & Co-Inventor
Senior Research Audiologist @ UCSF | Audiology Professor @ Pacific | AAA Fellow | ASHA CCC-A Certified
Help your patients find joy in the noise
Become a Lace AI Pro-Certified hearing care center, and help more people take more control of their hearing care.