Petralex Hearing aid that allow you to re-look how to use a mobile device as a comfortable alternative of traditional hearing aid. Technology will automatically adjust to specific features of your hearing You can use the power of your smartphone and latest technologies for maximum sound amplification. You only need a simple headset in order to use it.

IT ForYou is an international developer of innovative technologies in the field of speech intelligibility and audio signal processing. We have the strong scientific and R&D team with 3 Ph. Ds, 2 Msc's. Our methods are protected with 5 patents. Our team members present models, algorithms and decisions at prestigious international conferences and in journals. Direct link http://it4you.pro/Our current software products:PETRALEX - the family of applications for people with hearing loss which can change life in the best way by means of active cooperation of engineers and doctors-audiologists, who developed a solution that allows using the mobile device as a hearing aid. Dectone - smartphone application full-featured alternative to a hearing aid! The application with a standard headset can be a substitute for a traditional hearing aid. Dectone automatically adjusts and will be ready to work after passing the built-in hearing test. Advanced multi-channel processing and amplification of sound is a new alternative to the traditional hearing aid.  The PETRALEX Speech Communication (now is renamed as SuperTalkCC) is a unique solution for real-time, multi-functional processors of incoming and outgoing audio signals in voice communication systems. UrbanDenoiser Player as the new generation audio player intended for real time working. Its cutting edge functionality includes audio signal adaptation to the user's hearing features and improving the intelligibility of audio signal depending on the ambient noise.SingAssist - technology of vocal enhancement At the heart of if is the technology of improving singing, which makes correction of the singing voice in real time, with low algorithmic delay (less than 30 ms), using a quasi-periodic model with non-stationary parameters based on instant analysis of singing