Achieving high-performance ANC is challenging. It requires precise adaptation to diverse users, noise environments, and headphone fits, while eliminating issues like feedback howling and clipping.

Our brand-new AI-based Adaptive ANC enables your products to exceed industry benchmarks with unparalleled noise cancelling, comfort, and robustness.

We gave the first real-time, public demonstration of our Adaptive ANC at CES 2025. Put your headphones on and press “Play noise” to listen to a sample of what it can do.

Partner with us for cutting-edge Adaptive ANC technology, elevating your brand and setting new standards in the hearables market.

Existing headphones isolate the user from the environment, making their voice sound boomy and unnatural to them. This phenomenon is due to the occlusion effect, which attenuates air-conducted sound while amplifying body-conducted sound.

Our Occlear® technology eliminates the occlusion effect, allowing hearables users to perceive their voice and environment with natural clarity. Occlear® requires no specialized hardware and can be integrated seamlessly into ANC-ready hearables via a simple firmware update.

Press play and experience a live demo of Occlear®. This real-time recording was captured inside a user’s ear using our portable demonstrator built on the Analog Devices ADAU1787 audio codec.

The environment audio features “Swing Theory” by Freedom Trail Studio, used under CC-BY.

Hearables users often complain about microphone noise or hiss when using transparency mode. It stems from the low-cost, miniature microphones used in today’s hearables. To mitigate this noise, manufacturers often limit the bandwidth of their transparency mode, compromising the clarity of the sound.

Our patented Idle Noise Reduction (INR) technology reduces the noise floor of hearable microphones by 10–15 dB, matching the performance of high-end studio microphones. The INR removes the hiss, allowing hearables manufacturers to achieve world-class transparency with low-cost components. Press play and experience our groundbreaking INR technology for yourself!

Existing spatial audio technologies often fail to smoothly track head movements, causing disruptive lag that diminishes immersion. Moreover, they introduce double virtualization by creating a virtual room and artificially rotating the listener, potentially deviating from the producer’s original intent.

Our algorithms deliver imperceptible motion-to-sound latency, ensuring the audio precisely matches your movements without altering the sound’s direction. Enjoy unaltered, high-fidelity sound just as the artist intended, free from double virtualization.

Our solution, compatible with any two-channel, stereo, or pre-spatialized audio, runs directly on your hearable device, eliminating the need for complex adjustments or dependencies on Bluetooth and apps.