Neurable has launched Neurable One, over-ear ANC headphones equipped with EEG sensors capable of monitoring mental focus, workload, and calmness, blending neuroscience research with consumer audio technology.
Neurable has unveiled Neurable One, a pair of over-ear ANC headphones that combine conventional audio use with EEG-based brain monitoring. The company says the device is designed to translate years of neuroscience research into a consumer product that can track focus, mental workload and calmness during everyday listening, rather than keeping the technology confined to the lab.
The headphones use 12 EEG sensors built into the ear pads, allowing them to read brain activity continuously without gel electrodes or other clinical hardware. According to reports from Notebookcheck and audioxpress, the system is intended to capture both short-term sessions and longer-running patterns, so the companion app can present not only live feedback but also broader trends in concentration, fatigue and cognitive performance over time. Neurable says that sustained use matters because meaningful readings improve when data is collected across weeks and months.
The product is also pitched as a serious pair of wireless headphones in its own right. Neurable says Neurable One uses 40mm beryllium drivers, six microphones and active noise cancellation, with an Ambient mode for hearing external sound when needed. Battery life is rated at up to 22 hours for standard audio playback, but that falls to around 12 hours when EEG sensing is active. The headphones can also connect to two devices at once, according to Notebookcheck.
Pricing places the model firmly in premium territory. Neurable has set the launch price at $499, and the company frames the device as a wellness product rather than a medical one. In practice, that means the headphones are intended to help users understand patterns in focus and mental strain, not diagnose or treat disease. That distinction is important, because it positions the product as a niche but technically ambitious attempt to make brain-sensing wearables feel as ordinary as smartwatches.
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