Neural Interface

A neural interface (also called a brain-computer interface or BCI) is a direct communication pathway between the brain and an external computing system. Neural interfaces capture neural signals — typically via electrodes implanted in or placed on the scalp — and translate them into digital commands, or conversely deliver stimulation back to neural tissue. Research applications span motor rehabilitation, sensory restoration, and neuroscience.

While neural interfaces remain largely in research and early clinical stages, their relevance to enterprise AI is emerging as companies like Neuralink and Synchron pursue commercial products. In future commerce contexts, neural interfaces could enable hands-free, thought-driven interaction with digital systems, with significant implications for accessibility and human-machine workflow design. For most enterprise AI practitioners today, neural interfaces are an important technology to monitor on the horizon but are not yet a deployment consideration for commerce applications.