Observations from the edge of BCI science and the industry.
How do speech BCIs work? Learn how brain-computer interfaces record neural signals, decode word intent, and turn thought into speech.
Discover why implant depth is the key determinant of BCI modality performance and why intracortical devices deliver superior outcomes.
China's first commercially approved BCI made headlines. Here's what U.S. investors and policymakers need to know about the real state of the BCI race.
Better algorithms can only take you so far. What happens when the data itself is the problem?
Emerging high-resolution brain-computer interfaces combined with AI-driven decoding methods may finally make it possible to objectively track and regulate mood states in real time, shifting psychiatry from trial-and-error treatment toward personalized, closed-loop care.
The brain's conscious output tops out around 10 bits per second — but designing BCIs to that limit risks sacrificing everything that makes life worth living.
Clinical-stage BCIs should be evaluated by how well they restore user independence, support digital daily living, and enable natural communication.
The Connexus BCI demonstrates high information throughput even at exceptionally low intrinsic delay
Paradromics shares preclinical results showing stable neural signal quality over a year with the Connexus BCI.
For meaningful progress, BCI outcome measures need to show both functional independence and quality of performance.
The FDA continues to work with healthtech innovators to meet the expanding size of the BCI market.
BCI tech is revolutionizing healthcare, with brain implants poised to transform neurological and mental health treatment.
