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.
AI is moving fast, but BCI hardware must advance in parallel to truly connect the two technologies and drive meaningful BCI progress.
Paradromics Connexus BCI sets new records with the SONIC benchmark, achieving 200+ bps and low latency, defining a new standard for BCIs.
Explore the surprising bandwidth limitations of the human mind and body, and how BCI technology can restore and enhance our full experience.
Electrocorticography remains key for neurosurgery, but its ceiling in BCI neurotech shows why higher-resolution BCI interfaces drive next-gen neurotechnology.
BCI users report that neuroprosthetics feel like a natural extension of the body, enabling new independence and expression.
Animal studies show 2.5 years of stable recordings and sustained BCI decoding capabilities.
The iBCI-CC addresses profound ethical questions on BCI privacy, autonomy, and misuse.
At the intersection of AI and healthcare, brain interfaces are redefining what’s possible in treatment and care.
Paradromics is advancing neurotech with durable brain interface technology designed to restore speech and computer control for people in need.
Just as pumps aid hearts and dialysis aids kidneys, brains need data interfaces to restore lost function.
