Blueberry provides real-time feedback based on the amount of oxygenation change in brain tissue think of it like a low power portable sensor. This enables you gain deeper insight into how your mind activates during the day. With this heads up information you can understand when you are dragging, rushing or in flow. 

Academic Publications:

Steve Mann, John David Chibuk, Cayden Pierce, "Low-cost brain-and-world-sensing eyeglass", Proc. IEEE Brain Workshop on Advanced Neurotechnologies, Oct 22-23, p1.

Dr. Steve Mann, Dr. David Eagleman, Ariel Garten, Cayden Pierce, John David Chibuk, "Wearable BCI Camera for Enhanced Memory", Proc. IEEE Brain Workshop on Advanced Neurotechnologies, Oct 22-23, p1. Click here for a short summary video.



A common question is pointing to relevant research around this new type of brain sensing technology called functional near-infrared spectroscopy. A brief history on fNIRS brain sensing, starting out in 1977 then first applied in a research setting in the early 90's. An overview of fNIRS related brain sensing, how it works and applied machine learning techniques on the data. How fNIRS can be used to measure mental workload; meaning how much effort the mind is under going during a specific task.