Blueberry uses optical sensing (fNIRS - functional near-infrared spectroscopy) to understand changes in relative blood flow. We pair this with environment and mobile phone contextual sensing. Together, these can enable deeper insight into how, why, and when your mind or body changes during the day. 

Blueberry uses optical sensing (fNIRS - functional near-infrared spectroscopy) to understand changes in relative blood flow. We pair this with environment and mobile phone contextual sensing. Together, these can enable deeper insight into how, why, and when your mind or body changes during the day. 



Blueberry uses optical sensing (fNIRS - functional near-infrared spectroscopy) to understand changes in relative blood flow. We pair this with environment and mobile phone contextual sensing. Together, these can enable deeper insight into how, why, and when your mind or body changes during the day. 

Useful information: (1) a brief history on fNIRS brain sensing, (2) An overview of fNIRS related brain sensing, (3) How fNIRS can be used to measure mental workload, reach out to request a literature review on papers we find interesting

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