Common Sensing develops smart caps to provide connectivity to injectable-medicine pens, most commonly insulin pens for diabetes patients
It uses optical sensors to monitor the volume of liquid medication in a pen and automatically logs dosing events and the amount of medication injected to impr...
This item has been archived in line with our efforts to keep our content relevant and up to date for our readership. For further assistance, please contact your Customer Success Manager or email ClientEngagementTeam@luxresearchinc.com. Thank you!
Develops a noninvasive wearable for blood glucose monitoring that uses measurements of combined LED and infrared wavelengths
Company's revenue model is based on device sales and technology licensing; estimated target price is USD 225 for the device
Company is also looking for partners that are interested in embedding its optical sensor technology into an end-user product
Does not have regulatory clearance, but is preparing to conduct clinical trials, potentially to obtain class II medical U.S. FDA clearance
Dia-Vit is one of an emerging number of noninvasive glucose-sensing developers, but like others in this space, clients should wait and see if Dia-Vit can deliver on its claims
PROFILEBraingazeApril 25, 2022
Core technology is based on the analysis of small, involuntary eye movements that happen in response to cognitive changes; can be applied to diagnostic of attention-deficit/hyperactivity disorder (ADHD) and other cognitive disorders
Eye-tracking cameras are placed behind the computer monitor's screen and are capable of detecting rapid eye movement with subdegree accuracy
Data analytics is done in the cloud, and generated PDF reports are available to doctors within minutes
Competing solutions that rely on electroencephalography (EEG) measurements and motion detection do not approach diagnostic-grade sensitivity, especially in psychiatric patient populations
Unique eye-tracking technology for the diagnosis and monitoring of a variety of cognitive disorders provides a solid platform for growth; success will depend on the ability to demonstrate cost effectiveness and clinical outcome improvements
The company develops a digital therapeutic solution based on rhythmic auditory stimulation (RAS) comprising shoe-worn sensors for gait detection, a music player, and headphones
Differentiated by the digitization of this therapy, as RAS is traditionally performed in person by a licensed practitioner, the company makes the treatment available to a broader segment of the population
MedRhythms is further differentiated by a music modulation platform that can take any piece of music the patient wishes and alter it to match their therapeutic needs
MedRhythms is planning an initial product targeting post-stroke rehabilitation, with a two-to-five-year plan for developing future products focused on aging in place, neurodegenerative disease, and traumatic brain injury, with its key performance indicator being an improvement in gait
The company may run into issues finding providers qualified to administer such a therapy, but the solution itself is well differentiated
Consumer pacakged goods and material clients should look to MedRhythms as a potential partner in the codevelopment of new and innovative insoles for different market segments needing its solution