Biometric sensors have the potential to change the way patient health is tracked and monitored outside the hospital. Learn more about the evolution of this technology.
Wireless communication standards have allowed sensors to develop from traditional forms — those that require the active involvement of the patient in collecting data, transmitting it, or both — to passive forms that do not need patient participation. The most fully passive sensors can provide constant monitoring of a person's vital signs or other measures, and store that data or send it wirelessly to a care team.
This report describes the early phase of development and adoption of passive sensors for patient care outside the hospital. It assesses the current landscape, the drivers and barriers to adoption, and the promise of these technologies to help make care better and cheaper. Many types of sensors are being deployed, including:
- Blood-sampling sensors, such as glucose meters
- Tissue-embedded sensors, such as pacemakers and defibrillators
- Ingestibles embedded in pills that dissolve
- Epidermal sensors, such as patches and digital tattoos
- Wearables embedded in clothing or accessories
- External sensors, such as blood-pressure cuffs and pulse oximeters
Although the use of sensors is increasing, there are a number of challenges to widespread use for large patient populations such as the chronically ill. To be embraced, sensors need to be easy to use and affordable for patients, fit well with provider workflow and payment, and improve patient care without inundating clinicians with data. In addition, privacy, legal, and regulatory challenges need to be addressed.
The complete report is available as a Document Download.