IoT devices in hc version 6.1 public
Download as PPTX, PDF0 likes142 views
The document discusses the current state of IoT devices in healthcare, highlighting various fitness and monitoring devices from multiple vendors designed for chronic disease and senior home care. It details core functionalities, security, data sharing concerns, usability, and future directions that include improved data integration and automation in healthcare systems. Additionally, it references numerous resources and studies related to the advancements in health monitoring technology.
IoT devices in hc version 6.1 public
- 1. IoT Devices in Healthcare Greg Shevchenko
- 2. Current state • Fitness devices: Nike, RunKeeper, Fitbit, Garmin, Endomondo, Omron, Jawbone, Strava, Misfit, Withings/Nokia, iHealth, Under Armor, Microsoft Band, Samsung • New vendors challenging the status quo: MedWand, Viatom Tech, Tyto Care, Toshiba, and others • Incumbent vendors trying to built new and compact devices • Device categories • Fitness tracking and activity monitoring • Senior home care • Chronic disease monitoring • Most popular devices: blood pressure monitors, sleep monitors, infant monitors, glucometers, wireless scales, fitness activity trackers
- 4. Monitors core functionality • Continuous monitoring of heart rate • SpO2 monitoring within predefined time period • One hour to 24 hours SpO2 monitoring • Sleep monitoring • ECG monitoring within predefined time period • 24 hour ECG recording • Tracking systolic blood pressure • Taking temperature readings • Pedometer • Speech recording, lung recording • Routine tracking • Ability to look at mouth, throat, eyes, and skin remotely
- 5. Monitors core functionality • Ability to track and record several vital signs concurrently • Reminders • Medications • Procedures • Appointments • Meals • Meditation • Calibration requirements • Form factor • Battery life time and recharging alerts • Environmental resiliency
- 6. Security and data sharing • Single user vs shared devices • User profile separation in shared devices and access control • User passwords, finger print, and other biometric authentications • Identity management • Ability to store encrypted data for predefined period of time • Secured application store • Compliance standards and vulnerability verification tools
- 7. Security and data sharing • Risks • Enabling unauthorized access and misuse of personal information • Facilitating attacks on other systems • Creating risks to personal safety • Privacy issues and legal implications • Data sharing • Synchronization with smart phone, tablets, PC, and cloud • Consumer preferences to share select data • Ability to pass real-time data to a remote monitor • Open data format vs proprietary data files • Sending graphics files representing any device readings and charts • Support for iOS, Android, and Windows applications
- 8. Device usability • Ability to analyze and provide clear interpretation of readings • On device • Using smart phone app • Via a Web application • Visualization of observations for a period of time • Support for people with various disabilities • Integration in to a 3rd party infrastructure: replacement of the consumer’s relationship with the manufacturer • Support for multiple devices owned by one consumer • Educational materials pertaining to the observed condition
- 9. Device usability • Improved usability and user experience • Embedded devices vs wearables • Seamless monitoring • Summary of observations/readings • Brief explanation of observed vital signs • Feedback and comments received via remote link
- 10. Future directions • Improvements in data quality, heterogeneity of devices and processing platforms, increase in the data volume • Ability to determine the current location and find treatment options in the area • Patient identification terminals and integration to outpatient and hospital systems • Automated administration of drugs and immunization • Integration into home automation systems • Ability to communicate with other objects: lights, smoke detector, AC, insulin pump, vehicle control, airport metal detector, etc. • Support for personalized diet • Activity trackers vs smart health trackers
- 11. New workflows
- 12. Example of new workflows
- 13. References • 64 Healthcare IoT Startups In Patient Monitoring, Clinical Efficiency, Biometrics, And More, 03/2016, CBInsights.com, https://www.cbinsights.com/blog/iot-healthcare-market-map-company-list/ • Applications and devices, 2017,http://higi.com • BD puts Pyxis ES drug pump into the Internet of Things, Drug Delivery Business News, Sarah Faulkner, 12/1/2016, http://www.drugdeliverybusiness.com/bd-puts-pyxis-drug-pump-internet-things/ • HealthyWatch Comparison, GregTek, 2017, http://grektek.com/healthywatch-comparison/ • Images and illustrations, Shutterstock.com, 2017, https://www.shutterstock.com/ • Internet of Things, Privacy & Security in a Connected World, FTC Staff Report, 01/2015, https://www.ftc.gov/system/files/documents/reports/federal-trade-commission-staff-report-november-2013-workshop-entitled- internet-things-privacy/150127iotrpt.pdf • Automated Drug Dispensing System Reduces Medication Errors in an Intensive Care Setting, Claire Chapuis, PharmD, MSc at al., Medscape, 04/03/2017, http://www.medscape.com/viewarticle/733278 • MedWand Sensor Features, MedWandtm, 2017, http://medwand.com/features.html • TytoHometm, , TytoCare, 2017, http://www.tytocare.com/tytohome/ • Viatom Checkme Pro Health Monitor, 2017, http://www.viatomtech.com/checkme-pro