Remote patient monitoring device that measures pulse oximetry (SPO2), heart rate (BPM), and temperature

Designed and built from the ground up implementing interoperable, current clinical and Internet standards

Designed to be used by patients located anywhere in the world

Prototype uses commoditized IoT components, Arduino MKR WiFi, and BLE

(Code-named:  FHIR Detector)

Electronic skin patch target form factor for final device

Communicates over BLE

Uses coin cell or zinc ion battery

Flexible hypo-allergenic substrate

Images shown are theoretical target form factor

All of the hardware and software designed here are designed and built from the ground up to implement end-to-end (device to EMR) interoperable, modern clinical and Internet/industry standards

Clinical standards for identifying, naming, and measuring medical data readings

Interoperability standards for data encapsulation, markup, and transport

Medical device hardware standards by healthcare industry organizations and government regulatory bodies

Industry standards for communications and security

Paired with patient monitoring device over BLE

Monitors, validates, and forwards data

Can be run on smartphones, tablets, or computers with IPSec VPN connection

(Code-named:  FHIR Monitor)

Already exists at most hospitals and health authorities

Used for receiving/sending, filtering, reformatting, and routing automated medical data messages and information

Existing data formats include HL7 messages and have been mandated to support FHIR interoperable messages

Range of application vendors ie: from IBM to open-source (used here)

Already exists at most hospitals and health authorities

Manages, sends/receives, organizes, and stores clinical and patient records and data

Existing data formats include HL7 messages and have been mandated to support FHIR interoperable messages

Range of application vendors ie: from Epic to open-source (used here)