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AI LIFECARE(Digital BioHealth)

Medical Big data Wearable Device Biochip Electroceutical
Biological signal measurement/analysis
algorithm and device technology Non-invasive biometric information
acquisition/processing technology for
biometric security
Wearable Device
It is a medical device that is mounted (attached) to the body to measure and transmit bio-signals and behavioral pattern data in real time. It is a device that analyzes the collected data to monitor the wearer's health status and diagnose diseases early.
Technical overview

The core technology of non-face-to-face medical care that combines ICT technology with health care to periodically collect and analyze individual medical and daily data, and provides customized solutions for disease prevention, health care and promotion It is used for non-face-to-face medical services, chronic disease care services, emergency disease monitoring services, mental health care services, and digital quarantine

Necessity and importance

(Markets) The global digital health market is expected to grow 15.5% annually from $169.7 billion in 2018 to $392 billion in 2024 (Source: Markets and Markets)

(Policies) The government fosters biohealth industry innovation strategies ('19) and plans to foster innovative growth BIG3 industries intensively ('20)

Applications

<   Application  of  bio-signal  measurement  and  analysis  technology   >

Areas Description
All areas
of
health care

(Health care for patients with diseases) Non-face-to-face medical services, inpatients care solutions, etc.

(General Health Management) Personal health care and promotion services, disease prevention and management services, digital quarantine services, etc.

Technical overview

Integrated SoC platform technology for sensor devices that enables quick and accurate real-time monitoring of biometric information such as disease presence, health status, and biometric pattern It is used for personal healthcare and biometric security through biometric information sensing and data processing in a non-invasive manner

Necessity and importance

(Markets) The world market for biometric technology ‘ an average annual growth of 19.6 % to $ 46 billion expected to reach up to 2024 (Source : frost and sullivan)

(Policies) Plan to foster innovative growth BIG3 industries intensively ('20) and support system semiconductor technology innovation to foster global K-fabless ('21)

Applications

<   Non-invasive  biometric  information  acquisition/processing  technology  application  field  >

Areas Description
Healthcare

Blood sugar, cholesterol, lactic acid, are, and metabolic disease patients and blood pressure, temperature, pulse of real-time continuous non-invasive biometric information acquisition of the general users, such as personal home health care

Medical

Confirmation of symptom improvement status and treatment plan through large-scale real-time continuous disease monitoring of patients in the hospital

Biometrics

Improving the accuracy of the access control system due to non-invasive biometrics and non-face-to-face control of viral infections such as COVID-19

Improving accuracy and convenience by applying biometric security functions to banks, etc

Military

Reinforcement of security functions and response to weapon accidents by applying them to weapon systems, etc