VitalTracker & VitalPlatform – AI 기반 비접촉 생체 신호 모니터링 솔루션

When multiple health checkups are needed for the elderly, disabled, or in public places, existing vital sign measurement devices (blood pressure monitors, oxygen saturation sensors, etc.) require contact or are cumbersome. This is unhygienic or difficult to use, and there are limitations in terms of manpower and time burden.

VitalTracker overcomes these limitations by measuring vital signs without contact, sensors, or consumables using camera-based remote photoplethysmography (rPPG) technology.

It analyzes changes in facial skin tone using a standard camera to simultaneously measure heart rate, respiration, oxygen saturation, blood pressure (estimation), and stress index. While similar products are limited to one or two indicators, VitalTracker quickly measures multiple vital signs simultaneously and links them to a management platform (VitalPlatform), making non-contact health checks easy for anyone.

Also, unlike existing wearable and contact-type devices, it does not require wearing or attaching sensors.

Both B2C (personal welfare) and B2B (public, welfare organizations, industrial safety) are applicable. In particular, there is high interest from welfare centers, hospitals, factories, welfare facilities, etc., for health monitoring of elderly and disabled single-person households, or for safety management in the work environment.

It can be applied not only in Korea but also in the global market. Since it only requires a general camera and AI analysis without the need for high-voltage or high-speed networks, it is not bound by specific regulations.

However, compliance with personal information and medical device regulations is necessary from the perspective of handling medical data. It can be expanded to various environments such as industrial safety, corporate welfare, and smart cities.

It was selected as an award winner in the human security category at CES, and the technical completeness is high. (According to a Donga report, non-contact measurement accuracy is superior to comparable products.) Market expectations are also high.

However, there are limitations in that it is still in the "pilot stage" because there are not many cases of accuracy verification and institutional adoption in the actual installation environment. It is evaluated that "market verification is insufficient."