thynC flags ventricular tachycardia; CPR restores circulation

thynC alarm flagged ventricular tachycardia in an 85-year-old on a Gwangju general ward; staff CPR restored circulation, 14 January 2026.

AI system

System

thynC (씽크) AI-based smart bed monitoring system: wearable sensors measuring ECG, heart rate and respiratory rate in real time, with alarms sent to a remote central monitor

Model

Not assessed

Release

Not assessed

Application developer

Not stated in the read reports, which describe thynC as the smart bed monitoring system that Daewoong Pharmaceutical supplies (자사 공급)

Role

Not assessed

Configuration

Not assessed

Inputs and outputs

Not assessed

Autonomy

Not assessed

Workflow

The patient wore thynC monitors from 9 January 2026. The system alerted ward staff when the heart rate reached 192 beats per minute and identified ventricular tachycardia. Staff reached the bedside and performed CPR. The report describes that response as occurring within the time needed for resuscitation.

Human oversight

Hospital staff responded to the alarm and performed CPR.

Relation to AI

The system's contribution was detection and summons. The wearable ECG stream showed the heart rate climbing to 192 beats per minute. The remote central monitor identified ventricular tachycardia and raised an alarm. The attending director says that is how staff learned of it at once and reached the bedside to begin CPR within the golden time. The resuscitation itself was done by people. The counterfactual rests on the hospital's framing that general-ward patients are not under continuous observation and that deterioration can be noticed late. How long this patient would otherwise have gone unobserved is not recorded. No medical record or independent assessment has been published. The case reached the press through a Daewoong Pharmaceutical announcement of 11 February 2026.

AI contribution

The thynC system detected ventricular tachycardia in a wearable ECG feed and raised an alarm. The hospital reported that staff reached the bedside promptly and began CPR.

Benefits

Outcome identifiers

Not assessed

Benefit

Staff restored the patient’s heartbeat and circulation after an alert that prompted them to reach the bedside.

Category

Improved Physical Health

Status

Not assessed

Beneficiary groups

People.

Beneficiaries

An 85-year-old patient at Gwangju Hanguk Hospital.

Reach

One patient.

Distribution and access

Not assessed

Duration

Not assessed

Expected?

Yes

Costs and harms

Not assessed

Measurement

Studies

Not assessed

Study design

Not assessed

Measurement

Not assessed

Setting and sample

Not assessed

Measures

Heart rate, rhythm, and the response that followed resuscitation.

Comparison

Not assessed

Results

The hospital reports a heart rate that reached 192 beats per minute, followed by restored heartbeat and circulation after CPR. The patient was transferred to intensive care.

Additional value from AI

Not assessed

Limitations

Daewoong Pharmaceutical released the hospital’s account. No medical record or independent review has been published. The reports do not give survival to discharge, neurological recovery, or the delay that would have occurred without the alarm.

Denominators

Not assessed

Materials for replication

Not assessed

Money

Kind of value

Not assessed

Amount

Not assessed

Currency and prices

Not assessed

Period and unit

Not assessed

Realization

Not assessed

Recipients and payers

Not assessed

Gross or net

Not assessed

Included costs

Not assessed

Comparison

Not assessed

Method

Not assessed

Return and payback

Not assessed

People and places

Participants

Developer: Not stated in the read reports, which describe thynC as the smart bed monitoring system that Daewoong Pharmaceutical supplies (자사 공급). Operator: Gwangju Hanguk Hospital (광주한국병원).

Jurisdictions

Benefit: Gwangju, South Korea. Operator: South Korea.

Ownership and control

Not assessed

Dependencies

Not assessed

Cross-border connections

Not assessed

Geopolitical implications

Not assessed

Follow-up

Conditions for replication

Staff must receive the alert and reach the patient within minutes. The nursing manager said that prompt response was harder to ensure at night or with fewer staff.

Replication attempts

Not assessed

Later findings

19 June 2026. Daewoong completed thynC installations covering 558 beds at Chonnam National University Hospital and Hwasun Chonnam National University Hospital, the largest national-university-hospital deployment so far, among several 2026 hospital rollouts.

Availability

Not assessed

Institutional decision

Not assessed

Grounds

Not assessed

Action and result

Not assessed

Success criterion

Not assessed

Evidence

Source numbers

AIBD-0156-source-0001–0006

Citations

Numbered references below.

Language

Not assessed

Source relationships

Independent

Original evidence

Not assessed

Access and versions

Not assessed

Supported findings

Not assessed

Evidence strength

Not assessed

Missing evidence

Not assessed

Grades

Assessed benefits

People.

Depth

People: 3.

Reasons

The hospital reports that staff reached a patient who had stopped breathing. It reports that CPR restored heartbeat and circulation, and that the patient was transferred to intensive care. Later survival and neurological recovery are not reported.

Observed or intended

Not assessed

Rubric

Not assessed

Assessor and date

Not assessed

Alternative assessments

Not assessed

Fill

Independently reported

Entry details

Kind

Not assessed

Field

Healthcare (inpatient monitoring / cardiac arrest). Hospital general-ward remote patient monitoring.

Purpose

The hospital and Daewoong Pharmaceutical describe thynC as an AI-based smart bed monitoring system. It measures electrocardiogram (ECG), heart rate and respiratory rate through wearable devices. It sends an alarm to a central monitor when an abnormal sign appears. So patients on a general ward, where staff cannot stay at every bedside, are watched in real time as in an intensive care unit. Staff can respond early to deterioration. Flagging a pre-arrest arrhythmia and summoning staff is exactly that design. Daewoong's hospital-division head describes thynC as built to recognize changes in a patient's condition early and help medical staff respond quickly.

Dates

Date basis unassessed: 2026 (precision unassessed). Updated: 25 October 2026.

Stage

Not assessed

Version

SHA-256: a5b48e157f25…

References

Other identifiers

oecd_aim: 2026-02-11-8bc8.

Category mappings

Not assessed

Brief

Not assessed

Revisions

6 revisions. Latest: 25 October 2026.

Sources

  1. News report Independent author

    Kim D-M (2026). 대웅제약 ‘씽크’, 급성 심정지 막았다… “AI가 골든타임 포착”. IT Chosun, 11 February 2026 (reporting a Daewoong Pharmaceutical announcement of the same day).

  2. News report Independent author

    Jung D-H (2026). 급성 심정지, AI가 전조 포착… 광주한국병원 '씽크'로 조기 대응. Asia Economy (아시아경제), 11 February 2026.

  3. News report Independent author

    Lee Y-S (2026). 'AI'가 급성 심정지 감지..환자 골든타임 '선제적 대응'. Wolyo News (월요신문), 11 February 2026.

  4. News report Independent author

    Shin D-H (2026). 대웅제약, 광주한국병원서 '씽크' 심정지 대응 사례 확인. PinPoint News (핀포인트뉴스), 11 February 2026.

  5. News report Independent author

    Kim S-Y (2026). 대웅제약 '씽크' 심정지 위기 막아…광주한국병원 조기 대응. Newspim (뉴스핌), 11 February 2026.

  6. News report Independent author

    Lee S-M (2026). 대웅제약, 전남대·화순전남대병원에 씽크 도입. Asia Economy (아시아경제), 19 June 2026.