Wearable Cardiac Monitoring Technologies and Clinical Utility: Current Applications, Clinical Outcomes, and Future Perspectives

doi:N/A

Bangaldesh Journal of Cardivascular Medicine

2025, Volume 3, Issue 2 : 1-5

Research Article

Wearable Cardiac Monitoring Technologies and Clinical Utility: Current Applications, Clinical Outcomes, and Future Perspectives

Michael Anderson

Sarah Williams

Rajesh Kumar

Emily Thompson

⁴

Ahmed Hassan

⁵

Department of Cardiology, Heart and Vascular Institute, Boston, USA

Division of Cardiac Electrophysiology, St. George Medical Centre, London, UK

Institute of Cardiovascular Sciences, New Delhi, India

⁴

Department of Digital Health and Cardiology, University Hospital Melbourne, Australia

⁵

Department of Cardiovascular Medicine, Gulf Heart Center, Dubai, UAE

Abstract

Background

Cardiovascular diseases remain the leading cause of mortality worldwide. Early detection of arrhythmias, ischemic events, heart failure decompensation, and other cardiac abnormalities is essential for improving outcomes. Recent advances in wearable cardiac monitoring technologies have transformed cardiovascular care by enabling continuous, non-invasive, real-time physiological monitoring outside traditional healthcare settings.

Objective

To evaluate current wearable cardiac monitoring technologies, their clinical applications, diagnostic performance, and utility in contemporary cardiovascular practice.

Methods

A retrospective multicenter observational study involving 500 patients utilizing wearable cardiac monitoring devices between January 2021 and December 2025 was conducted. Device performance, diagnostic yield, patient adherence, and clinical outcomes were analyzed.

Results

Wearable monitoring demonstrated high diagnostic accuracy for arrhythmia detection, improved identification of atrial fibrillation, enhanced patient engagement, and facilitated early clinical intervention. Continuous monitoring significantly increased diagnostic yield compared with conventional intermittent monitoring methods.

Conclusion

Wearable cardiac technologies represent an important advancement in cardiovascular medicine, offering continuous monitoring, early disease detection, personalized management, and improved clinical outcomes. Integration of artificial intelligence and remote healthcare systems is expected to further expand their role.

Keywords

Wearable devices

Cardiac monitoring

Atrial fibrillation

Remote monitoring

Digital health

Electrocardiography

Smartwatches

Arrhythmia detection

License

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