Aug 2026· International Journal of Innovative Technologies in Social Science· 0 citations· 70 references
TL;DR
This narrative socio-medical review examines how wearable health technologies contribute to the medicalization of everyday life by transforming ordinary activities into quantifiable indicators classified as normal, suboptimal, or potentially requiring intervention.
Abstract
Consumer wearable technologies have evolved from simple activity trackers into multisensor systems that continuously measure physiological and behavioural signals, generating algorithmic assessments of cardiac rhythm, sleep, recovery, stress, and metabolic responses. This trajectory increasingly blurs the boundary between wellness products and medical devices. This narrative socio-medical review examines how wearable health technologies contribute to the medicalization of everyday life by transforming ordinary activities into quantifiable indicators classified as normal, suboptimal, or potentially requiring intervention. Particular attention is given to digital medicalization, the Quantified Self, algorithmic norms, anticipatory risk, responsibilization, patient-generated health data, and the commercial circulation of bodily information. Through a synthesis of clinical and socio-ethical literature, we evaluate the dual nature of wearable tracking. While wearables may support prevention, self-knowledge, chronic-disease management, symptom documentation, and active healthcare participation, continuous monitoring can also intensify health anxiety, encourage compulsive checking, generate false alerts, and reproduce social or algorithmic inequalities. Their ultimate impact depends on device validity, design assumptions, business models, regulatory frameworks, clinical context, and individual user vulnerabilities. The challenge is not to reject digital health monitoring, but to develop technologies and governance practices that support care and autonomy without converting every bodily variation into a medical problem.
A narrative synthesis of clinical, materials-science, and computational evidence on wearable-derived digital biomarkers across neurological, cardiopulmonary, inflammatory, wound-care, and mental-health conditions is conducted, drawing on peer-reviewed studies identified through the source literature and organized accor...
Cardiovascular diseases remain the leading cause of global mortality, yet conventional diagnostics are episodic and clinic-centered, missing the dynamic physiological events that unfold between encounters. Wearable devices offer continuous, real-world monitoring and, together with artificial intelligence, digital bioma...
Simona Steliana Tudor, Ancuța Elena Țupu, A. Munteanu et al.· Healthcare· 0 citations
Wearable devices show promise as objective anchors to drive provider-patient interactions in cardiometabolic lifestyle interventions; offering scalable, valid measurement tools to quantify sleep health and inform cardiovascular risk assessment.
M. Amadei, D. Reichenberger, Dorothy Tung et al.· Arteriosclerosis, Thrombosis...· 0 citations
Background: Smart health monitoring wearables, including fitness trackers and smartwatches, are increasingly used to monitor physical activity, sleep, heart rate, stress, and health metrics. These devices provide continuous feedback that may influence users’ lifestyle choices. Objective: This study aimed to analyze the...
S. Mahendher, Leonard L, K. G· Sumatera Medical Journal· 0 citations
The need for interdisciplinary research that integrates technology development with public-health considerations to ensure that wearable biosensors support equitable and scalable healthcare is highlighted.
R. Ogundokun, R. Bello, P. Owolawi et al.· International Conference on...· 0 citations
Wearable technologies are increasingly used to support cardiovascular care by enabling continuous physiological monitoring beyond conventional clinical environments. Advances in consumer and medical-grade devices have expanded cardiovascular surveillance from intermittent assessments to longitudinal monitoring of heart...
A. Tariq, Wonbum Sohn, Yoon Jae Lee et al.· Arteriosclerosis, Thrombosis...· 0 citations
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