Wearable Respiratory Monitoring System Market Growth 2025-2031: Targeting Key Segments and Strategies for Expansion

Global Wearable Respiratory Monitor Market to Grow at 9.2% CAGR Through 2031

According to the recent report by QYResearch, the global wearable respiratory monitor market is experiencing significant momentum, with projections estimating an increase from USD 1,451 million in 2024 to USD 2,678 million by 2031, reflecting a compound annual growth rate (CAGR) of 9.2% over the forecast period. These figures are based on the latest market research report for 2025 and are reinforced by technological advancements and growing application demands across sectors such as chronic disease management, sleep monitoring, fitness and sports, and remote patient care.
Leading Companies and Innovations
Major players shaping the market include Philips, Medtronic, GE HealthCare, Masimo, ResMed, Hillrom, Zoll Medical, Nihon Kohden, Hexoskin, Vivonoetics, Bittium, Wearable Sensing, Xiaomi, Garmin, and Abbott. In April 2025, Makani Science made headlines by securing FDA 510(k) clearance for its real-time wearable respiratory monitor, underscoring the industry's commitment to innovation and clinical reliability.
Classification and Application Segments
Wearable respiratory monitors are broadly categorized by type:
Chest-strap Respiratory Monitors
Patch-type Respiratory Monitors
Smart Clothing-integrated Monitors
Wristband-type Respiratory Monitors
Others
These devices find applications in various domains including:
Chronic Disease Management
Sleep Monitoring
Fitness and Sports
Remote Patient Monitoring
Others
Wearable Respiratory Monitor Product Models by Company
Philips
oIntelliVue MX40 – Patient-worn ECG, respiration, and SpO₂ monitor.
oWearable Biosensor – Monitors heart rate, respiratory rate, and temperature.
Medtronic
oCapnostream™ 35 – Measures etCO₂, SpO₂, respiration rate, pulse rate.
oBioButton® – Monitors respiratory rate, heart rate, skin temperature.
GE HealthCare
oPortrait™ Mobile – Real-time SpO₂, pulse, and respiratory rate monitor.
Masimo
oRadius VSM™ – Wearable multi-parameter monitor.
oMasimo W1® – Wrist-worn SpO₂ and pulse monitor.
ResMed
oApneaLink™ Plus – Home sleep testing respiratory monitor.
oAstral™ Series – Portable invasive/non-invasive ventilators.
Hillrom
oLife2000 – Wearable non-invasive ventilator.
oThe Vest® System – Airway clearance system.
ZOLL Medical
oLifeVest® – Wearable defibrillator with continuous monitoring.
oX Series® Advanced – Real-time ventilation feedback system.
Nihon Kohden
oLife Scope® G3 – Wearable vital signs and respiratory monitor.
Hexoskin
oHexoskin Smart Garments – Smart clothing for cardiac and respiratory metrics.
Vivonoetics
oBioRadio – Wireless biosignal monitor for respiration, ECG, EMG.
Bittium
oBittium Faros™ – Ambulatory ECG with arrhythmia detection.
Wearable Sensing
oDuoMAG™ – EEG and EMG wearable monitoring system.
Xiaomi
oMi Watch – SpO₂, heart rate, and sleep tracking smartwatch.
oXiaomi Smart Band 9 – Fitness tracker with respiratory metrics.
Garmin
oVenu® 3 Series – Smartwatches with respiration and health tracking.
Abbott
oBiowearables – Glucose and vital sign wearable monitors.
Latest Market Trends
Contactless Respiratory Monitoring: A New Frontier
In April 2025, Northwestern University introduced a groundbreaking contactless wearable device that measures gases emitted and absorbed by the skin—such as water vapor, carbon dioxide (CO₂), and volatile organic compounds (VOCs). This non-invasive technology is ideal for sensitive populations like newborns and the elderly, and offers real-time insights into hydration, wound healing, and environmental exposure. This innovation marks a significant leap in non-contact respiratory health monito...
Predictive Health Insights with Oura’s Symptom Radar
Oura launched its “Symptom Radar” feature in December 2024 for its smart rings. This functionality enables early detection of respiratory illness by tracking physiological metrics such as resting heart rate, heart rate variability, respiratory rate, skin temperature, and inactivity. The tool classifies strain into three levels: No Signs, Minor Signs, and Major Signs—empowering users to take preventive actions before symptoms intensify. This innovation aligns with a broader shift toward person...
AI Integration: Personalized Health Forecasting
Artificial Intelligence is emerging as a central force in wearable respiratory monitoring. New research has shown that AI can leverage wearable data to predict individualized health responses to air pollution and stressors. This is achieved by correlating sensor data with environmental factors, enabling users and healthcare providers to anticipate respiratory episodes and adapt strategies accordingly. AI thus transitions wearables from reactive to predictive tools in healthcare.
Environmental Monitoring and Respiratory Health
Wearable technologies are increasingly integrating environmental sensors to monitor pollution and its respiratory impacts. With AI-enhanced analysis, users receive real-time assessments of air quality and its effects on lung function. This data empowers individuals to adjust their routines—avoiding polluted zones or increasing hydration—contributing to preventive health behavior. Such synergies are fostering a new era of personalized environmental health monitoring.
Regional and Economic Impact
While North America remains a mature market for wearable respiratory monitors, Asia-Pacific is poised for the highest growth rate, driven by increasing healthcare investment and consumer adoption in countries such as China, India, and South Korea. Meanwhile, the 2025 U.S. tariff policies are introducing strategic shifts across global supply chains, prompting key players to diversify sourcing and manufacturing regions to sustain competitiveness and operational continuity.
As of 2025, this dynamic industry continues to blend consumer-grade innovation with clinical-grade reliability, meeting the demands of a globally aging population and rising health consciousness. The global wearable respiratory monitor market stands as a testament to how technology and healthcare are converging to enhance human well-being across everyday and clinical environments.
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