Internet Of Things in Healthcare Market to Reach USD 471.20 Billion By 2031 As Revealed In New Report

Internet of Things in Healthcare Market Size, Share, Growth and Regional Analysis, Global Forecast 2024 – 2031
The global Internet Of Things In Healthcare Market Size was valued at USD 121.20 billion in 2023 and is projected to reach USD 471.20 billion by 2031 and grow at a CAGR of 21.4% from 2024 to 2030. Driving this upward trajectory is the accelerating digital transformation occurring across healthcare systems worldwide as providers seek to leverage connected devices, remote monitoring capabilities and data-driven clinical intelligence to enhance care quality and outcomes.
The Internet of Things refers to the rapidly proliferating ecosystem of internet-connected devices and sensors capable of communicating data over networks without human intervention. Within healthcare, IoT solutions span everything from wearable/implantable patient monitors transmitting real-time data to smart hospitals leveraging automation for clinical workflow optimization and asset tracking. At its core, healthcare IoT aims to empower more proactive, data-driven and patient-centric models of care delivery.
“IoT is fundamentally reshaping how care is delivered and experienced by reversing antiquated practices of reactive, institution-centric healthcare,” said Dr. Joseph Kvedar, Professor of Dermatology at Harvard Medical School and President-Elect of the American Telemedicine Association. “Through connected devices, remote monitoring capabilities and feedback loops providing clinical intelligence, IoT enables healthcare to finally become a real-time, preemptive discipline focused on promoting patient independence rather than institutional dependence.”
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Surging Demand for Remote Patient Monitoring
One of the primary forces catalyzing growth in the healthcare IoT market is the accelerating adoption of remote patient monitoring (RPM) tools and technologies driven by the COVID-19 pandemic. RPM solutions leverage IoT-connected wearable sensors, mobile apps and cloud-based data platforms to capture patient physiological data outside clinical settings for virtual care.
For example, providers can remotely track key vitals like weight, blood pressure, blood glucose, ECG, respiratory trends and other parameters for individuals with chronic conditions like heart failure, COPD, hypertension or diabetes.

Algorithms can detect problematic changes and trigger interventions before an acute event, reducing preventable hospitalizations while enabling more proactive disease management.
The telehealth revolution and shifting reimbursement models have been pivotal growth drivers for RPM. In the U.S., passage of federal RPM reimbursement codes and relaxed HIPAA regulations catalyzed mass telehealth and RPM adoption. As other countries prioritize virtual care models to reduce healthcare expenditures, global RPM IoT growth is being propelled commensurately.
“Healthcare institutions have been too focused on getting patients into their high-cost settings, but RPM turns that economic model upside down,” noted Dr. Kvedar. “Through IoT and remote monitoring, providers can keep populations healthier and independent for longer periods, drastically reducing care costs while improving outcomes and satisfaction.”
Connected Medical Devices Driving Smart Hospital Adoption
Beyond the clinical interventional front, IoT-connected medical devices and smart technology infrastructures have become pivotal for next-generation hospital and healthcare facility optimization. Internet-connected devices like infusion pumps, ventilators, imaging systems and surgical instruments allow remote programming and data integration for smoother clinical workflows and patient monitoring.
Simultaneously, facilities are increasingly leveraging smart IoT sensor networks to track medical equipment, optimize staffing operations, enhance cybersecurity and streamline supply chains. Solutions using real-time locating systems (RTLS), radio-frequency identification (RFID) tags, computer vision and other IoT connectivity technologies drive operational efficiency while reducing waste and errors.
“Healthcare IoT touches virtually every facet of how modern hospitals and health systems operate – from clinical service lines and patient experiences through workforce development, capital planning, and smart building/facility management,” explained Ian Sutherland, Managing Director in the Healthcare Practice at Jones Lang LaSalle. “IoT solutions are becoming critical strategic assets for enhancing outcomes, mitigating risk, boosting productivity and reducing the burdens of waste, inefficiency and escalating costs facing all institutions globally.”
Looking Ahead: Patient-Centric, Data-Driven Healthcare
As the Internet of Medical Things continues expanding across the healthcare continuum, providers will increasingly be able to leverage the connected intelligence generated from billions of data streams to usher in a new era of personalized, predictive and patient-empowered healthcare delivery models. Advanced analytics, AI/machine learning, and seamless interoperability between devices and systems will be foundational to realizing this vision.
“Where we’re heading is a world where every person’s health status, risks and needs can be managed intelligently through their own personal IoT-integrated care cloud,” stated Dr. Kvedar. “Devices, wearables, sensors, smart homes, smart hospitals and intelligent assistants will fluidly work together through common data architectures – shifting the paradigm to a truly patient-centric model that proactively delivers the right interventions at the right times.”
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Regional Opportunities
The North American healthcare IoT market accounted for over 40% of global revenue in 2023, spearheaded by digital health investment, regulatory support for telemedicine/RPM, and a growing ecosystem of startups and established players. However, the Asia-Pacific region is projected to be the fastest-growing globally at over 24% CAGR. This is fueled by modernization initiatives to establish smart, connected healthcare infrastructure across key markets like China, India, Japan, Southeast Asia and Australia.
Meanwhile, both Western and Eastern European markets will experience robust double-digit IoT adoption curves as value-based care delivery models take root. Factors like an aging population, increasing physician shortages and needs for cost efficiency are driving demand for scalable virtual care and smart facility technology solutions.
As IT/OT convergence, 5G proliferation, edge computing capabilities and standardized security/interoperability architectures continue evolving, IoT’s full transformative potential in reshaping 21st century healthcare ecosystems will progressively be realized. Early movers embracing the intelligent, patient-first models enabled by connected health technologies will be well-positioned for long-term success.
Key Takeaways:
The healthcare Internet of Things represents one of the most profound forces reshaping 21st century medicine’s future. By empowering real-time, intelligent data integration across the complete continuum of care settings, IoT stands to catalyze healthcare’s shift from reactive, facility-centric models towards sustainable value-based paradigms promoting independence, preventative intervention and optimized outcomes. The market’s projected growth merely hints at IoT’s full disruptive potential.
List of Internet of Things in Healthcare Companies Profiled in Report:
Internet of Things in Healthcare Market Segmentation as Follows:
By Component
By Application
By Connectivity Technology
By End Use
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Table of Content
Chapter 1 Introduction
Chapter 2 Research Methodology
Chapter 3 Internet of Things in Healthcare Market Dynamics
Chapter 4 Impact Analysis (COVID-19, Ukraine- Russia war, Ongoing Recession on Major Economies)
Chapter 5 Value Chain Analysis
Chapter 6 Porter’s 5 forces model
Chapter 7 PEST Analysis
Chapter 8 Internet of Things in Healthcare Market Segmentation, By Component
Chapter 9 Internet of Things in Healthcare Market Segmentation, By Application
Chapter 10 Internet of Things in Healthcare Market Segmentation, By Connectivity Technology
Chapter 11 Internet of Things in Healthcare Market Segmentation, By End Use
Chapter 11 Regional Analysis
Chapter 12 Company profile
Chapter 13 Competitive Landscape
Chapter 14 Use Case and Best Practices
Chapter 15 Conclusion
Continued…
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