Innovative Use Cases for IoT in Healthcare: Lessons from Leading Startups

As per a report by MarketsandMarkets, the global healthcare IoT market size is anticipated to increase from USD 127.7 billion in 2024 to USD 289.2 billion by 2028 at a CAGR of 17.8% over the forecasted period.

The growth is being driven by the increasing use of IoT-enabled devices and solutions that improve patient monitoring, expedite clinical operations, and provide valuable insights. Devices such as wearable health monitors, smart inhalers, and connected insulin pens are gaining popularity. These technologies provide real-time monitoring of vital signs and medication adherence. They empower patients and provide healthcare professionals with essential data for personalized treatments.

In this blog, let us explore the top 10 startups that have leveraged IoT to transform the healthcare IoT sector.

Top 10 Startups Who have Leveraged IoT in Healthcare

1) Health Gauge: 

Health Gauge leverages advancements in AI and predictive analytics. It provides a comprehensive IoT solution with an integrated health platform that uses wearable devices to capture and analyze biometric data in real-time. Their devices include smart sensor watches, rings, and weight scales that are all synchronized with mobile apps for continuous monitoring. Health Gauge employs advanced analytics through proprietary neural networks and AI to deliver actionable insights. This facilitates early detection of health issues and supports personalized care with tailored solutions. Their solutions have improved patient outcomes through real-time monitoring, enabling timely interventions and personalized care, thus enhancing overall health management and reducing hospital visits. 

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2) Biofourmis:

Biofourmis provides an IoT-enabled technology platform that uses wearable devices to continuously monitor vital signs and health indicators. Mobile apps enable real-time data access and patient engagement. The platform’s advanced analytics, powered by machine learning and AI, provide predictive health insights to improve patient care.

Biofourmis provides several benefits to both patients and healthcare practitioners. Continuous monitoring ensures continual health tracking outside of regular clinical settings. Early detection capabilities discover potential health problems before they become serious. Increased patient engagement leads to better adherence to care plans and overall patient outcomes. Reducing hospital readmissions and improving resource use lead to increased operational efficiency.

3) AliveCor: 

AliveCor offers AI-enabled ECG devices like KardiaMobile and KardiaMobile 6L. Along with these devices, the Kardia mobile app enables real-time data access, sharing, and communication with cardiologists. AliveCor’s products use machine learning algorithms for heart rhythm analysis, providing continuous heart health monitoring and predictive analytics to improve diagnosis and treatment.

The continuous monitoring capabilities allow for the early detection of arrhythmias and other heart issues. This enables rapid interventions and individualized care, resulting in better patient outcomes. By providing clear, actionable insights, AliveCor improves care and outcomes significantly. 

4) Kinsa:

Kinsa’s IoT solution for remote patient monitoring consists of thermometers that detect temperature and track symptoms. Mobile applications provide health advice, reminders, and real-time illness tracking. Machine learning and epidemiological models are used by the platform to anticipate illness trends. This provides significant advantages for both patients and healthcare providers.

Continuous monitoring enables reliable tracking of health metrics. Early detection capabilities identify illness trends before they spread. The platform also provides community information to help families and communities take preventive measures. 

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5) Oxitone:

Oxitone’s continuous, real-time remote monitoring technologies are designed to transform chronic disease management. The Oxitone 1000M pulse oximeter is a wrist-worn device that monitors vital physiological parameters. It uses AI-powered data analytics to give useful insights. With mobile and online apps, this comprehensive solution provides real-time data access, predictive insights, and automated follow-ups.

Oxitone’s user-friendly design promotes patient adherence and engagement. Strong data security protects patients’ privacy and trust. Its solutions are scalable, allowing for wider use across a variety of healthcare settings. Oxitone improves patient outcomes and lowers healthcare expenses by allowing for continuous health tracking and early diagnosis of potential concerns. Additionally, it improves operational efficiency by reducing hospital readmissions and optimizing resource utilization.

6) TempTraq:

TempTraq is a wireless, continuous temperature monitoring patch designed for clinical settings. This FDA-cleared technology allows healthcare providers to remotely and accurately monitor patients’ temperatures. It syncs with mobile apps on smartphones, tablets, and Bluetooth gateways. The device transmits data to a HIPAA-compliant cloud service for convenient monitoring and EHR integration. The company provides various advantages to both patients and healthcare practitioners. It gives real-time data, allowing for early diagnosis of fevers and infections. Furthermore, the system enhances infection control and overall patient care.

7) Senseonics:

The Eversense CGM System, Senseonics’ flagship product is an implantable sensor that provides accurate and real-time glucose readings for up to 180 days. The system includes a smart transmitter that is worn over the implant and sends data to a mobile app. This app displays real-time glucose levels and trends.

Continuous monitoring enables real-time glucose tracking and early detection of glucose level changes. This contributes to better diabetes management and reduces complications. The convenience of the long-term implantable sensor reduces the need for frequent sensor replacements, increasing user compliance and satisfaction.

Data security measures ensure patient confidentiality and regulatory compliance. The seamless integration into daily life and existing medical practices enables widespread adoption. By providing a user-friendly and reliable CGM solution, Senseonics is making a meaningful impact on diabetes management.

8) Qardio:

Qardio provides a range of smart health monitoring devices, including the QardioArm (blood pressure monitor), Qardsmart scale), and QardioCore (ECG monitor). All of these devices are connected through the Qardio App. These devices track vital signs such as blood pressure, heart rate, and weight, providing real-time data access and sharing. Qardio’s IoT solution incorporates AI to improve data analysis and health insights. The continuous monitoring feature enables the early detection of potential health problems. This facilitates chronic disease management and improves patient outcomes. 

The user-friendly technologies are designed to seamlessly fit into daily life. This increases patient compliance and involvement. Interoperability with diverse health platforms and EHR systems enables smooth integration into existing healthcare workflows.

9) Eargo: 

Eargo provides innovative hearing aids, such as the Eargo 6 and Eargo 7, that users can self-fit and modify through a mobile app. These gadgets are designed for ease of use and all-day comfort, with rechargeable batteries that eliminate the need for frequent replacements. Users can monitor and adjust their hearing aid settings in real-time, allowing for early detection and individualized adjustments. The ease of self-fitting technology minimizes the need for frequent clinic visits, hence increasing user compliance and satisfaction. Improved hearing and communication skills lead to a higher overall quality of life. Eargo provides strong data security to secure user information and maintain trust. 

10) Current Health: 

Current Health aims to empower healthcare companies to provide care at home. This approach increases patient outcomes and reduces healthcare costs through innovative remote monitoring technologies. The company offers a comprehensive platform that includes wearable devices for continuous vital signs monitoring. Mobile apps enable real-time data access to patient involvement. Additionally, the platform features an integrated system with telehealth and EHR integration.

The convenience of providing care at home minimizes the need for hospital visits. This improves patient adherence and satisfaction. The approach supports improved management of chronic conditions and post-discharge care. Ultimately, it improves patient outcomes. Strong data security ensures patient privacy and regulatory compliance. The seamless interface with existing healthcare systems enhances usability and effectiveness.

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Final Thoughts

These startups are transforming healthcare by integrating IoT technologies. They provide continuous monitoring, real-time data access, and predictive analytics. These innovations improve patient care and results, simplify operations, and reduce healthcare expenditures. As we continue to see the transformative impact of IoT in healthcare, the potential for further innovation is immense.

Inspired by these innovations and have an idea to revolutionize healthcare with IoT? Schedule a no-obligation consultation with our experts now!