IoT Healthcare Solutions for Better Patient Engagement and Higher ROI in 2025

What are IoT solutions in healthcare and what forms does IoT take?

The Internet of Things (IoT) in healthcare is all about connections and data. It’s a network of devices, applications, and systems that share data to make healthcare smoother and more efficient. By providing real-time information, IoT helps doctors and patients stay on top of care, making things easier, faster, and more reliable. But IoT isn’t one-size-fits-all — it comes in different forms, each serving a specific purpose.

Definition of IoT in healthcare

At its heart, IoT in healthcare is about using smart devices to collect, share, and act on data. Whether it’s monitoring a patient’s heart rate, ensuring the right medications are taken on time, or tracking hospital equipment, IoT helps everyone — patients, providers, and hospitals — work better together.

Forms IoT takes in healthcare

1. Wearable health monitors

Wearable devices like smartwatches and fitness trackers are everywhere now, and they’re making a real difference in healthcare too. These devices monitor heart rate, detect sleep patterns, and even identify irregular heart rhythms.

For example, a smartwatch might warn a patient about potential heart issues before they even feel symptoms, giving them the chance to act early.

2. Remote patient monitoring (RPM) devices

For people managing chronic illnesses, RPM devices are a game-changer. Tools like blood pressure monitors or glucose meters allow patients to stay at home while their doctors keep an eye on their health.

In larger hospitals, these devices integrate into broader systems, giving care teams the data they need without making patients come in for every check-up.

3. Smart hospital infrastructure

IoT isn’t just about gadgets for patients — it’s helping hospitals run better too. IoT-enabled beds can automatically adjust for comfort or alert staff when something’s wrong. Tracking systems make sure critical equipment is always where it’s needed. Even environmental controls — like adjusting room temperatures — are becoming smarter, saving time and resources for staff.

4. Medication adherence devices

Keeping up with medications isn’t easy, especially for patients juggling multiple prescriptions. Smart pillboxes and reminder systems step in to help. They can notify patients when it’s already time to take their pills and can even notify their caregivers if a dose is missed. These small interventions can prevent serious complications down the line.

5. Connected diagnostic devices

Diagnostic tools are getting smarter, too. Devices like imaging systems, ECG machines, or lab equipment can now connect directly to electronic health records (EHRs). This means faster access to test results and less waiting around for both patients and doctors.

For example, an IoT-connected ECG machine can automatically send results to a patient’s file, ensuring everyone has the most up-to-date information.

IoT in healthcare is about solving real problems. Whether it’s helping patients manage chronic conditions, making hospitals run more efficiently, or ensuring critical data is available when needed, IoT is becoming a valuable part of how healthcare works today.

IoT healthcare solutions that will take prominence in 2025

As healthcare continues to embrace IoT technologies, certain solutions are emerging as essential tools for improving patient outcomes and streamlining operations. Here are some key IoT healthcare solutions expected to lead the way in 2025:

Remote patient monitoring

RPM devices have become vital for managing chronic conditions by allowing continuous health tracking without frequent hospital visits. These tools monitor vital signs in real time such as:

• blood pressure
• glucose levels
• oxygen saturation

For patients recovering from surgery or managing conditions like diabetes and hypertension, RPM provides timely alerts for potential issues, enabling early interventions and reducing complications.

• Example: An RPM system that tracks a diabetes patient’s glucose levels throughout the day and alerts both the patient and their healthcare provider when levels are out of range. This allows providers to adjust treatment plans proactively, avoiding emergencies.

Riseapps has experience developing such a solution — CareHalo.

CareHalo is an IoT-enabled remote patient monitoring (RPM) system designed to improve chronic disease management by providing real-time health tracking. It allows healthcare providers to remotely monitor patients’ vital signs and symptoms. As a result, they can timely intervene and reduce the need for frequent in-person visits.

Customer request

The client sought to develop a comprehensive RPM solution that could collect, store, and manage patient monitoring data securely. The goal was to enhance patient engagement, reduce hospital readmissions, and streamline healthcare workflows while adhering to strict regulatory standards like HIPAA.

Challenges

• Ensuring seamless data integration with existing healthcare systems, including an EHR
• Developing a user-friendly interface for both healthcare providers and patients to interact with the data
• Implementing real-time data tracking and alerts to enable timely interventions
• Maintaining compliance with strict healthcare data privacy regulations

Riseapps’ solutions

Riseapps designed and developed a fully customized RPM system with secure APIs for seamless integration into existing healthcare infrastructures. The team implemented advanced data analytics tools to track vital signs and provide predictive alerts for healthcare providers. A user-friendly interface was created for both patients and clinicians, ensuring easy access to health data and actionable insights. Robust encryption methods and secure data storage ensured compliance with HIPAA and other privacy standards.

Project results

• Enhanced patient care through real-time health monitoring and proactive alerts
• Reduced hospital readmissions by enabling early intervention for at-risk patients
• Decreased operational costs with the minimized need for in-person visits
• Improved patient engagement and satisfaction, fostering long-term loyalty to healthcare providers

Smart asset tracking

Hospitals rely on quick access to equipment, and IoT-enabled asset tracking makes this possible. With IoT tags, hospitals can track the location and usage of essential tools such as diagnostic devices, wheelchairs, and hospital beds. This reduces the time staff spend searching for equipment and ensures that critical resources are always available when needed.

• Example: IoT tags attached to wheelchairs that allow hospital staff to locate them instantly through a central dashboard. This minimizes delays during patient transport, improving workflow and patient satisfaction.

Medication management solutions

IoT-powered solutions like smart pill dispensers and reminders help patients adhere to their schedules. These devices can track whether doses are taken on time, send alerts to caregivers when a dose is missed, and even provide insights into adherence patterns.

• Example: A smart pill dispenser that not only reminds patients to take their medication but also locks access to prevent overdosing. If the medication isn’t taken, the system sends a notification to a family member or caregiver, ensuring timely follow-up.

Wearable health monitoring devices

Wearable devices are enhancing traditional healthcare monitoring by offering continuous tracking of health metrics like heart rate, physical activity, and sleep quality. These devices provide real-time insights that help patients manage their health proactively, while also offering healthcare providers valuable data to support their care strategies.

• Example: A smartwatch that monitors a patient’s heart rate throughout the day and sends an alert to their doctor if irregularities are detected, allowing for immediate action. This is especially beneficial for patients with arrhythmias or other heart conditions.

Riseapps has a similar case in their portfolio, an AI-Powered athletic footwear solution for professional athletes.

The AI Footwear Athletic Solution is a smart platform that connects IoT-enabled wearables to a mobile app, helping athletes track and analyze their foot movements. It provides real-time data and practical recommendations to improve performance and reduce the risk of injuries.

Customer request

The client wanted an IoT solution that could gather detailed biomechanical data during athletic activities and turn it into meaningful insights. The platform needed to connect seamlessly with wearable devices and offer precise feedback on footwear design and performance optimization.

Challenges

• Processing large amounts of foot movement data in real-time without delays
• Ensuring smooth communication between wearable devices and the mobile app
• Designing an interface that’s easy for athletes and non-technical users to navigate
• Delivering highly accurate analysis to provide actionable recommendations

Riseapps’ solutions

Riseapps developed an IoT platform that pairs wearables with a sleek, user-friendly mobile app. Using advanced algorithms, the system analyzes foot biomechanics in real-time, offering personalized insights and recommendations. The app’s interface was designed to be intuitive and engaging, making complex data easy to understand and use. The team also tested extensively to ensure the system worked flawlessly under real-world conditions.

Project results

• Real-time analysis of foot movements, helping athletes make informed decisions to improve their performance
• A user-friendly app that makes data accessible and easy to act on
• Accurate insights that help reduce injury risks and enhance footwear optimization
• A flexible system ready to support future updates and additional features

IoT-enhanced diagnostic tools

IoT-enabled diagnostic tools are making the diagnostic process faster and more efficient by connecting directly to electronic health record (EHR) systems. This ensures that test results are instantly available to healthcare providers, reducing delays and enabling more accurate treatment decisions.

• Example: A portable ECG machine used during a home visit by a nurse that uploads the results directly to the patient’s EHR. This allows the cardiologist to review the results immediately and provide recommendations without the patient needing to visit the clinic.

These IoT healthcare solutions address real-world challenges, making care more accessible, efficient, and personalized. Their ability to seamlessly integrate into healthcare workflows is positioning them as indispensable tools for the future of medicine.

How healthcare IoT solutions can boost patient engagement

IoT healthcare apps are changing the way patients engage with their care. By providing tools that offer real-time insights, tailored recommendations, and seamless communication with providers, these technologies make healthcare more interactive and empowering for patients.

Real-time data access for patients

With IoT devices, patients can access live updates about their health status, offering a clearer understanding of their care journey. Information such as heart rate, glucose levels, or step counts is readily available, motivating patients to take charge of their well-being.

• Example: A diabetes patient monitors glucose levels throughout the day using a connected glucometer. Seeing how food or exercise impacts their levels encourages proactive adjustments to their routine.

Personalized care and health management

IoT enables care plans to be tailored to individual patient needs, resulting in more relevant and effective interactions. By analyzing collected health data, these solutions adjust recommendations, reminders, and alerts to suit each patient’s condition.

• Example: A wearable device tracks a patient’s recovery progress after surgery, adjusting daily activity goals based on their performance. If the patient struggles, the device provides encouragement or suggests alternative approaches to meet their health objectives.

Continuous health tracking and early intervention

Regular health monitoring with IoT devices can identify potential problems early, providing patients with peace of mind and ensuring timely care. These solutions offer a safety net, especially for those managing chronic conditions.

• Example: An RPM device detects abnormal blood pressure levels and immediately alerts the provider. A follow-up consultation is scheduled, and medication adjustments are made before the condition worsens.

Remote consultations and follow-ups

IoT simplifies ongoing care by enabling virtual consultations and follow-ups. Patients can share live data from their devices with healthcare providers, ensuring consistent communication without the need for in-person visits.

• Example: A heart patient shares real-time ECG readings during a video call with their doctor, who reviews the data and provides advice immediately. This approach keeps care convenient and accessible.

By integrating IoT healthcare solutions into patient care, providers create a more engaging, responsive, and collaborative healthcare experience. Patients are no longer passive participants in their treatment—they’re active partners, empowered by real-time data and personalized support.

How IoT solution for healthcare maximize ROI

IoT healthcare solutions aren’t just improving patient care—they’re also making healthcare operations more cost-effective and efficient. By reducing unnecessary expenses, streamlining processes, and fostering stronger patient relationships, these technologies are helping providers get more value from their investments.

Cost savings through remote care

Remote patient monitoring (RPM) devices, connected to the internal hospital systems via telemedicine app development, allow providers to manage patient care from a distance. This reduces the need for in-person visits, cuts down on hospital stays and frees up staff to focus on more critical cases. Hospitals can allocate resources more efficiently and patients can benefit from receiving care in the comfort of their homes.

For example, RPM devices can monitor a patient’s blood pressure or glucose levels remotely, flagging issues early. This reduces hospital readmission rates, saving both the hospital and the patient from the financial burden of prolonged care.

Operational efficiency with smart asset tracking

IoT-enabled asset tracking systems help healthcare providers keep track of vital equipment in real-time. By eliminating the need for manual inventory checks and minimizing misplaced items, these systems save valuable time and ensure that resources are available when needed.

Consider how IoT tags on medical devices like infusion pumps or wheelchairs allow staff to locate equipment instantly. This speeds up care delivery, allowing hospitals to serve more patients without delays caused by misplaced tools.

Better patient retention and loyalty

Engaged patients are more likely to stick with a provider who offers consistent, personalized care. IoT solutions like remote monitoring and follow-up care keep patients connected to their healthcare team, fostering a sense of trust and loyalty.

For instance, a patient with a chronic illness who receives regular updates and follow-ups through IoT devices is less likely to feel abandoned after their initial treatment. This ongoing connection builds trust and encourages them to continue care with the same provider.

Proactive health management and reduced readmissions

By continuously monitoring health and catching issues early, IoT solutions help prevent costly emergency room visits and hospital readmissions. Patients with chronic conditions benefit significantly from these systems, as they’re able to manage their health more effectively and with greater confidence.

For example, a heart failure patient using an RPM device can have irregularities detected before they escalate into a serious problem. With fewer health crises and better overall management, these patients often feel reassured about their care, which strengthens their relationship with their provider while cutting costs for the hospital.

When healthcare organizations implement IoT solutions thoughtfully, they not only enhance care but also see measurable financial benefits. These tools drive efficiencies, reduce overhead, and strengthen patient relationships, making them a smart investment for providers looking to maximize ROI.

How to build an IoT healthcare solution that’s compliant and effective

Creating an IoT application is a multifaceted process that requires attention to compliance, data security, and usability. While healthcare organizations often lead these efforts, partnering with an experienced software development team can ensure the technical and regulatory requirements are met seamlessly.

Compliance with regulations

Adhering to regulations like HIPAA in the US or GDPR in Europe is non-negotiable when it comes to healthcare app development. These standards ensure patient data is handled securely and lawfully. Compliance safeguards patient trust and protects healthcare organizations from legal risks.

For example, secure storage and restricted access to patient data help prevent breaches while maintaining compliance.

Data security and encryption

Protecting sensitive health data requires robust security measures, including encryption and access controls. These features defend against cyber threats while ensuring smooth data flow between connected devices and systems.

For instance, encrypted data transfer ensures that when an RPM device sends health metrics to a hospital, the information remains secure and accessible only to authorized personnel.

Interoperability and seamless integration

IoT solutions must integrate with existing systems like EHRs, telemedicine platforms, and diagnostic tools to function effectively. This ensures a streamlined flow of information and creates a unified patient care experience.

For example, IoT devices integrated with EHR systems allow healthcare professionals to access all necessary patient information in one place, improving coordination and care decisions.

Scalability and flexibility

As patient needs and healthcare demands grow, IoT solutions must adapt. Scalable designs ensure systems can handle increasing volumes or expanded functionality without losing performance.

For example, an IoT network that starts with monitoring a specific patient group can later scale to cover larger populations or additional use cases.

User-centric design

A solution’s usability is as important as its technical sophistication. User-friendly interfaces make it easier for patients and healthcare providers to engage with the system confidently.

For instance, a simple and intuitive dashboard for RPM devices allows patients to monitor their health and share updates with providers without needing technical expertise.

An experienced software development partner can streamline these steps, ensuring compliance and security while designing solutions that meet both patient and provider needs. Their expertise can help navigate complexities, enabling healthcare organizations to focus on delivering effective and reliable care.