Embedded AIoT Platforms for Advanced Medical Applications & Healthcare

Use Cases

AIoT in medicine, also known as the Internet of Medical Things (IoMT), continues to drive innovation across medical devices, diagnostics, telemedicine, and smart healthcare infrastructure. However, successful IoMT deployment depends on overcoming critical challenges such as system reliability, real-time performance, secure connectivity, patient safety, and ease of use for both patients and healthcare professionals. Robust embedded computing platforms are key to meeting these requirements in clinical and home-care environments.

In this section, we showcase real-world healthcare and medical applications powered by SolidRun embedded and Edge AI solutions. These examples highlight how SolidRun delivers long-term value to OEMs and system integrators developing next-generation medical and health technologies. SolidRun’s professional services help healthcare OEMs and system integrators accelerate development and bring reliable medical solutions to market faster.

For confidentiality reasons, customer names are not disclosed.

Blink to Call: Empowering Patients with Instant, Independent Assistance
Previously, immobile patients had to wait for routine staff visits, often risking critical delays during emergencies. By detecting intentional eye blinks and converting them into instant nurse-call signals, patients with paralysis, severe mobility limitations, or speech impairments can request help independently, securely and privately, across hospitals, rehabilitation centers, and assisted living facilities.
OUR ADVANTAGE
Product: Hailo15 System on Module
SolidRun’s Hailo-15 System-on-Module, equipped with advanced AI inference capabilities and high-performance processing, significantly simplified edge AI intelligent vision development. By reducing the need for complex hardware design, the customer could focus on the application, enabling faster prototyping and deployment.

Independence Made Safer: AI-Powered Elderly Care
AI-powered monitoring and real-time health insights can bring peace of mind for elderly care. Advanced sensing technology can detect early changes, enable timely intervention, and reduce hospital visits. The non-intrusive radar-based getaway is helping seniors stay safe and independent at home while easing caregiver stress.
OUR ADVANTAGE
Product: HummingBoard i.MX8M SBC
Services: Customized SBC development
By developing an i.MX8M based Single Board Computer and serving as manufacturing partner, the customer gained head start by removing hardware hurdles.

Life-Saving Innovation: Real-Time Cerebral Flow Monitoring with Edge Processing
In the intersection of healthcare and advanced computing, real-time data processing has become a key enabler of life-saving innovation. One of the most impressive recent developments in this space is a real-time cerebral flow monitoring system designed to detect and alert stroke events the moment they occur. The system is built to continuously monitor cerebral blood flow through a network of precision sensors and imaging tools. These sensors feed a continuous stream of high-resolution data directly into the edge device, which processes it locally, eliminating cloud latency and ensuring immediate results. When the system detects an irregular pattern in cerebral flow, such as reduced perfusion or abnormal waveforms, it triggers an alert, notifying clinicians in near real time.
OUR ADVANTAGE
Product: Bedrock Ryzen R8000
Service: Hardware / Application development
At the heart of this breakthrough solution lies SolidRun’s robust industrial edge computer, providing the reliable, high-performance computing required for real-time medical data analysis. The company assisted in providing application development integrating between various sensors, analyzing, processing, and communicating.

Smart Monitoring Replaces Spot Checks: A New Era in Surgery
Surgical patient monitoring is rapidly evolving from intermittent, manual spot checks to continuous, automated, and often remote systems driven by advanced technology. This shift aims to identify early signs of patient deterioration during and after surgery, improving safety and outcomes. Vital signs such as heart rate, blood pressure, oxygen saturation, respiratory rate, and temperature are now tracked in real time, replacing traditional checks performed only every few hours and enabling faster intervention. Enhancing this progress, artificial intelligence and machine learning process vast data streams to uncover subtle patterns, predict complications, and flag anomalies that might go unnoticed, reducing alarm fatigue and providing clinicians with actionable insights.
OUR ADVANTAGE
Product: i.MX8M Plus System on Module
Using an off-the-shelf System-on-Module (SoM) by SolidRun allows medical solution developers to accelerate time-to-market, reduce development risks, and cut costs by leveraging pre-validated hardware and software. It provides flexibility for future upgrades, scalability across product lines, and access to advanced features without the complexity of custom board design, enabling developers to focus on innovation rather than hardware challenges.

Rapid Diagnostic Tests
Remote clinical testing is becoming more and more essential without compromise on performance. Rapid diagnostic test solutions allow tests to be run wherever and whenever needed in emergency departments, nursing homes, pharmacies and workplaces.
OUR ADVANTAGE
Product: Solidsense N6 Edge Gateway
The SolidSense N6 edge gateway provides a low power platform with wireless functionality such as Wi-Fi and LTE for sending real-time data to the management system from remote locations.

Blink to Call: Empowering Patients with Instant, Independent Assistance
Previously, immobile patients had to wait for routine staff visits, often risking critical delays during emergencies. By detecting intentional eye blinks and converting them into instant nurse-call signals, patients with paralysis, severe mobility limitations, or speech impairments can request help independently, securely and privately, across hospitals, rehabilitation centers, and assisted living facilities.
OUR ADVANTAGE
Product: Hailo15 System on Module
SolidRun’s Hailo-15 System-on-Module, equipped with advanced AI inference capabilities and high-performance processing, significantly simplified edge AI intelligent vision development. By reducing the need for complex hardware design, the customer could focus on the application, enabling faster prototyping and deployment.

Independence Made Safer: AI-Powered Elderly Care
AI-powered monitoring and real-time health insights can bring peace of mind for elderly care. Advanced sensing technology can detect early changes, enable timely intervention, and reduce hospital visits. The non-intrusive radar-based getaway is helping seniors stay safe and independent at home while easing caregiver stress.
OUR ADVANTAGE
Product: HummingBoard i.MX8M SBC
Services: Customized SBC development
By developing an i.MX8M based Single Board Computer and serving as manufacturing partner, the customer gained head start by removing hardware hurdles.

Life-Saving Innovation: Real-Time Cerebral Flow Monitoring with Edge Processing
In the intersection of healthcare and advanced computing, real-time data processing has become a key enabler of life-saving innovation. One of the most impressive recent developments in this space is a real-time cerebral flow monitoring system designed to detect and alert stroke events the moment they occur. The system is built to continuously monitor cerebral blood flow through a network of precision sensors and imaging tools. These sensors feed a continuous stream of high-resolution data directly into the edge device, which processes it locally, eliminating cloud latency and ensuring immediate results. When the system detects an irregular pattern in cerebral flow, such as reduced perfusion or abnormal waveforms, it triggers an alert, notifying clinicians in near real time.
OUR ADVANTAGE
Product: Bedrock Ryzen R8000
Service: Hardware / Application development
At the heart of this breakthrough solution lies SolidRun’s robust industrial edge computer, providing the reliable, high-performance computing required for real-time medical data analysis. The company assisted in providing application development integrating between various sensors, analyzing, processing, and communicating.

Smart Monitoring Replaces Spot Checks: A New Era in Surgery
Surgical patient monitoring is rapidly evolving from intermittent, manual spot checks to continuous, automated, and often remote systems driven by advanced technology. This shift aims to identify early signs of patient deterioration during and after surgery, improving safety and outcomes. Vital signs such as heart rate, blood pressure, oxygen saturation, respiratory rate, and temperature are now tracked in real time, replacing traditional checks performed only every few hours and enabling faster intervention. Enhancing this progress, artificial intelligence and machine learning process vast data streams to uncover subtle patterns, predict complications, and flag anomalies that might go unnoticed, reducing alarm fatigue and providing clinicians with actionable insights.
OUR ADVANTAGE
Product: i.MX8M Plus System on Module
Using an off-the-shelf System-on-Module (SoM) by SolidRun allows medical solution developers to accelerate time-to-market, reduce development risks, and cut costs by leveraging pre-validated hardware and software. It provides flexibility for future upgrades, scalability across product lines, and access to advanced features without the complexity of custom board design, enabling developers to focus on innovation rather than hardware challenges.

Rapid Diagnostic Tests
Remote clinical testing is becoming more and more essential without compromise on performance. Rapid diagnostic test solutions allow tests to be run wherever and whenever needed in emergency departments, nursing homes, pharmacies and workplaces.
OUR ADVANTAGE
Product: Solidsense N6 Edge Gateway
The SolidSense N6 edge gateway provides a low power platform with wireless functionality such as Wi-Fi and LTE for sending real-time data to the management system from remote locations.