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Healthcare is a basic necessity for all, and the integration of technology into the healthcare sector has revolutionized traditional treatment methods in a significant manner. According to the Medical Council of India, there are approximately 1674 patients per doctor, highlighting the desperate need for innovative automation solutions. The introduction of Internet of Things (IoT) technology has the potential to address this gap effectively. Post-COVID monitoring of health equipment and remote monitoring of patients’ health through IoT-enabled medical devices have garnered significant attention. These technologies ensure patients’ safety and well-being by providing continuous monitoring and timely intervention. With the growing elder population and nuclear families, there is also a need for solutions that can reduce the dependence on personal monitoring by care givers.

Impact 

As part of Industrie 4.0 transformation, embedding IoT devices improves healthcare management and operations by modernisation with the enabling of efficiencies and transparency through operational, productivity and usage data insights.

Market Trend

Statista report projected IoT healthcare market revenues to reach US $108.60 billion in 2024 to $167.70 by 2028 with CAGR of 11.47% growth.

Applications

Ensuring Vaccine, blood and organ delivery under suitable cold conditions can reduce wastage with the support of real time location and temperature monitoring IoT devices.

Simple alarm buttons that allow patients to raise an alarm and notify specific members in the event of hardship conditions such as fallng can help reduce continuous dependence on physical care givers.

Location monitoring of Automated Wheel chair helps tracking disabled patients who may need emergency intervention

Converting the Ambulance into a mobile emergency room with appropirate instruments and remote monitoring along with remote access to doctors can reduce golden hour incidents and save lives .

Sensor-enabled mobile devices allow us to monitor patients with chronic illness remotely and improve the lifespan of patients through drug management, reducing waiting time, improving incident response and reaction while also saving costs for the patient.

Sensors

Custom sensors are chosen based on the application requirement. Typical items are

Thermopile IR sensors

Used for non-contact, or infrared, surface temperature measuring

Thermopile IR sensors
Photo Optic Pulse Oximeter Sensors

Detect oxygen concentration in blood

Photo Optic Pulse Oximeter Sensors
Diagnostic ECGs and ECG sensors

Measure the electrical activity of the heart to diagnose heart conditions

Diagnostic ECGs and ECG sensors
Blood Glucose Sensors

Monitor their blood sugar levels

Blood Glucose Sensors
Blood Pressure Sensors

Used to diagnose hypertension and other cardiovascular conditions.

Blood Pressure Sensors
Body Temperature Sensors

To monitor the temperature of patients undergoing treatment

Body Temperature Sensors
Electroencephalogram (EEG) Sensors

Used to diagnose neurological conditions

Electroencephalogram (EEG) Sensors
Accelerometers

Used to track physical activity, monitor sleep patterns, and detect falls

Accelerometers
Imaging Sensors

Used to create images of the body for diagnostic purposes

Imaging Sensors

Our Solution

Our GYRFALCON sensor gateways and tracking solutions assist in gathering relevant medical equipment data for digitisation and evolving relevant analytics for automated decision making, alerting and event management. Iot can improve the management of hospital resource management and patient health monitoring. Partner with us to help you in your healthcare delivery goals.