Sudden Cardiac Arrest is a life threatening disease, which might lead to death without quick and professional interventions. It can occur because of a previous heart disease or even without any sign as well. There is maximum 1 hour between the appearance of the first symptoms and death. Around 6 million people die because of Sudden Cardiac Arrest each year. The chance of survival is less than 1 % worldwide! The possible signals of Cardiac arrest are tiredness, breathlessness or chest pain.
A stroke is a medical condition in which poor blood flow to the brain results in cell death. There are two main types of stroke: ischemic, due to lack of blood flow, and hemorrhagic, due to bleeding. They result in part of the brain not functioning properly. Signs and symptoms of a stroke may include an inability to move or feel on one side of the body, problems understanding or speaking, dizziness, or loss of vision to one side. Experimental and clinical evidence suggests that insular cortex infarcts play a key role in autonomic dysregulation that lead to arrhythmias in the acute setting. Management of ventricular arrhythmias associated with acute stroke should focus on continuous cardiac monitoring, drug therapy, and electrolyte correction.
some inherited heart diseases
heart coronary diseases
stress, physical and psychic strain can also cause it without having any recognized heart disease
Risk of Stroke and Sudden Cardiac Arrest can be calculated based on regular ECG measurement, and action can be done to prevent the disease.
The market needs
To have an easy to use tool which is able to measure relevant health metrics
To have a preventive method to forecast the high cardiological risks
According to publications and medical opinion, there is a need for appropriate risk analysis procedures
Timeline and Algorithms
The system is capable of running automatic data processing on the score of the measurements and can predict certain health issues before they happen. In case of abnormal results the system can alert the wearer. This feature makes the whole system unique in the world. All the data are saved on the patient’s own health timeline. This is our unique system solution which makes the real time algorithm processing, decesion making and data saving possible. Every measurement is saved and can be read by a doctor anytime and anywhere.
There is no wrist wearable ECG-I technology on the market that would be able to measure clinical quality ECG signals. Furthermore, our system is equipped with intelligent learning algorithms which is unique on the market. That feature enables the results to be calculated automatically by our algorithms which is faster and more precise and reliable compared to human intelligence.