1 2Ĭreating a Smarter Niche with CAM, an Ambulatory Cardiac MonitorĪccurate diagnosis starts with an accurate ECG tracing. New technologies offer the chance to increase the accuracy and efficacy of traditional ECG monitoring devices by resolving smaller signals and finer details in the cardiac waveform leading to more specific diagnoses. Accurately and rapidly identifying those at the highest risk of arrhythmias and ensuring they receive appropriate and timely treatment can prevent premature deaths. Heart rhythm disorders account for a large proportion of these deaths. Today, the WHO estimates that cardiovascular diseases (CVDs) are the leading cause of death globally, taking an estimated 17.9 million lives each year. Much of this work revolved around showing more nuance in the recorded ECG, educating the team on the diversity and complexity of cardiac rhythm disorders, and significantly altering and improving the software routinely used with ambulatory ECG monitors.

It was at this time that he launched Bardy Diagnostics and engaged a small team of engineers to translate the goal of cardiac rhythm diagnostic precision into the circuit board of the device that monitors the heart. Bardy began a journey to improve both the signal quality and the diagnostic accuracy of ambulatory heart rhythm monitors both as a public health mission and to honor Lorene. She died April 26, 2012, from cardiac arrest that was the result of broader cardiac and vascular abnormalities. It was not possible to get clear and precise recordings of her various rhythm disorders. When his wife, Lorene, became ill with heart rhythm problems, his skepticism increased. Bardy, a cardiac electrophysiologist, had low confidence in their ability to accurately capture arrhythmias. Silicon Labs microprocessors are at the heart of a new type of ambulatory cardiac monitor designed for continuous operation for up to 14 days, which requires high performance with relatively low power consumption.Ĭardiac monitors have been available for more than a century.

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