HeartBeam Inc. Advances Cardiac Monitoring with New Patents

HeartBeam Inc. has secured two new U.S. patents for its innovative 3D ECG and cardiac monitoring technologies, marking a significant step forward in remote cardiac diagnostics and patient care.

June 18, 2025
HeartBeam Inc. Advances Cardiac Monitoring with New Patents

HeartBeam Inc. (NASDAQ: BEAT) has recently been granted two new U.S. patents, further enhancing its portfolio in the field of cardiac monitoring technology. These patents cover the company's compact, cable-free 3D ECG device and a sophisticated rhythm analysis algorithm, both pivotal in advancing remote cardiac diagnostics. The 3D ECG device, notable for its use of chest and finger electrodes to capture high-fidelity signals in three dimensions, is designed for on-demand symptom recording and the synthesis of 12-lead ECGs. Currently under FDA review, this technology is supported by data from the VALID-ECG pivotal study, promising a new era in cardiac care.

The rhythm analysis algorithm represents another leap forward, capable of identifying arrhythmias through continuous signal input and triggering targeted data collection during abnormal rhythm detection. This innovation not only enhances diagnostic precision but also underscores HeartBeam's commitment to improving cardiac health management outside traditional medical facilities. With a total of 20 issued patents and 34 additional filings, HeartBeam is positioning itself as a leader in digital cardiac care, with plans to integrate AI capabilities for even greater diagnostic accuracy.

These developments are crucial as they signify a shift towards more accessible and efficient cardiac monitoring solutions. By enabling patients to receive accurate diagnostics outside of medical facilities, HeartBeam's technologies could significantly reduce the burden on healthcare systems and improve patient outcomes. The implications of these advancements extend beyond immediate patient care, offering a glimpse into the future of telemedicine and remote health monitoring.