RhythmTrack is an advanced mobile cardiac telemetry (MCT) system engineered to continuously track a patient’s cardiac rhythm—providing real-time arrhythmia detection, seamless data transmission, and automated alerts for timely clinical intervention. By combining lightweight wearables, secure wireless connectivity, and intelligent analytics, RhythmTrack expands outpatient cardiac monitoring beyond conventional Holter or event recorders, enabling proactive arrhythmia management and improved patient outcomes.
Key Features & Technology
Continuous Real-Time Monitoring
24/7 Rhythm Surveillance: Captures every heartbeat, providing comprehensive coverage of symptomatic and asymptomatic episodes.
On-Device Arrhythmia Detection: Built-in algorithms quickly identify suspicious patterns (e.g., atrial fibrillation, ventricular tachycardia), prompting immediate data transmission to the monitoring center.
Lightweight Wearable Design
Discrete Patch or Belt (model-dependent): Minimizes patient burden, promoting comfortable daily use for extended periods (commonly 7–14 days or more).
Robust Electrode Configuration: Ensures stable signal acquisition despite normal body movements, aiding artifact reduction and precise ECG readings.
Wireless Data Transmission & Alerting
Cellular or Wi-Fi Connectivity: Automatic, secure streaming of ECG data to the cloud or central repository—no manual phone line connection needed.
Immediate Notification: Should a severe arrhythmia occur, the system transmits alerts to clinicians, enabling prompt decision-making and potential telemedicine interventions.
Intelligent Analytics & Reporting
AI-Enhanced Classification: Sophisticated software filters and interprets arrhythmic events, categorizing them for quick review by staff or auto-report generation.
Cloud-Based Dashboard: Grants physicians remote access to real-time or retrospective ECG segments, waveforms, and summaries, reducing clinic visits for device checks.
24/7 Rhythm Surveillance: Captures every heartbeat, providing comprehensive coverage of symptomatic and asymptomatic episodes.
On-Device Arrhythmia Detection: Built-in algorithms quickly identify suspicious patterns (e.g., atrial fibrillation, ventricular tachycardia), prompting immediate data transmission to the monitoring center.
Discrete Patch or Belt (model-dependent): Minimizes patient burden, promoting comfortable daily use for extended periods (commonly 7–14 days or more).
Robust Electrode Configuration: Ensures stable signal acquisition despite normal body movements, aiding artifact reduction and precise ECG readings.
Cellular or Wi-Fi Connectivity: Automatic, secure streaming of ECG data to the cloud or central repository—no manual phone line connection needed.
Immediate Notification: Should a severe arrhythmia occur, the system transmits alerts to clinicians, enabling prompt decision-making and potential telemedicine interventions.
AI-Enhanced Classification: Sophisticated software filters and interprets arrhythmic events, categorizing them for quick review by staff or auto-report generation.
Cloud-Based Dashboard: Grants physicians remote access to real-time or retrospective ECG segments, waveforms, and summaries, reducing clinic visits for device checks.
Clinical Advantages & Applications
Early Arrhythmia Detection & Intervention
Syncope & Palpitations: Pinpoints underlying conduction abnormalities (e.g., bradyarrhythmias, tachyarrhythmias) promptly, guiding therapy.
Atrial Fibrillation Surveillance: Continuous MCT is instrumental in capturing paroxysmal episodes that conventional short-term Holters might miss.
Enhanced Patient Compliance
Minimal Disruption: Lightweight, comfortable wear fosters better adherence; more data leads to accurate arrhythmia correlation with patient symptoms.
Immediate Event Transmission: Patients avoid the burden of manual trigger-based transmissions (as with older event recorders).
Optimized Clinical Workflow
Reduced Hospital/ED Visits: Real-time alerts can preempt complications, enabling outpatient management and lessening acute admissions.
Efficient Data Review: Auto-labeled arrhythmic events plus integrated analytics shorten physician review times, supporting a higher patient throughput.
Long-Term Monitoring & Follow-Up
Extended Monitoring Capability: RhythmTrack can capture sporadic arrhythmias that short-term recorders (24–48 h) may overlook.
Data for Chronic Conditions: In conditions like heart failure or post-ablation follow-up, continuous telemetry further refines clinical decisions on medication adjustments or interventions.
Syncope & Palpitations: Pinpoints underlying conduction abnormalities (e.g., bradyarrhythmias, tachyarrhythmias) promptly, guiding therapy.
Atrial Fibrillation Surveillance: Continuous MCT is instrumental in capturing paroxysmal episodes that conventional short-term Holters might miss.
Minimal Disruption: Lightweight, comfortable wear fosters better adherence; more data leads to accurate arrhythmia correlation with patient symptoms.
Immediate Event Transmission: Patients avoid the burden of manual trigger-based transmissions (as with older event recorders).
Reduced Hospital/ED Visits: Real-time alerts can preempt complications, enabling outpatient management and lessening acute admissions.
Efficient Data Review: Auto-labeled arrhythmic events plus integrated analytics shorten physician review times, supporting a higher patient throughput.
Extended Monitoring Capability: RhythmTrack can capture sporadic arrhythmias that short-term recorders (24–48 h) may overlook.
Data for Chronic Conditions: In conditions like heart failure or post-ablation follow-up, continuous telemetry further refines clinical decisions on medication adjustments or interventions.