ASSURE Wearable ECG vs Cardiomo
AI Verdict
Choose ASSURE Wearable ECG if…
Choose ASSURE Wearable ECG if you are a clinician managing at-risk cardiac patients who have completed a therapeutic wearable cardioverter defibrillator (WCD) and require continued non-therapeutic monitoring. This tool is ideal for seamlessly extending patient monitoring with automatic episode storage, alert-based notifications, and physiologic trend data, all integrated into the Kestra CareStation for comprehensive clinician review.
View ASSURE Wearable ECG →Choose Cardiomo if…
Choose Cardiomo if you are a healthcare provider or caregiver seeking a comprehensive, medical-grade wearable for continuous and remote heart health monitoring, particularly for detecting cardiovascular diseases and providing timely alerts. This tool is well-suited for patients needing 24/7 vital sign monitoring (ECG, heart rate, respiration, skin temperature) with AI-powered disease detection and real-time notifications for potential life-saving interventions, including fall detection.
View Cardiomo →When choosing between the ASSURE Wearable ECG and Cardiomo, physicians should consider their primary monitoring goals and patient population. The ASSURE Wearable ECG, from Kestra Medical Technologies, excels in continuous heart rate monitoring and data collection for at-risk cardiac patients. Its key features include a SensorFit Garment with embedded ECG sensors, the ASSURE Detection Algorithm with Quad Channel Processing™, and Adaptive Patient Intelligence™ for motion artifact filtering. This tool is best suited for cardiologists seeking a robust platform for detailed ECG analysis and trend data within a dedicated digital healthcare ecosystem.
Cardiomo, on the other hand, offers a broader scope of continuous and remote heart health monitoring, including ECG, heart rate, respiration, and skin temperature, with an AI engine designed to detect cardiovascular diseases and provide timely alerts. Its medical-grade wearable patch and fall detection feature make it particularly relevant for specialties beyond cardiology, such as geriatrics and internal medicine, where comprehensive vital sign monitoring and immediate alerts for patients and caregivers are crucial.
The key practical difference lies in their focus: ASSURE emphasizes advanced ECG analysis and artifact reduction for cardiac-specific insights, while Cardiomo provides a more holistic vital sign monitoring approach with AI-powered disease detection and alerts. Physicians prioritizing in-depth cardiac rhythm analysis and integration into a specialized cardiac platform may lean towards ASSURE. Those needing broader vital sign monitoring, AI-driven disease detection, and features like fall detection for a wider patient demographic, including the elderly, might find Cardiomo more suitable. Both are HIPAA compliant and have FDA clearance.
Reviewed by Pouyan Golshani, MD — Interventional Radiologist
Quick Comparison
| Feature | ASSURE Wearable ECG | Cardiomo |
|---|---|---|
| Pricing | Contact for pricing. | Contact for pricing |
| Deployment | Wearable device, mobile application, and cloud-based remote patient data platform. | Cloud-based with wearable device and mobile app |
| FDA Status | 1 AI-estimated | Unknown |
Head-to-Head
AI-generated assessment across six dimensions based on each tool's documented features and compliance posture. Grounded in public data — not a substitute for hands-on evaluation.
Usability
ASSURE Wearable ECGTool A (ASSURE Wearable ECG) emphasizes a patient-focused design with 'SensorFit Garments' that are breathable, lightweight, machine-washable, and designed for comfort and discretion under clothing. This suggests a higher degree of user comfort and ease of integration into daily life compared to Tool B (Cardiomo), which uses a 'wearable patch' that attaches to the chest with electrodes. While Cardiomo mentions being waterproof and having a long battery life, the garment-based design of ASSURE appears to offer superior comfort and practicality for continuous wear.
Clinical Value
ASSURE Wearable ECGTool A (ASSURE Wearable ECG) is part of the broader ASSURE Cardiac Recovery System, which includes a Wearable Cardioverter Defibrillator (WCD) that has demonstrated 100% successful conversion for ventricular tachycardia and fibrillation (VT/VF) events in a large real-world study. The ASSURE Wearable ECG itself provides continuous heart rate monitoring and data collection for at-risk cardiac patients who have transitioned from the WCD, aiding in diagnosis and prognosis. While Tool B (Cardiomo) is a medical-grade device for continuous vital sign monitoring and AI-powered disease detection, the explicit mention of successful defibrillation conversion and extensive clinical study results for the ASSURE system suggests a more established and comprehensive clinical value for critical cardiac events.
Pricing & Value
TieBoth Tool A (ASSURE Wearable ECG) and Tool B (Cardiomo) require contacting the company for current pricing, making a direct comparison difficult. While Cardiomo previously offered pricing at $200 with a $10 monthly subscription, this information is not current. Without transparent and up-to-date pricing for either tool, it's not possible to definitively determine which offers better value.
Enterprise Readiness
ASSURE Wearable ECGTool A (ASSURE Wearable ECG) is offered by Kestra Medical Technologies, a commercial-stage company with significant funding and a focus on transforming patient outcomes in cardiovascular disease. Their 'Kestra CareStation remote patient data platform' is designed for clinician review and robust management of at-risk cardiac patients, indicating a more developed enterprise-level solution. Tool B (Cardiomo) is also HIPAA-compliant and cloud-based, but the information available does not detail the same level of enterprise-grade platform features or widespread commercial deployment as Kestra's ASSURE system.
Innovation
ASSURE Wearable ECGTool A (ASSURE Wearable ECG) features 'Quad Channel Processingu2122' for high-fidelity ECG and 'Adaptive Patient Intelligenceu2122' for filtering motion artifacts, indicating advanced signal processing and AI capabilities to improve data accuracy. It is also part of a system that includes a WCD capable of autonomous detection and defibrillation, and is noted as the only WCD system that alerts EMS via a patient application after a shock. While Tool B (Cardiomo) also uses an AI engine for disease detection and real-time alerts, the specific technological advancements and comprehensive system approach of ASSURE suggest a higher degree of innovation in addressing challenges in cardiac monitoring and intervention.
Support & Docs
TieBoth tools indicate the availability of support and documentation. Tool A (ASSURE Wearable ECG) mentions 'ASSURE Assist service for post-event support' and resources for both providers and patients. Tool B (Cardiomo) states that it sends alerts to users, relatives, and caregivers, implying a support system. However, neither provides specific details about the breadth, accessibility, or types of documentation and support channels available to allow for a clear differentiation.
Feature-by-Feature
Detail beyond the Quick Comparison summary. For pricing, deployment, BAA, FDA, and HIPAA see the Overview tab.
| Feature | ASSURE Wearable ECG | Cardiomo |
|---|---|---|
| Device Type | Wearable ECG device | Medical-grade wearable patch |
| Core Functionality | Continuous heart rate monitoring and data collection | Continuous vital sign monitoring and AI-powered disease detection |
| Key Monitoring Parameters | Continuous heart rate monitoring | ECG, heart rate, respiration, skin temperature |
| AI/Algorithm | ASSURE Detection Algorithm with Quad Channel Processingu2122, Adaptive Patient Intelligenceu2122 for filtering motion artifacts | AI engine to detect cardiovascular diseases |
| Alerts/Notifications | Alert-based notifications | Real-time alerts and notifications |
| Specialties | Cardiology | Cardiology, Geriatrics, Internal Medicine |
| Additional Features | SensorFit Garment with non-adhesive, embedded, and cushioned ECG sensors, Automatic episode storage, Physiologic trend data, Kestra CareStation remote patient data platform for clinician review | Fall detection, Long battery life (up to 7-10 days) |
Videos
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