PMcardio for Organizations

PMcardio for Organizations is an AI-powered cardiovascular diagnostics and care coordination platform, built to transform how hospitals and emergency teams manage chest pain patients - from first contact to definitive treatment.

Core Features:

• AI ECG Interpretation at Scale: AI models trained on 2.5M+ ECGs, delivering highly accurate detection of heart attacks and other critical conditions.

• Faster Triage, Faster Care: Proven to cut door-to-balloon times by up to 48 minutes overall and 6 hours in STEMI equivalents, enabling earlier interventions and saving lives.

• Broad Clinical Coverage: Supports 40+ ECG-based diagnoses, including STEMI and STEMI equivalents (Queen of Hearts™), arrhythmias, conduction abnormalities, and heart failure (LVEF) - improving accuracy across the entire ACS pathway.

• Workflow Integration: Securely connects EMS, ED, and cardiology teams in real time, ensuring seamless communication and faster consensus on treatment.

• Enterprise-Grade Security: GDPR, HIPAA, ISO 27001, and SOC2 compliant - safeguarding patient data at every step.

Real-World Impact:

PMcardio’s Queen of Hearts AI model, rigorously validated in 15+ clinical studies (including two ongoing RCTs), closes this gap by:

• Achieving 2x higher sensitivity for early STEMI detection by identifying STEMI equivalents

• Delivering a 90% reduction in false positives, minimizing unnecessary activations

• Enabling 48-minute average door-to-balloon time savings, with higher adherence to ESC/ACC/AHA guidelines

By augmenting clinicians at the first point of care — from rural EMS crews to PCI hub hospitals — PMcardio ensures the right care, at the right time, anywhere.

PMcardio OMI AI ECG Model and PMcardio Core AI ECG Model are regulated as medical devices and are intended for use by healthcare professionals. Indications for use for both models are available here: https://www.powerfulmedical.com/indications-for-use/

Users must seek doctor’s advice in addition to using this app and before making any medical decisions.