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The value of ECG data depends on how efficiently it moves through the organization. With DeepRhythm Platform, compatible recordings enter a centralized cloud workflow where DRAI detects and classifies rhythm events. The platform then processes the results, presents ECG signals and annotations for review, and supports clinical report creation. Less fragmentation. More visibility. Faster progression through the analysis workflow.

Developing a cloud ECG environment internally requires infrastructure, workflow design, AI integration, security controls, visualization, and reporting tools. DeepRhythm Platform brings these capabilities together in one scalable platform. Deploy it with compatible devices and configure the workflow around your organization, from focused diagnostic services to distributed ECG operations.

Sometimes the clinical question is whether you can rule out a meaningful arrhythmia burden. Full-disclosure ECG preserves the complete rhythm record. DRAI brings highly sensitive automated analysis to that data. Recent research shows that increasing time without detected AF can provide progressively stronger information about the probability of clinically relevant AF burden, opening the door to more evidence-driven monitoring strategies.

Your organization may already have monitoring devices, operational processes, and established clinical teams. DeepRhythm Platform is designed to complement that environment. Connect compatible ECG monitoring technology to a cloud-based platform that supports the full journey from recording intake to final report review.

Powered by DeepRhythmAI, DRP helps automate detection, classification, annotation processing, and report preparation. Relevant findings can be prioritized for professional review, helping teams manage greater ECG volumes without treating every part of every recording as equally urgent.

DeepRhythm Platform supports ECG data exchange through the EDF file format, helping organizations bring recordings from different compatible devices into a common cloud-based environment.