Fragmented cardiac data leads to missed diagnoses, higher administrative burden, and lost revenue for device clinics and cardiology practices. Proprietary file formats often require manual data transfer between systems, which disrupts workflows and increases medicolegal risk. Poor interoperability also drives inconsistent alert handling and unreliable communication between vendor systems and EHRs.
A robust interoperability solution centralizes device data, automates routine tasks, and supports clinical decision-making. Practices that adopt these platforms can decrease time spent on manual work, improve consistency of care, and align remote monitoring programs with sustainable financial performance.
Rhythm360 by RhythmScience is a cloud-based remote patient monitoring platform that focuses on cardiac device interoperability for modern cardiology practices. The vendor-neutral, HIPAA-compliant system integrates data from all major CIED manufacturers into a single view for patient monitoring and documentation.
Key Rhythm360 advantages:
Schedule a Rhythm360 demo to see how a unified workflow could work in your environment.
Effective platforms centralize data from all major CIED manufacturers such as Medtronic, Boston Scientific, Abbott, and Biotronik, along with other cardiac devices, into one workspace. This removes the need to log into multiple portals, which is a major source of administrative overload. Fragmented device and EHR systems create heavy manual work and increase the risk of missed clinical events and revenue leakage.
Real-time data exchange with EHR systems such as Epic and Cerner keeps device data aligned with the rest of the chart. This reduces manual data entry, improves data accuracy, and maintains a single source of truth for each patient. Standards such as HL7 FHIR support secure, structured data exchange across systems.
Advanced interoperability solutions use AI and machine learning to reduce non-actionable alerts and highlight clinically important events such as new atrial fibrillation, ventricular tachycardia, or low battery status. Uncoordinated alert management increases alert fatigue and the risk of delayed responses, so intelligent filtering is essential.
Cardiac interoperability platforms work best when they extend beyond CIEDs to support RPM programs for conditions such as heart failure and hypertension. A single platform for these service lines aligns with integrated and value-based care models.
Interoperability solutions should automate documentation and capture of billable CPT codes for remote monitoring, including 93298, 93299, 99454, 99453, and 99457. Streamlined platforms help identify billing opportunities that often go unrecorded in fragmented environments.
Clinicians need secure, HIPAA-compliant mobile access so they can review transmissions, manage alerts, and sign reports when away from the office. Data security and privacy requirements such as HIPAA and GDPR must be fully addressed for mobile use.
AI supports normalization of heterogeneous device data, identification of connectivity problems, and alignment of different manufacturers’ measurement definitions. AI-enabled digital health platforms can harmonize definitions across data sources and improve data quality.
Feature / Solution | Rhythm360 | Murj | PaceMate | Traditional Methods |
Vendor-neutral data aggregation | CIEDs plus HF/HTN RPM | Partial CIED support | Partial CIED support, including acquired PaceArt | One OEM per portal |
Bi-directional EHR integration | Deep integration with major EHRs | Varies by EHR | Varies by EHR | Manual entry or limited one-way feeds |
Intelligent alert triage (AI) | AI-driven triage, optional CCT oversight | Basic alert management | Basic alert management | Manual review with higher alert fatigue |
Automated CPT code capture | Extensive automation and audit support | Partial automation | Partial automation | Manual tracking with frequent missed charges |
Schedule a Rhythm360 demo to compare this model with your current device management workflows.
Vendor-neutral aggregation is difficult because each device manufacturer uses proprietary formats, data fields, and measurement definitions. Platforms must ingest data from APIs, HL7, XML, and PDFs, then normalize it so values are comparable across vendors. Rhythm360 addresses this by unifying these data streams in one system and applying harmonization logic to maintain clinical reliability.
Interoperability platforms reduce alert fatigue by using AI to filter low-value alerts and highlight urgent findings such as serious arrhythmias, lead issues, or battery depletion. Machine learning can draw on historical patterns to suppress routine traffic while escalating risk. Rhythm360 adds an option for certified cardiac technicians to pre-screen alerts so clinicians see a smaller, more focused queue.
Real-time, bi-directional EHR integration keeps cardiac device data synchronized with the patient’s main record. Data flows from devices into the monitoring platform and then back into the EHR without re-entry, reducing transcription errors. Completed reports and alerts appear in the chart with proper documentation for clinical continuity and billing, so critical information stays visible to the full care team.
These platforms support profitability by automating CPT capture for remote monitoring codes, reducing missed charges, and lowering administrative workload. Automation allows staff to manage more patients without proportional increases in labor. Rhythm360 also makes it easier to launch and scale heart failure and hypertension RPM programs, which can add new, recurring reimbursement streams.
Key requirements include full HIPAA compliance, encryption of data in transit and at rest, strong user authentication, and detailed audit logs. Mobile applications should provide the same safeguards as web access, including options for remote device wipe. Platforms also need clear data governance, change management processes, and tools for managing patient consent and cross-institution data sharing.
Reliable cardiac device interoperability has become a core requirement for cardiology practices that manage growing volumes of implanted devices and RPM data. The seven features outlined here help turn fragmented workflows into coordinated processes that support patient safety and financial stability.
Rhythm360 brings these capabilities together in one platform that unifies cardiac data, streamlines clinical workflows, and supports more complete revenue capture. Schedule a Rhythm360 demo to evaluate how a unified interoperability strategy could support your team and your patients.
