Cardiology teams often work across multiple OEM portals, EHRs, and manual workflows. This fragmentation increases transcription errors and slows clinical decisions. Cardiac device management modules now track implantation, diagnostics, and battery life while supporting real-time remote monitoring integration, which supports automated alerts and device adjustments inside the EHR.
Inefficient data management also affects the revenue cycle. Missed or delayed capture of billable events leads to revenue loss for RPM and device follow-up services. Integrated EHR and RCM platforms now support real-time claim tracking and analytics-driven optimization of the revenue cycle, which helps close these gaps.
Patient outcomes depend on secure, timely access to comprehensive cardiac data. Modern systems apply advanced encryption, strict access controls, and regular security updates to maintain HIPAA compliance and protect patient information.
Rhythm360 provides a vendor-neutral platform that unifies implantable and wearable cardiac device data in one cloud-based system. The platform supports deep, bidirectional integrations with EHR systems such as Epic, Cerner, and Athenahealth through HL7 interfaces, which helps maintain a single patient record.
Rhythm360 ingests data from major CIED manufacturers and sensors such as CardioMEMS through APIs, HL7, XML, and computer vision for PDF parsing. Its AI services normalize and map incoming data, identify connectivity issues, and support high data transmissibility so clinicians see a complete and reliable cardiac history.
Cardiology practices use Rhythm360 to reduce time spent in multiple OEM portals, lower alert fatigue through intelligent triage, and extend RPM programs for heart failure and hypertension with integrated billing and CPT code support.
Schedule a Rhythm360 demo to review how the platform supports your team.
Rhythm360 focuses on consolidating cardiac data from CIEDs, wearables, and RPM devices into one workflow. The platform applies AI to normalize data from APIs, HL7 feeds, XML, and scanned reports, which supports a single source of truth for each patient.
Clinicians gain a unified dashboard for device transmissions, alerts, and RPM metrics. Practices often report shorter response times for high-priority alerts and lower administrative effort for documenting and billing RPM and device services.
Murj is a cloud-based platform that emphasizes workflow automation for cardiac device clinics. The system centralizes data from multiple manufacturers and supports structured workflows for reviewing transmissions and producing reports.
Practices use Murj to cut manual data entry, standardize review processes, and generate consistent documentation, which can support both clinical decision-making and billing.
PaceMate offers a cloud-native platform for device clinics and RPM programs. The system is built to ingest data from a wide range of devices to create a more complete patient record that includes remote monitoring activity.
Clinicians see a consolidated view of device and RPM data, while administrators gain tools to align documentation with remote monitoring CPT codes and reduce reconciliation work across portals.
Implicity applies AI models to incoming cardiac device data to filter non-actionable transmissions and surface higher-risk events. This approach aims to reduce alert volume while keeping critical issues visible.
Electrophysiologists and device staff use Implicity to focus on urgent alerts, which can support faster intervention and a more manageable inbox for remote monitoring clinics.
RMG combines cardiology software with outsourced monitoring services. Its platform organizes device data and supports workflows used by the RMG monitoring team and by practice staff.
Smaller practices or groups with limited technician capacity can use RMG to shift some alert review and follow-up work to external specialists while maintaining visibility into patient status and documentation.
Octagos provides AI-based filtering of non-actionable transmissions and focuses strongly on bidirectional EHR integration. Its goal is to keep device data synchronized with the clinical chart.
Clinicians see updated device summaries inside the EHR, and administrators benefit from automated documentation that supports billing and reduces duplicate data entry.
Platforms such as Sevocity and nAbleMD represent general cloud-based EHRs with cardiology modules rather than dedicated device systems. They offer specialty templates and structured cardiology workflows.
These EHRs support scheduling, documentation, and billing in one system. Cardiology modules can include structured fields for device and RPM notes, and specialized templates and automated transfer of clinical and device data help reduce manual entry and associated errors.
Feature | Rhythm360 | Murj | Implicity | General EHR with Cardio Module |
Vendor Neutrality | Yes, all major OEMs | Yes | Yes | Limited or via third party |
AI Data Reliability | High transmissibility with redundant feeds and AI mapping | Moderate, workflow focused | High, alert filtering | Low, basic input |
Alert Triage | AI triage with optional 24/7 CCT oversight | Standard alert lists | AI-driven prioritization | Basic EHR notifications |
RPM Integration | HF and HTN service lines with CPT support | Basic RPM | Specialized RPM tools | Varies, often add-on modules |
Schedule a demo with Rhythm360 to review how unified cardiac data management can support your practice's workflows and revenue goals.
Q: How do modern platforms reduce alert fatigue in remote monitoring?
A: Many platforms apply rules or AI models to incoming device and RPM data. Systems such as Rhythm360 prioritize clinically significant events, including new arrhythmias, device issues, or concerning weight changes in heart failure patients. This approach suppresses non-actionable noise, reduces the number of alerts reaching the care team, and supports faster responses to high-risk events.
Q: Can these solutions integrate with existing EHRs and multiple device manufacturers?
A: Most modern cardiology platforms are designed to be vendor-neutral and to integrate with common EHRs. Rhythm360, for example, aggregates data from major CIED manufacturers into one platform and supports bidirectional HL7 integrations with EHRs such as Epic, Cerner, and Athenahealth. This structure helps eliminate duplicate data entry and maintains a unified patient record across systems.
Q: What effect can these platforms have on a cardiology practice's revenue cycle?
A: Cardiology practice management and RPM platforms support the revenue cycle by tracking billable events, aligning documentation with CPT requirements, and streamlining charge capture. Rhythm360 and similar systems help practices document remote monitoring and device services more consistently, which can recover previously missed revenue and support scalable, recurring RPM programs.
Cardiology practices face growing data volumes from implantable devices, wearables, and remote monitoring programs. Software that consolidates this data, filters alerts, and integrates with the EHR helps clinicians act quickly and reduces administrative workload.
Rhythm360 offers a vendor-neutral platform designed for these demands, with tools for unified cardiac data, AI-supported triage, and integrated RPM billing. Practices that want to evaluate this approach can schedule a Rhythm360 demo and review how the platform aligns with their clinical and financial objectives.
