Proprietary portals such as Abbott Merlin.net, Medtronic LATITUDE, and Boston Scientific LATITUDE NXT are purpose-built to serve a single manufacturer's device ecosystem. They provide reliable transmission data for that brand but create structural fragmentation the moment a practice implants devices from more than one OEM.
The operational burden of unintegrated systems begins with duplicate demographic entry across portals. This fragmentation leads to stale clinical data when recent hospitalizations are not visible across systems. Missed billing follows when encounters do not flow back to the EHR automatically. The resulting manual reconciliation process elevates audit risk, a documented pattern in multi-vendor cardiac monitoring environments. CIED implant volumes are growing faster than clinical staffing capacity, so every new patient added to a fragmented workflow adds proportional administrative load without a matching efficiency gain.
Vendor-neutral platforms resolve this by acting as a single source of truth. Rather than replacing OEM data feeds, they aggregate them, normalizing API, HL7, XML, and unstructured PDF data into a unified clinical record. This aggregation removes duplicate entry and manual reconciliation, which directly reduces the burdens described above. The decision framework stays simple. When a practice manages devices from two or more manufacturers, the administrative and revenue costs of proprietary portals usually exceed the switching cost of a vendor-neutral implementation.
Review a vendor-neutral vs proprietary cost analysis based on your current device mix.
A unified dashboard replaces the login sequence that defines most device clinic mornings. Staff no longer open Merlin.net for Abbott transmissions, close it, open LATITUDE for Medtronic, close it, then open LATITUDE NXT and repeat. Each portal carries its own alert taxonomy, report format, and documentation standard, which forces staff to context-switch repeatedly before they create a single billable encounter.
Rhythm360 ingests data from all major manufacturers at the same time. When a transmission arrives, the platform normalizes it against a unified patient record that already contains EHR demographics, diagnosis codes, medications, and recent hospitalizations, pulled in real time through bi-directional integration.
Consider a Saturday-morning scenario. A patient with an Abbott ICD transmits an episode of new-onset atrial fibrillation at 6:47 a.m. In a fragmented workflow, that alert sits in Merlin.net until Monday when a technician logs in. In Rhythm360, the alert passes through the AI-powered filtering engine, receives a clinically significant classification, and reaches the on-call clinician's HIPAA-compliant mobile app within minutes. By Saturday afternoon, the patient has been contacted, anticoagulation has started, and the encounter is documented. The University of Chicago Medicine, after implementing Rhythm360, reported that clinicians were able to address issues earlier, "rather than waiting for a 3-month visit, we can call patients in for evaluation."
Walk through a live multi-manufacturer workflow that mirrors your current device clinic.
Alert fatigue functions as a clinical safety issue, not merely an inconvenience. When a high volume of non-actionable transmissions such as routine battery checks, scheduled follow-ups, and minor parameter deviations arrives alongside genuinely urgent alerts, the signal-to-noise ratio degrades. Clinicians begin to deprioritize notifications, and critical events face delays or are missed.
Rhythm360's AI-powered alert triage engine filters non-actionable transmissions before they reach the clinical queue. The system applies configurable clinical rules to classify each incoming transmission by urgency. It routes critical alerts such as ventricular fibrillation, lead malfunction, ERI or RRT indicators, and significant arrhythmia burden to the appropriate clinician immediately. It then batches routine reviews for scheduled processing.
The outcome matches the 80% response-time improvement described in the key takeaways. The University of Chicago Medicine processed more than 73,000 reports annually through Rhythm360 in calendar year 2025, averaging more than 18,000 reports per quarter, with stable dismissal rates. This performance shows that high-volume environments can maintain triage quality at scale without proportional staffing increases.
Configure alert rules for your patient population in a personalized Rhythm360 session.
Remote monitoring of CIEDs generates billable encounters under CPT codes including 93298 (interrogation device evaluation, remote, pacemaker system), 93299 (remote monitoring, ICD), and 99454 (remote physiological monitoring, device supply with daily recording). Each code carries specific documentation requirements such as transmission review, clinical decision, physician signature, and time thresholds that manual workflows routinely fail to capture completely.
Rhythm360 automates CPT code identification and documentation generation at the point of transmission review. When a clinician signs a report, the platform records the required data elements, timestamps the encounter, and writes the billing information back to the EHR through bi-directional integration. Claims that previously fell through the gap between the device portal and the billing system are captured in a consistent way.
The University of Chicago Medicine noted directly that "we have improved billing and accountability for our patients after the integration." Practices implementing Rhythm360 have achieved the revenue gains outlined in the key takeaways through stronger CPT code capture, better staff efficiency, and the addition of RPM service lines for heart failure and hypertension management.
Review a CPT and revenue impact model based on your current device volume.
| Feature | Rhythm360 | Murj | PaceMate |
|---|---|---|---|
| Alert Filtering | AI-powered triage with configurable clinical rules, 80% reduction in critical-alert response time (RhythmScience platform data) | Workflow automation with alert management, specific response-time reduction not publicly quantified | Alert management included, acquired PaceArt from Medtronic, algorithmic filtering depth not publicly quantified |
| EHR Integration Depth | Bi-directional with major EHRs via HL7, writes encounter, report, discrete data, and billing outbound | EHR integration offered, specific bidirectional write-back capabilities not publicly detailed | EHR integration offered, depth of discrete data write-back not publicly detailed |
| Onboarding Speed | Days to weeks including EHR integration setup, while comparable EHR platforms typically require 6–12 months for implementation and go-live | Onboarding timeline not publicly specified | Onboarding timeline not publicly specified |
| Quantified Outcomes | 80% faster critical-alert response, up to 300% revenue lift, 73,000+ annual reports at UCM with stable dismissal rates | Outcome metrics not publicly quantified | Outcome metrics not publicly quantified |
Compare Rhythm360 to your current platform in a side-by-side workflow review.
Rhythm360 integrates bi-directionally with major EHR systems through HL7 interfaces. Inbound data pulls include patient demographics, diagnosis codes, scheduled appointments, medications, and recent hospitalizations, retrieved on demand when a transmission arrives. Outbound writes include encounter creation, e-signed reports, discrete clinical data, and billing information, which removes the manual transcription step that generates most billing leakage.
Data reliability stays above 99.9% transmissibility through a redundant data feed architecture. If an OEM server experiences downtime, Rhythm360's fail-safe layer, which combines computer vision OCR for unstructured PDF parsing and AI-powered gap-filling, ensures that no transmission window is lost. Fragmented systems without this redundancy create stale data conditions that directly increase clinical and compliance risk.
Implementation timelines range from a few days to a few weeks depending on EHR complexity. The onboarding process carries connectivity and mapping work on the vendor side while clinic staff validate data definitions, test patient records, and train on the new workflow. Practices continue existing remote monitoring throughout, with no required downtime.
Pricing follows a SaaS model scaled by clinic size and platform usage, which replaces the high fixed-cost structures common to legacy on-premise systems. This usage-based approach means a solo EP practice and a large integrated health system pay in proportion to the value they receive.
Get a usage-based pricing estimate based on your patient volume and device manufacturer mix.
Implementation follows a structure that minimizes clinical disruption. The onboarding process, including EHR integration, typically completes within a few days to a few weeks. The Rhythm360 implementation team handles the technical work such as API connectivity, HL7 mapping, and data normalization configuration. Clinic staff participate in data validation and workflow training during a defined window, while existing remote monitoring continues uninterrupted. The platform does not replace OEM data feeds; it aggregates them, so no patient monitoring gap appears during the transition.
Rhythm360 ingests and normalizes data from all major OEM portals going forward from the go-live date. The team defines historical data migration scope during the discovery and scoping phase of onboarding. For most practices, the priority focuses on establishing a clean, unified workflow for current and future transmissions, while historical records remain accessible in their original OEM portals as needed. The bi-directional EHR integration ensures that all post-implementation encounters, reports, and billing data write directly to the practice's existing EHR system, which creates a continuous and auditable clinical record from day one.
Vendor-neutral consolidation does not remove the need for certified cardiac device technicians. It changes how their time is allocated. By removing redundant portal logins, manual data transcription, and fragmented alert queues, the platform allows existing staff to review more transmissions per shift, respond to critical alerts faster, and spend more time on clinical decision-making rather than administrative reconciliation. The University of Chicago Medicine demonstrated this at scale, processing the high report volume described earlier with a stable clinical team. Practices experiencing technician burnout from administrative overload typically see clear improvement in staff satisfaction and retention after consolidation.
The platform automates the documentation elements required for remote monitoring CPT codes including 93298, 93299, 99454, and related RPM codes. When a clinician reviews and signs a transmission report, Rhythm360 records the required data elements such as transmission date, review timestamp, clinical findings, and physician attestation. It then writes the completed billing information to the EHR through the bi-directional integration. This process creates an auditable documentation trail for each billable encounter without manual entry into a separate billing system. Practices that previously relied on manual CPT tracking report substantial reductions in claim rejections and previously uncaptured revenue after implementation.
Rhythm360 includes distinct but integrated service lines for both CIED remote monitoring (Rhythm-CIED) and remote physiological monitoring for heart failure and hypertension (HF or HTN RPM). The HF or HTN service line supports devices including CardioMEMS pulmonary artery monitors and standard RPM sensors, with automated billing support for CPT codes 99453, 99454, and 99457. Practices can launch a new RPM revenue stream for their chronic disease population using the same platform and EHR integration already in place for their device clinic, without adding a separate vendor relationship or workflow.
The operational, clinical, and financial case for replacing fragmented OEM portal workflows, including Abbott Merlin.net, with a vendor-neutral platform is well-established in 2026. Separate proprietary portals create administrative burden that scales linearly with patient volume, alert fatigue that degrades clinical safety, and billing leakage that directly reduces practice revenue. A unified platform such as Rhythm360 addresses all three at once by consolidating multi-manufacturer CIED data into a single dashboard, applying AI-powered triage to achieve the response-time gains described above, and automating CPT documentation to reach the revenue recovery described earlier. Bi-directional EHR integration, greater than 99.9% transmissibility, and a days-to-weeks onboarding timeline make the transition operationally achievable for practices of any size.
See Rhythm360 consolidate your Abbott, Medtronic, Boston Scientific, and Biotronik data in a single live walkthrough.
