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2023 HRS/EHRA/APHRS/LAHRS Remote Device Clinic

Expert Consensus on Practical Management

Published: Heart Rhythm (2023)
Societies: HRS / EHRA / APHRS / LAHRS / ACC / AHA
DOI: 10.1016/j.hrthm.2023.03.1525
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Remote Monitoring Overview & Value

Key Takeaway: Remote monitoring (RM) is the standard of care for all patients with cardiovascular implantable electronic devices (CIEDs). RM reduces hospitalizations, improves detection of actionable events (AF, device malfunction, battery depletion), and requires prompt patient enrollment, connectivity optimization, organized alert workflows, and multidisciplinary staffing.

Core Recommendations

RecommendationCORLOE
RM Standard of Care — RM is recommended as part of standard care for all CIED patients.1A
Surveillance — Routine surveillance of lead function and battery status is recommended.1B-R
Continuous Connectivity — For devices capable of continuous connectivity, maintain connectivity for ongoing data collection.1C-E0

Patient Enrollment & Connectivity Optimization

Enrollment Timing

Device TypeTimingCORLOE
ILREnroll prior to discharge to ensure daily diagnostic data availability.1C-E0
CIED (PM/ICD/CRT)Enroll within 2 weeks of implantation.2aB-NR

Optimize Patient Connectivity

Connectivity Management

  • Establish dedicated process with trained staff to troubleshoot disconnections
  • Rapid reconnection reduces gaps in monitoring and improves outcomes
  • Barriers: poor internet access, device setup confusion, hardware failure, smartphone incompatibility

Staffing Models & Organizational Requirements

Staffing Ratios

RequirementCORLOEDetails
Team Model1B-NRTeam-based organizational model with formal policies, clear role definitions, and qualified staff.
Dedicated Time1B-NRAdequate dedicated time for all RM tasks (scheduled/unscheduled transmissions, follow-up, admin).
FTE Minimum2aC-LDMinimum 3.0 FTE per 1000 CIED patients (both clinical + administrative staff).

Staff Certification & Training

Credentialing Options

  • IBRHE CCDS/CDRMS — Certified Cardiac Device Specialist/Monitoring Specialist
  • ABIM/ABEM Cardiology — Board certification in Cardiovascular Disease or Electrophysiology
  • HRS365 + Annual Conference — Online learning platform + educational conference attendance
  • Institution-Specific Training — Manufacturer platform training + ongoing QI review

Remote Monitoring Technology & Transmission Models

Noncontinuous RM (Scheduled)

Transmission Frequency by Device Type

Pacemakers: Every 3–12 months 1
ICDs: Every 3–6 months 1
ERI/EOS Approach: Increase to every 1–3 months when device nears end-of-life 1

Site-Based RM (Shared Transmitter)

When to Use Site-Based Model

Setting: Centers without on-site device interrogation 2a
Application: Emergency departments, urgent care, remote clinics. Shared transmitter for unscheduled interrogation. 2a
Benefit: Expedited device evaluation without on-site programmer; data uploaded to manufacturer cloud for expert review.

Alert-Based RM (Continuous Connectivity)

Continuous Connectivity Model

Mechanism: Daily automated data transmission with alerts for pre-defined clinical events (AF, device issues, battery status). 1
Organization: Requires organized triage workflow, standardized response times, clear escalation pathways. 1
Benefit: May reduce need for structured in-clinic follow-ups; allows risk-based care prioritization.

Programming for Clinical Indications

Device/Manufacturer-Specific Knowledge

RequirementCORLOE
System Knowledge: Clinic staff must be knowledgeable about specific differences between manufacturers' devices and RM platforms.1C-E0

Programming by Device Type

ICD Alert Programming

Customize thresholds to patient's clinical profile and comorbidities. 1
Shock therapies: Program alerts for all shock deliveries. 1
HF diagnostics: Remotely monitor HF indicators (fluid status, activity, HR variability). 2a
Atrial arrhythmia monitoring: Program alerts for AF episodes based on patient burden and clinical risk. 2a

Special Considerations: Implantable Loop Recorders

ConsiderationCORLOE
Actionable Event Review: Clinic staff must review electrocardiograms to exclude misdiagnoses before acting on ILR alerts.1B-NR
False Positive Reduction: Reprogram sensitivity in ILRs with frequent undersensing/oversensing.1B-NR
Syncope Documentation: Emphasize patient need to mark symptoms or send manual transmission immediately after syncope.1B-NR
Cryptogenic Stroke: Consider sensitivity adjustment to improve AF detection in cryptogenic stroke patients.2aB-NR

Alert Management & High-Priority Alert Definition

RED vs YELLOW Alert Prioritization

Alert Taxonomy: RED alerts require immediate/same-day review (lead failure, shock delivered, device reset, end-of-life). YELLOW alerts warrant 1-business-day review (recommended replacement, mode switch, AF detected new onset, threshold out of range).
Alert TypeCORLOERecommendation
High-Priority Alerts1B-RFor critical device/lead function concerns, program high-priority alerts to promptly notify clinic.
Minimize Nonactionable Alerts1C-E0Reprogram alert parameters after sufficient data collection to avoid burden of noninformative alerts.

Timeline for Alert Response

Response TypeCORLOE
Patient/Caregiver Notification: Patients must understand RM does NOT substitute for emergency system (call 911 for acute symptoms).1C-E0
High-Priority Alert Review: Clinic should review and respond to high-priority alerts within 1 business day.2aC-E0
Clinical Pearl: Most RM clinics do not operate 24/7. Emphasize to patients that RM is a surveillance tool, not an emergency response system. Patients with acute symptoms (syncope, severe dyspnea, chest pain) should call 911 immediately rather than waiting for RM clinic review.

Remote Monitoring Reporting & Documentation

Communication to Patients

ComponentCORLOE
Mode of Delivery: Results should be shared with patients based on preferences (mail, email, patient portal, phone call) and clinic workflows.2aC-E0
Privacy Maintenance: Patient health information must remain private when incorporating RM reports into EHRs.1C-E0

Components of Comprehensive RM Report

Essential Report Elements:
  • Device identification (type, serial, implant date)
  • Battery status (voltage, ERI/EOS indicators)
  • Lead integrity (sensing/pacing thresholds, impedance, noise episodes)
  • Pacing burden (% atrial/ventricular, biventricular % for CRT)
  • Arrhythmia summary (AF burden, VT/VF episodes, shocks delivered)
  • HF diagnostics (fluid index, activity, HR variability if available)
  • Clinical actions recommended (reprogramming, in-person eval, referral)

Patient Education & Engagement

Education for Participation & Compliance

TopicCORLOE
Plain Language: Deliver education at basic reading level, individualized to patient preferences, throughout continuum of care.1C-LD
Pre-Implant Education: Comprehensive patient/family education prior to implantation guides shared decision-making on device selection.1C-E0
Connectivity Importance: Emphasize ongoing connectivity for improved compliance and monitoring effectiveness.1C-E0
Hands-On Training: Provide hands-on education session with RM device/transmitter.2aC-LD

Key Education Components

  • What is RM? How does it work? What information does it provide?
  • Why is RM important? (Early detection of AF, device problems, battery status)
  • Connectivity requirements (WiFi/cellular, transmitter placement, troubleshooting)
  • Transmission schedule (How often? What if there's a gap?)
  • Emergency action plan (RM is NOT emergency system; call 911 for acute symptoms)
  • Clinic communication (How results shared? Timeline for contact?)

Manufacturer Responsibilities

Support at Implantation & Optimization

ResponsibilityCORLOE
Enrollment Support: Manufacturers should provide adequate resources to ensure enrollment/connectivity before discharge or within 2 weeks.1C-E0
Staff Training: Provide adequate training on platform-specific alert programming to minimize inappropriate alerts.1C-E0
Reliable Systems: Provide RM systems that are reliable, accurate, and meet patient needs.1C-E0
Disconnection Notification: Provide prompt notification of disconnection to clinic and patient to restore connectivity.1C-E0
Safety Advisory Management: Contact clinics immediately with advisory details and optimal alert setting guidance.1C-E0

Third-Party Resources & Outsourcing

When to Use Third-Party Services

Use CaseCORLOE
Workload Relief: It is reasonable to use third-party resources to alleviate RM workload for staff.2aC-E0
Patient Communication: Inform patients about use of third-party resources to facilitate care.2aC-E0

Third-Party Service Options

  • Triage-Only: Alert review, data organization, preliminary screening
  • Comprehensive: Full workflow including enrollment, transmission review, clinical interpretation, reporting
  • Telehealth Integration: Remote programming support, patient consultation, device interrogation facilitation
  • Data Analytics: Population health insights, quality metrics, guideline benchmarking

Risks of Outsourcing

  • Data Privacy/Security: Ensure HIPAA compliance and secure data transfer
  • Loss of Personal Connection: Patients may perceive reduced direct contact with clinic
  • Quality Variability: Ensure third-party staff are appropriately trained and certified
  • Liability: Clear contracts defining responsibilities and escalation pathways

Related Calculators for Device Clinic Management

These risk calculators complement RM decision-making by stratifying patients for arrhythmia risk, anticoagulation decisions, and device optimization: