Medical365 pacemaker tracking software manages CIED follow-ups, battery longevity, pacing thresholds & lead impedance for Indian hospitals. ABDM compliant.
Pacemaker tracking software is a specialized clinical registry and interrogation documentation system designed for cardiology electrophysiology clinics. It tracks permanent pacemakers, implantable cardioverter-defibrillators (ICDs), and cardiac resynchronization therapy (CRT) devices, logging battery status, lead impedance, sensing and pacing thresholds, and programming parameters across regular follow-up visits.
Addressing high-volume OPD congestion, diagnostic fragmentation, and statutory healthcare regulations.
Cardiac implantable electronic devices (CIEDs)—including single-chamber and dual-chamber permanent pacemakers, ICDs, and biventricular CRT-D units—are life-sustaining therapies for hundreds of thousands of Indian cardiac patients. Ensuring patient safety over the lifetime of an implanted device requires meticulous, longitudinal clinical follow-up.
In traditional hospital practice, pacemaker follow-up is documented on disjointed paper programmer printouts, handwritten device clinic registers, and patient-held paper cards. When patients present to emergency rooms with syncope or device shocks, treating doctors frequently lack access to crucial device details: what model is implanted? When was it inserted? What are current battery voltages and estimated longevity? Are the leads showing signs of insulation failure or fracture?
Medical365's Pacemaker Tracking module establishes a centralized, digital device clinic registry. It records implantation surgical details, serial numbers of pulse generators and leads, interrogation telemetry trends (battery voltage, impedance, pacing thresholds), and manufacturer recall alerts, ensuring complete patient safety and immediate clinical visibility during emergency presentations.
Engineered with medical sub-specialists to eliminate manual charting friction and enforce clinical protocol rigor.
Maintains structured registries for Pacemakers (IPG), ICDs, CRT-P, and CRT-D devices from Medtronic, Abbott (St. Jude), Boston Scientific, and Biotronik, logging model numbers, serials, and implantation dates.
Tracks atrial and ventricular leads: manufacturer, model, fixation type (active vs. passive), polarity (unipolar vs. bipolar), and anatomical implantation position (RV apex, RV septum, His bundle, left bundle).
Records serial follow-up metrics: battery voltage (V), battery impedance (Ω), estimated remaining longevity (months/years), sensing thresholds (mV), pacing capture thresholds (V at ms), and lead impedance trends.
Documents programmed pacing modes (DDDR, VVIR, CRT), lower and upper rate limits, AV delays, rate response settings, shock vector programming, and anti-tachycardia pacing (ATP) protocols.
Cross-references implanted generator and lead model numbers against manufacturer advisory notices and CDSCO medical device safety alerts, flagging affected patients for early review.
Generates tamper-proof digital patient device cards containing implant details, doctor emergency contacts, and MRI safety guidelines accessible on the patient's mobile device.
High-resolution data flow architecture connecting point-of-care capture, diagnostic instruments, and national health registries.
A transparent 5-stage digital pathway standardizing patient care from initial requisition to longitudinal review.
Electrophysiologist or device technician interrogates pulse generator using device programmer in the outpatient device clinic.
Battery voltage, lead impedance, pacing thresholds, and detected arrhythmia episodes are logged into structured clinic forms.
Software compares current impedance and thresholds against baseline to detect lead micro-dislodgement or insulation breaches.
Any adjustments to pacing rate, voltage output, or sensitivity are documented with clinical justification.
Comprehensive interrogation summary generates, next follow-up appointment books, and updated device status reflects in EMR.
Medical365 Pacemaker Tracking satisfies the strict implant traceability requirements established by the National Accreditation Board for Hospitals & Healthcare Providers (NABH) and the Central Drugs Standard Control Organisation (CDSCO).
All device serial numbers, interrogation logs, and reprogramming records are encrypted via AES-256 and stored in compliance with the DPDP Act 2023. Seamless FHIR integration links device parameters into the patient's national Ayushman Bharat Health Account (ABHA).
See how automated digital intelligence transforms efficiency, reduces diagnostic turnaround times, and protects clinical revenue.
| Feature / Requirement | Conventional Manual Practice | Medical365 EMR Solution ★ |
|---|---|---|
| Device Registry |
✕ Manual Method: Paper register books or loose index cards at device clinic |
✓ Medical365 Solution: Centralized, searchable cloud device registry accessible hospital-wide |
| Battery Longevity Tracking |
✕ Manual Method: Estimated manually by checking old thermal printout slips |
✓ Medical365 Solution: Longitudinal graphing of battery voltage and impedance trends |
| Lead Failure Detection |
✕ Manual Method: Requires manually comparing handwritten impedance numbers across files |
✓ Medical365 Solution: Automated visual alerts when lead impedance spikes or drops >200 Ω |
| Emergency Identification |
✕ Manual Method: Patient must carry paper card; unavailable if unconscious |
✓ Medical365 Solution: Instant lookup in hospital EMR via patient phone number or UHID |
| MRI Safety Verification |
✕ Manual Method: Searching device manual to determine MR-conditional status |
✓ Medical365 Solution: Automated flagging of MR-conditional status for generator and leads |
Seamless bidirectional data sharing across all hospital clinical departments and diagnostics.
Clinical, technical, and regulatory answers for hospital directors and medical specialists.
Medical365 tracks lead impedance over time. If pacing impedance drops below 250 Ω (suggesting insulation defect) or rises above 1,500 Ω (suggesting lead fracture or loose set screw), the system triggers an immediate visual clinical warning.
Yes. The registry records whether both the implanted pulse generator and all attached leads are MR-conditional, including specific magnet strength (1.5T / 3.0T) and SAR restrictions.
Yes. The software includes dedicated anatomical lead location tags for physiological conduction system pacing, including His-bundle pacing (HBP) and Left Bundle Branch Area Pacing (LBBAP).
Clinicians can log arrhythmia burden percentages (e.g. daily AFib burden), non-sustained VT runs, and delivered therapies (anti-tachycardia pacing attempts or high-voltage defibrillation shocks).
Administrators can search the device registry by model or lot number to instantly identify every patient implanted with the affected hardware, generating contact lists for urgent evaluation.
Yes. Patients and family members can view and present their digital device ID card—complete with model numbers, implant date, and emergency contact numbers—directly from the Medical365 patient mobile app.
