epTools vs iPacemaker AI Follow

Trusted for over 15 years by heart rhythm professionals worldwide, epTools is a collection of useful tools for the evaluation of heart rhythm disorders. It is available on iPhone and iPad devices. Resources include algorithms used to localize arrhythmia substrates and reference guides to assist in the identification and, management of cardiac rhythm disorders and tools to calculate commonly used measurements and risk scores. Peer-reviewed algorithms are implemented by tools via an intuitive user interface. References are provided. Tools guide the user or AI through a series of questions to arrive at an answer while providing a graphical visualization of their progress and result of their analysis. Use of the save path to image feature allows users to save an image of the current decision path when using many of the decision analysis tools included. These images, which appear in the photo album, may be useful to communicate findings with colleagues. Included tools: Preexcitation variant localization: Arruda, Milstein, Taguchi , D'Avila, Li, Pambrun, Baek and Crinion and O'Leary et al. Atrial tachycardias: Ellenbogen and Kistler et al (localization ) De Ponti et al tool (calculates the appropriate mapping window for isthmus identification) Miyazaki et al (localizes macro reentrant ATs based on pacing responses) Ischemic ventricular tachycardia localization: Miller, Segal and Andreu et al) Idiopathic ventricular tachycardia and premature ventricular contraction: Ito, Park and Enriquez et al (localization) ABC-VT Risk Score Differentiation of left vs right ventricular outflow tract sites: QRS-RVA Interval V₂S/V₃R Index TZ Index V₂ Transition ratio R/S-wave Amplitude, R-Wave Duration, R-wave amplitude, V₂QRSI40 and RV₁-₃ indices. Differentiate endocardial from epicardial VTs: Maximum deflection index Daniels and Berruezo et al criteria Differentiate SVT from VT: Brugada, Verckei and Moccetti et al Disease Assessment: Consensus criteria for ARVD/C and Short QT Syndrome 5-yr risk of SCD in HCM (O'Mahon et al, and AHA)and LQTS (1-2-3-LQTS-Risk) 5-yr risk of life threatening VTA with LMNA variant Inadequate DFT safety margin (Hsu et al ) LA arrhythmogenic substrate (Kosiuk et al, D'Ambrosio et al) 30-day mortality after PPM and ICD lead extraction (Brunner et al) 1-4 year mortality in 1° prevention ICD placement (Bilchick et al, SHOCKED) Shanghai score (Brugada Syndrome), VT prediction in ARVD/C (Cadrin-Tourigny et al.) Suspicious Index In Lyme Carditis (SILC) PADIT and BLISTER CIED infection risk Misc: Confirm conduction system capture with LBBAP. myPace personalized heart rate calculator A CIED/electrocautery manager is included. Detailed preoperative plans can be created and shared by text or email. Clinical guidelines and consensus statement resource i CHADS₂, CHA₂DS₂VASc and ATRIA stroke risk, HAS-BLED bleeding risk scores, QT correction heart rate (Bazett or Fredericia, Hodges) and left bundle branch block (Bogosian and Yankelson et al)

iPacemaker Follow-up is an independent educational and technical-reference app developed for electrophysiologists, hospital device technicians, medical-device company specialists, and other professionals working with pacemakers, ICDs, and cardiac resynchronisation devices. Explore more than 150 educational cases with supporting materials, structured explanations, quizzes, programming examples, troubleshooting pathways, and device follow-up tutorials. A subscription is required to access the full content. **EDUCATIONAL CASES** Work through more than 150 de-identified educational cases covering cardiac rhythms, device behaviour, stored electrograms, programmer strips, ECGs, radiographic images, and other relevant technical documentation. **AI TUTOR** Use the integrated AI Tutor to explore the educational cases in greater depth. Ask questions about the case material, review technical concepts, and receive explanations intended to support learning and interpretation. AI-generated responses may contain errors and must be independently verified. Do not enter identifiable patient information or use the AI Tutor for patient-specific decisions. **QUIZZES** Test your knowledge with more than 150 questions organised by topic, device category, difficulty level, and manufacturer. Topics include pacemakers, ICDs, CRT devices, programming concepts, and device behaviour. **TROUBLESHOOTING** Review structured explanations of oversensing, undersensing, capture failure, output failure, rhythm misclassification, inappropriate therapy, and other device-related observations, illustrated through educational case examples. **PROGRAMMING** Explore programming principles and examples across different clinical scenarios and device platforms. Content is provided for professional education and does not replace current manufacturer documentation or patient-specific clinical assessment. **REMOTE MONITORING** Review educational examples related to remote device monitoring, transmitted data, alerts, and the interpretation of follow-up information. **TUTORIALS** Access tutorials covering device interrogation, programmer navigation, troubleshooting workflows, programming concepts, remote monitoring, and other technical aspects of cardiac-device follow-up across major manufacturers. **PROFESSIONAL EDUCATION AND TECHNICAL REFERENCE ONLY** iPacemaker Follow-up is not intended for diagnosis, patient-specific evaluation, treatment selection, device programming, emergency use, or as a substitute for manufacturer instructions, clinical judgement, or institutional protocols. iPacemaker is an independent product and is not affiliated with, sponsored by, or endorsed by any cardiac-device manufacturer. Company names, product names, and trademarks belong to their respective owners and are used solely for identification and educational reference.