8 ACC key objectives
Editorial, Press

Exploring the 8 Key Objectives and Applications of Remote Patient Management

Exploring the 8 Key Objectives and Applications of Remote Patient Management Remote Patient Management (RPM) is more than just a technological innovation; it’s a game-changer in how we deliver cardiovascular care. The American College of Cardiology has highlighted eight critical objectives* that illustrate the transformative potential of RPM: 1. Increased Access to Care: RPM extends medical services to remote or underserved areas, ensuring that geographical barriers no longer impede quality healthcare.2. Prolonged Monitoring: By monitoring patients over an extended period, RPM enhances diagnostic accuracy and sensitivity, enabling more informed clinical decisions.3. Early Disorder Detection: RPM captures conditions that may go unnoticed during routine visits, such as arrhythmias or masked hypertension, offering a more comprehensive view of a patient’s health.4. Early Intervention: RPM allows for the early detection of disease deterioration, enabling timely management strategies that can prevent major cardiovascular events like heart attacks or hospitalizations.5. Lifestyle Improvements: Continuous monitoring through RPM supports treatment effectiveness, guiding adjustments that can significantly improve a patient’s lifestyle and overall well-being.6. Reduced Side Effects: By closely monitoring treatment responses, RPM helps minimize side effects and complications, optimizing patient outcomes.7. Enhanced Perioperative Outcomes: RPM improves outcomes around surgeries and procedures, ensuring safer discharges and reducing the risk of complications.8. Screening High-Risk Populations: RPM is crucial for screening and identifying under-detected health conditions in high-risk populations, enabling proactive interventions. As RPM continues to evolve, its integration into cardiology practice is not just a trend but a necessity. These objectives underscore the potential of RPM to revolutionize patient care, making it more proactive, personalized, and efficient. * »Remote Patient Management Workbook, » 2024, Das et al.

SignalHF
Editorial, Press

Revolutionizing Heart Failure Care: Introducing SignalHF AI Algorithm

Revolutionizing Heart Failure Care: Introducing SignalHF AI Algorithm SignalHF*, an FDA-cleared AI algorithm, is becoming an essential ally for cardiac remote monitoring teams in a groundbreaking stride toward proactive healthcare management. With its capability to predict heart failure hospitalizations within 30 days, SignalHF stands at the forefront of a new era in cardiovascular care, enabling timely interventions. Heart failure, a chronic condition affecting millions globally, presents a significant burden on healthcare systems and individuals alike. Despite advancements in treatment modalities, preventing decompensations and hospitalizations remains a challenge. However, with the advent of artificial intelligence and predictive analytics, the landscape of heart failure management is undergoing a profound transformation. SignalHF, developed through rigorous research and testing, harnesses the power of machine learning to analyze diverse patient data and identify subtle patterns indicative of impending cardiac decompensations. By integrating various parameters such as physiological data, demographics, lead measurements, episodes, and therapies, SignalHF generates a comprehensive risk assessment tailored to each individual. SignalHF’s key strength lies in its proactive approach to healthcare. Rather than reacting to acute events, remote monitoring teams can intervene preemptively, potentially averting hospitalizations and improving patient outcomes. Its alert system is central to SignalHF’s functionality, which triggers notifications when a patient’s SignalHF score surpasses a predefined threshold. These alerts serve as a call to action for healthcare teams, prompting timely interventions such as medication adjustments, lifestyle modifications, or closer monitoring. By facilitating early interventions, SignalHF empowers clinicians to deliver personalized care and avoid adverse events. The launch of SignalHF heralds a new chapter in managing heart failure, characterized by proactive risk mitigation and personalized care delivery. As healthcare systems worldwide grapple with the challenges of rising chronic disease prevalence and constrained resources, innovative solutions like SignalHF are poised to transform patient care. *SignalHF is an FDA-cleared Class II medical device. See the instructions for use for more information.

Signal HF AI
Press, Press Release

Implicity Earns FDA Clearance for New Heart Failure Prediction Algorithm

Implicity Earns FDA Clearance for New Heart Failure Prediction Algorithm Cutting-edge tool analyzes data from cardiac remote monitoring devices to assess whether a patient is at high risk of experiencing worsening heart failure, enabling medical teams to intervene and avoid hospitalization.  Cambridge, Mass., May 17, 2024 – Implicity, a leader in remote patient monitoring and cardiac data management solutions, announced it has received 510(k) clearance from the U.S. Food and Drug Administration (FDA) for a new groundbreaking algorithm, SignalHF*, used in its remote monitoring solution.  Implicity was the first private company authorized to access the Health Data Hub, one of the largest databases of patients with heart diseases in the world. Based on the Health Data Hub complete medico-administrative database and comprehensive datasets from Implicity’s AI-based remote monitoring platform, the Implicity team trained and validated a machine learning algorithm that assesses the risk of future heart failure events, enabling physicians to intervene before a patient requires hospitalization.  “Heart failure remains a significant healthcare challenge, contributing to approximately one million hospitalizations each year. Preventing even a portion of these would be a game-changer in cardiac care,” said Dr. Arnaud Rosier, Implicity’s CEO and cardiologist.  “SignalHF is an innovative and effective tool that physicians can use to assess risk of hospitalization due to heart failure earlier, enabling interventions that can lead to better outcomes and reduce hospital admissions.”  SignalHF is unique in that the manufacturer-agnostic solution can be used to analyze data collected from a variety of Cardiac Implantable Electronic Devices (CIED), including implantable cardiac defibrillators (ICD), pacemakers (PM) and cardiac resynchronization therapy devices (CRT-P, CRT-D) from Biotronik, Boston Scientific and Medtronic. SignalHF is the first pacemaker compatible heart failure algorithm on the market. The algorithm can accurately identify trends indicating whether a patient’s condition is worsening. Care teams receive an automatic alert when the patient’s risk score crosses an established threshold, indicating an individual is at high risk of experiencing heart failure and being hospitalized in the near future.   “Comprehensive heart failure management includes treatment, prevention, and personalization. Implicity’s solution is part of this approach. Our alerts are generated in context with a patient’s medical profile to help personalize care management plans. Furthermore, 75% of the alerts preceding a patient hospitalization are sent at least 14 days in advance  – offering a two-week window to adjust medications or take proactive measures,” said Issam Ibnouhsein, Head of Data at Implicity. About ImplicityImplicity provides a remote monitoring and research platform used by Independent Diagnostic  Testing Facilities and cardiac electrophysiology centers to deliver better, high-quality care for their patients with Cardiac Implantable Electronic Devices. Implicity’s platform aggregates, normalizes, and standardizes data from any implantable cardiac device  across all manufacturers. Furthermore, Implicity carries out R&D on AI-based algorithms aiming  at improving patient care and serving the future of preventive medicine. www.implicity.com    *SignalHF is an FDA-cleared Class II medical device. See the instructions for use for more information.

HRS 2026
Events

Experience the Pulse of Innovation with Implicity at HRS 2026 in Chicago, IL

Experience the Pulse of Innovation with Implicity at HRS 2026 in Chicago, IL We are proud to announce that Implicity will participate in Heart Rhythm 2026, the premier global event for the electrophysiology (EP) community. Join us from April 23 to April 26, 2026, in the vibrant city of Chicago, Illinois. The Heart Rhythm Society’s annual meeting is the world’s most significant gathering of heart rhythm professionals. For Implicity, it is a vital stage to demonstrate how our AI-driven remote monitoring platform is setting new standards for cardiac care in the United States and beyond. Bridging the Gap Between Data and Care In the fast-paced world of US healthcare, efficiency is everything. Implicity’s mission is to empower EP labs and clinics by turning the overwhelming tide of device data into clear, actionable clinical insights. Why visit Implicity at McCormick Place? A Unified View: See how our vendor-neutral platform seamlessly integrates data from Abbott, Biotronik, Boston Scientific, Medtronic and Microport into a single workflow. FDA-Cleared AI: Explore our advanced algorithms¹ designed to dramatically reduce false-positive alerts, allowing your team to focus on the patients who need intervention most. Proven Outcomes: We will be highlighting our latest clinical research, including the EVIDENCE-RM study², which proves that the right remote monitoring strategy can significantly reduce all-cause mortality. Transforming the EP Lab Workflow As the « Windy City » welcomes the brightest minds in cardiology, Implicity will be leading discussions on the integration of digital health and artificial intelligence into the modern clinic. Our goal is to help you scale your remote monitoring program while reducing physician burnout. « HRS Chicago is a landmark event for us. It’s where global innovation meets practical clinical application. We are excited to show the American EP community how our platform can double their monitoring capacity while improving patient safety. » — Dr. Arnaud Rosier, CEO & Co-founder of Implicity. Event Details Event: Heart Rhythm 2026 (HRS) Dates: April 23 – 26, 2026 Location: McCormick Place Convention Center, Chicago, IL, USA Meet Us in Chicago Planning your HRS itinerary? We invite you to schedule a one-on-one session with our clinical experts to see how Implicity can transform your practice. Book Your Private Demo at HRS 2026 ¹IM007 ILR ECG Analyzer (CE-marked Class I (under MDD) medical device) and SignalHF are FDA-cleared Class II medical devices, see the instructions for use for more information. ²Niraj Varma, Eloi Marijon, Éric Vicaut, Serge Boveda, Alexandre Abraham, Issam Ibnouhsein, Arnaud Rosier, Pascal Defaye, Jagmeet P. Singh, Impact of a Universal Monitoring system (“Third party”) on Outcomes among ICD patients: A Nationwide Study, Heart Rhythm, 2024.

Press, Press Release

Implicity Joins the AWS ISV Accelerate Program

Implicity Joins the AWS ISV Accelerate Program Cambridge, Mass., December 12, 2023 – Implicity, a leader in remote patient monitoring and cardiac data management solutions, announced it has joined the Amazon Web Services (AWS) Independent Software Vendor (ISV) Accelerate Program, a co-sell program for AWS partners that provide software solutions that run on or integrate with AWS. The program helps AWS partners drive new business by directly connecting participating ISCs with the AWS Sales organization. “This is an important milestone that amplifies our reach and validates our mission to bring digital innovation to cardiology. By deepening our relationship with AWS, we can help even more clinicians improve cardiac care by delivering cutting-edge solutions that enable more efficient and effective remote monitoring,” said Jon Hunt, PhD., Implicity’s Chief Commercial Officer in North America. Implicity’s AI-powered* platform allows healthcare professionals to better manage the growing streams of patient information produced by cardiac implantable electronic devices (CIEDs), such as pacemakers and implanted defibrillators. The solutions can also interpret data and automatically alert care teams when intervention is required. The AWS ISV Accelerate Program provides Implicity with co-sell support that benefits to meet customer needs through collaboration with AWS field sellers globally. Co-selling provides better customer outcomes and assures mutual commitment from AWS and its partners. « Before Implicity, our team would have spent hours weeding through alerts and reports. This would have delayed the treatment of patients with clinically significant events or critical episodes. Additionally, their customer support and service have been second to none. They are truly dedicated to helping clinicians streamline their care and optimize their workflow. This system is life-changing, » said Dan Morris, Device Clinic Lead at the Heart Center of Nevada. AWS ISV Accelerate program members are held to the industry’s highest standards. To gain acceptance into the AWS ISV Accelerate Program, proof of customer excellence was required to validate the success users have experienced using the technology. Implicity also had to pass a rigorous technical and security review of its platform to ensure the quality and design of its solutions. The program gives Implicity-focused co-selling support and access to expanded sales enablement resources from AWS. It also provides technical enablement and business resources to enhance Implicity’s offerings and drive innovation. About Implicity Implicity is a digital MedTech software company dedicated to providing the best remote care to patients with cardiac implantable electronic devices and heart failure. Co-founded by cardiac electrophysiologist Arnaud Rosier, MD, PhD, the platform aggregates, normalizes, and standardizes data from any implantable cardiac device across all manufacturers, improving care for patients with cardiac implants and heart failure. Implicity’s platform provides critical health information augmented by FDA-cleared AI* algorithms, enabling healthcare providers to make more informed decisions for better patient outcomes. With access to the Health Data Hub**, one of the world’s largest databases of heart disease patients, Implicity is able to develop its AI solutions based on more robust data. The company is protecting more than 94,000 patients in over 195 medical facilities across the US and Europe. *FDA cleared Class II medical device, and CE marked Class I (under MDD) medical device; see the instructions for use for more information.**Health Data Hub is a health data platform established by the French government to combine existing health patient databases and facilitate their usage for research and development purposes.

Contributed Article, Press

Expert Consensus on Remote Monitoring: Key Staffing Takeaways

Expert Consensus on Remote Monitoring: Key Staffing Takeaways Recent recommendations for remote monitoring of implantable devices may require healthcare organizations to rethink how they staff their operations This past spring, electrophysiology experts issued new recommendations for remote monitoring of cardiovascular implantable electronic devices (CIEDs). The expert consensus statement — released jointly by four major cardiac electrophysiology societies — covers everything from patient enrollment to connectivity. More than anything, though, I was struck by the recommendations around staffing. The first “take-home message” listed in the report is that remote monitoring is the standard of care for patients with implantable cardiac devices. However, this has been the case since at least 2015, and I would estimate that only around half of patients with CIEDs are enrolled in remote monitoring programs. Even for those who are remotely monitored, service levels are highly inconsistent. I’ve heard stories of patients who have turned off their transmitters, and no one contacted them about the missing signal for weeks, simply because providers were overwhelmed or didn’t have the proper resources to track disconnected devices. This is one example of why these new staffing recommendations are so important. If we provide an aging population with the best care possible, healthcare organizations must first learn how to train and manage the employees needed to monitor remote devices effectively; or educate them on third-party resources available to help fill the gaps. The key staffing takeaways from the report include the following. Three Employees to Monitor 1,000 Patients “For the care of patients with CIEDs on [remote monitoring],” the report states, “it is reasonable for clinics to have a minimum of 3.0 full-time equivalents per 1,000 patients on [remote monitoring], comprising both clinical and administrative staff.” Now, this may not sound like an overly burdensome staffing ratio, but many healthcare organizations struggle to attract and retain staff. To meet the needs of the future — most providers will need to step up their staffing, become dramatically more efficient, or both. With a third-party tool, clinics can expand capacity without adding to their headcount. For organizations that use Implicitly, it is relatively common for a clinic to maintain only three full-time employees to manage remote monitoring for up to 5,000 or more patients. The Importance of Certification and Training Providers who oversee — or who review, manage, document or bill for remote monitoring of implantable cardiac devices — should be able to demonstrate their expertise in CIED management by holding appropriate education and certifications, the recommendations state. Further, the expert consensus holds that these education and certification efforts should be supported (i.e., funded) by employers and that all staffers involved with remote monitoring should engage in quality improvement reviews to support current evidence-based standards. Translation: It’s not enough to merely hire an appropriate number of employees. Providers must continue to train their staff on an ongoing basis. A Transition to Alert-based Monitoring For patients who lack continuous connectivity, it is recommended that they make remote transmissions every 3 to 12 months, depending on device type. However, the recommendations note that continuous connectivity allows providers to monitor patient data based on specific alerts rather than at time-based intervals. Alert-based monitoring became more common during the COVID-19 pandemic out of necessity, and it showed promising results, with the potential to make remote monitoring staffers more efficient. According to the report, alert-based monitoring “could minimize low-value effort, optimize clinic visits for actionable events, and decrease health care costs.” Read the full article here.

Press, Press Release

New Study Shows Algorithm Highly Effective at Identifying Patterns and Classifying AF Episodes.

New Study Shows Algorithm Highly Effective at Identifying Patterns and Classifying AF Episodes. Cambridge, Mass., October 24, 2023 – Implicity, a leader in remote patient monitoring (RPM) and cardiac data management solutions, today announced the results of a clinical study published in the Cardiovascular Digital Health Journal. The findings show Implicity’s proprietary algorithm significantly reduced the number of alerts related to transmissions by cardiac implantable electronic devices (CIEDs) in patients being remotely monitored for atrial fibrillation (AF) by filtering standard device notifications and automatically classifying episodes that meet the threshold for clinical relevance. “For a patient with AF who is already anticoagulated, a single AF episode isn’t as important as established patterns or occurrences associated with arrhythmia progression and patient outcomes. This study proved Implicity’s algorithm can reduce AF alert fatigue by effectively detecting trends, both positive and negative, and categorizing events that require intervention or adjustments in treatment,” said Jagmeet P. Singh MD MMSc DPhil The retrospective study analyzed real-life data from more than 4,000 recipients of Abbott, Biotronik, Boston Scientific, or Medtronic CIED who were being continuously monitored for AF. Implicity compared the incidence of standard CIED-transmitted alerts from device manufacturers with the incidence of events detected after filtering by Implicity’s algorithm. Results showed the algorithm broke down 67,883 AF burden-related alerts into 9,728 (14.3%) clinically relevant AF events, according to the European Society of Cardiology classification. Notably, the median number of alerts per patient year decreased by 57.9%. “Sending physicians only clinically relevant alerts, based on the detection of distinct presentations of AF, can reduce the time electrophysiologists spend reviewing notifications that don’t require action by several hours. This will increase the efficiency and quality of care of patients with AF, save time for the medical staff, and help promote the adoption of RPM – leading to more meaningful remote monitoring and ultimately better outcomes,” said Dr. Arnaud Rosier, electrophysiologist, CEO, and co-founder of Implicity. Continuous remote monitoring is critical for properly managing patients with AF. It allows providers to track patients’ heart rhythms for early intervention and treatment, reducing complications such as stroke and heart failure. Yet a previous study published in European Heart Journal showed that atrial arrhythmia episodes account to up to 51% of the events clinicians are expected to review, suggesting that tackling these alerts could significantly reduce the alert burden. Implicity’s algorithm works with any device that collects atrial burden trends data and can classify the following scenarios in line with ESC recommendations: Paroxysmal AF Persistent AF Increasing paroxysmal AF Back to sinus rhythm Back to paroxysmal AF About Implicity Implicity is a digital MedTech software company dedicated to providing the best remote care to patients with cardiac implantable electronic devices and heart failure. Co-founded by cardiac electrophysiologist Arnaud Rosier, MD, PhD, the platform aggregates, normalizes, and standardizes data from any implantable cardiac device across all manufacturers, improving care for patients with cardiac implants and heart failure. Implicity’s platform provides critical health information augmented by FDA-cleared AI algorithms, enabling healthcare providers to make more informed decisions for better patient outcomes. With access to the Health Data Hub**, one of the world’s largest databases of heart disease patients, Implicity is able to develop its AI solutions based on more robust data. The company is protecting more than 94,000 patients in over 195 medical facilities across the US and Europe. To learn more, visit www.implicity.com*CE marked class I medical device (MDD); see the instructions for use for more information.** Health Data Hub is a health data platform established by the French government to combine existing health patient databases and facilitate their usage for research and development purposes.  

Contributed Article, Press

5 Reasons why AI is Different in Healthcare

5 Reasons why AI is Different in Healthcare Healthcare is one of many sectors poised for AI transformation, but it poses unique challenges, opportunities, and considerations. For those of us who have been working closely with artificial intelligence (AI) for many years, it’s a little shocking to suddenly hear “AI” on the tips of everyone’s tongues. Although it may be difficult for the technology to match the current hype, there are many valuable use cases across industries, and that number is sure to grow quickly as the technology improves and organizations begin to experiment with different solutions. Healthcare is no exception, but while AI undoubtedly will help clinicians become more efficient and improve patient outcomes, the sector differs from other fields in these important ways: ‘Good Enough’ is not good enough: In some fields, AI tools are going to perform slightly worse than humans, at least at first, and this is going to be okay. People are already using AI to draft response emails, for instance, and it’s not the end of the world if these tools fail to capture your tone and voice with perfect accuracy when confirming a video meeting. Basically, if an AI tool’s performance is only 90% as good as a human’s, but it makes a process significantly faster or simpler, that tradeoff will work for many people, workflows, and industries. But this tradeoff won’t work in health care. Patients’ lives are on the line when clinicians change the way they deliver care, and providers simply won’t use AI tools that force them to compromise on quality—no matter how efficient those tools may be. The ‘Quintuple Aim’: Although some companies truly are committed to social equity, corporations have a fiduciary responsibility to maximize returns for their shareholders. This bottom-line focus stands in contrast to health care, where the idea of a “Triple Aim” – incorporating the patient experience, population health, and costs – has been widely accepted for many years. More recently, this has expanded to a “Quintuple Aim,” incorporating staff experience and health equity. The emphasis on equity, in particular, sets the goals of healthcare organizations apart from many businesses in other sectors. While corporations will often shutter stores in areas that have become unprofitable, health care has an ethical obligation to try to bring high-quality care to all populations, including in underserved locations. The AI tools adopted by the sector will reflect this emphasis. Read the full article here.

Press, Press Release

Implicity Expands Senior Leadership Team with New U.S. Chief Commercial Officer

Implicity Expands Senior Leadership Team with New U.S. Chief Commercial Officer Cambridge, Mass., September 27, 2023 – Implicity®, a leader in remote patient monitoring and cardiac data management solutions, announced that Jon Hunt, PhD., has joined the company as its new Chief Commercial Officer (CCO) in North America. In this role, Hunt will focus on business and sales strategies for the U.S. market to maximize growth, scale operations, and support technological innovations that help meet the growing demand for remote cardiac monitoring. Hunt brings nearly four decades of experience in the cardiovascular medical device industry. Most recently, Hunt served as Executive Vice President and Chief Business Officer at HeartBeam (NASDAQ: BEAT), a cardiac technology company that developed the first 3D vector ECG platform for heart attack detection. As a vital member of the senior leadership team, he played a critical role in taking the company public. Prior to HeartBeam, Hunt held multiple leadership positions at organizations such as the Medical Device Innovation Consortium (MDIC), Cryterion Medical, and Cameron Health. In addition, he served as President and CEO of Bardy Diagnostics,  whose novel ECG monitoring system achieved US and European approval under his leadership.  Hunt began his career with Cardiac Pacemakers (now Boston Scientific Corporation) as the Director of Clinical Programs. “Having an executive of Jon’s caliber and experience is key to achieving our goal of becoming the leader in remote cardiac monitoring in the US market.  Jon brings extensive experience in the CRM/EP market and a proven track record of scaling startup companies and building commercial teams. We look forward to his guidance and expertise as we continue to build on our successes and provide healthcare professionals nationwide with more effective solutions for managing heart disease,” said Dr. Arnaud Rosier, electrophysiologist, CEO, and founder of Implicity. Hunt joins Implicity as the company hits several critical business inflection points. Implicity recently submitted for US FDA clearance for a machine learning algorithm that can predict acute heart failure, the world’s leading cause of hospitalization. In May, Implicity revealed ground-breaking research demonstrating its AI-powered solutions significantly improve outcomes for patients with cardiac implantable devices. This as the U.S. market for remote patient monitoring has experienced significant growth. According to recent reports, the industry is expected to reach a value of more than $25 billion by 2028. “I could not be more excited to join the Implicity team at this important juncture,” said Hunt. “I’ve witnessed firsthand the healthcare ecosystem’s need for innovative solutions that can enable providers to monitor remote cardiac devices more effectively and analyze massive volumes of cardiac data more efficiently. The company and its AI-powered technology are poised to revolutionize cardiology care delivery and improve the lives of millions of people around the globe.” About Implicity Implicity is a digital MedTech software company that provides the best remote care to patients with cardiac implantable electronic devices and heart failure. Co-founded by Cardiac Electrophysiologist Arnaud Rosier, MD, Ph.D., the platform aggregates, normalizes, and standardizes data from any implantable cardiac device across all manufacturers, improving care for patients with cardiac implants. Implicity’s platform provides critical health information augmented by FDA-cleared AI algorithms, enabling healthcare providers to make more informed decisions for better patient outcomes. With access to the Health Data Hub*, one of the world’s largest databases of heart disease patients, Implicity is able to develop its AI solutions based on more robust data. The company is protecting more than 94,000 patients in over 195 medical facilities across the US and Europe. To learn more, visit www.implicity.com * Health Data Hub is a health data platform established by the French government to combine existing health patient databases and facilitate their usage for research and development purposes.