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A patient’s risk of sudden cardiac arrest does not always lead immediately to a decision about long-term treatment. Physicians may need time to determine whether heart function improves with medication, identify whether an implantable cardioverter defibrillator is appropriate or continue monitoring after a recent cardiac event. During that interval, much of the patient’s recovery takes place outside the hospital. Kestra Medical Technologies [NASDAQ:KMTS] has designed its ASSURE Cardiac Recovery System for this period of uncertainty. The platform combines the ASSURE Wearable Cardioverter Defibrillator, ASSURE Patient App and Kestra CareStation remote patient data platform. Together, they protect patients during daily life while giving care teams access to rhythm information, device-use data and physiological trends. The model is not just designed for the moment a shock is delivered. It considers whether a patient can tolerate the device, how reliably the system reads the heart during movement and how clinical teams remain connected between appointments. Protection During a Temporary-Risk Period The ASSURE system is intended for adult patients at risk of sudden cardiac arrest who are not candidates for, or who refuse, an implantable defibrillator. Some may be receiving therapy intended to improve heart function, while others may need protection while physicians reassess their condition. The ASSURE WCD continuously evaluates heart rhythm and can automatically deliver defibrillation therapy when it detects a qualifying ventricular arrhythmia. Protection does not depend on another person being present to recognize the event and use an external defibrillator. Yet wearable protection only works when the device remains on the patient. Kestra treats wearability as part of the clinical design. Its SensorFit garments use lightweight, breathable fabric with cushioned, nonadhesive ECG sensors. Multiple garment sizes and styles are intended to fit different body types and sit discreetly under clothing.
More Lung cancer is being detected at earlier stages than ever before. Low-dose CT screening programs are being introduced worldwide, and this helps physicians identify suspicious lung nodules at stages where many patients are expected to live for years after treatment. That progress is changing the question around intervention. The goal is no longer only to destroy a tumor. It is to treat the disease with enough control to preserve lung function, reduce treatment burden and protect long-term quality of life. Nanotherm Therapeutics is developing its platform around that need. It combines image-guided nanoparticle delivery with external energy delivery to create a more controlled, precise approach to focal tumor treatment. Instead of applying heat through a probe after a target is accessed, Nanotherm’s system allows physicians to first place and verify the treatment material inside the tumor, then activate heat only after coverage has been confirmed. “Technology never sells. What sells is a solution,” says Dr. Andreas Jordan, founder and CEO. “We think we have the solution for early-stage cancer that could significantly expand the treatment options available to many patients.”
Medical decisions based on ultrasound imaging are only as effective as the information available to the clinician making them. While point-of-care ultrasound (POCUS) has brought diagnostic imaging closer to the patient, portable systems have historically involved tradeoffs in image quality compared to traditional, cart based equipment. Interpreting ultrasound images has also required specialized expertise and additional workflow steps, creating barriers to timely diagnosis and clinical decision-making. EchoNous empowers caregivers to efficiently acquire and interpret ultrasound images at the patient’s bedside with its proprietary POCUS solution, Kosmos. The platform combines high-quality diagnostic-grade imaging, AI-powered anatomical labeling assistance and workflow automation to provide the information that caregivers need for decision-making. EchoNous views AI as an adjunct to and not a replacement for caregivers. The technology helps them perform tasks that usually require sonographer-level training, while diagnostic decisions remain with clinicians. “We are the most caregiver- and patient-centric ultrasound solution in the industry,” says Tony Titus, CEO.
Hospitals now stand at the crossroads of rising demand and financial pressure. Reimbursements continue to decline, recruiting and retaining critical staff is increasingly difficult, and patient volumes only go one way—up. Add rising supply costs to the mix, and the margin for error all but disappears. Against this backdrop, Miga Solutions has emerged as a critical ally, helping hospitals tackle one of the few cost centers still ripe for savings: medical equipment. Founded in 2004, Miga began with a simple question: how can the right information unlock the massive savings hidden within hospital medical equipment? “Hospitals have pushed savings in supplies and labor to the limit, but medical, lab, and IT purchases still carry hidden costs,” says Peter Robson, president and CEO. “We enable hospitals to cut through the complexity of the healthcare supply chain with the intelligence to validate pricing and the support to maximize savings, so every dollar goes further in sustaining the care their communities rely on.” For more than a decade, Miga has delivered this clarity through its Equipment Value Management System (EVMS), a SaaS platform leveraging 50,000+ data sources to show hospitals potential savings. Rather than wading through thick reports, hospitals get a simple color-coded rating—red, yellow, or green—indicating whether a price is in line with the market. For staff stretched across extra shifts, having information distilled into a single, clear signal can mean the difference between timely action and costly delay. The company’s stance is that benchmarking alone doesn’t deliver results, but realized savings do. On average, Miga hospital clients see 12 to 16 percent in savings each year, about $30,000 for every bed. It’s money they can point to, not just a line on a report. These savings are achieved without product substitutions or service cuts. Hospitals can put those dollars to work, whether it’s hiring staff, fixing facilities, or strengthening patient care. Miga reinforces this with a guarantee: if annual savings realized with EVMS do not exceed the cost of the subscription, Miga refunds users for the difference. The numbers are best understood in practice. A 400-bed community hospital, working with a $4 million budget for imaging equipment, found itself stalled in negotiations. After long discussions, the supplier’s lowest offer was still $4.8 million. EVMS benchmarking showed that the price could, and should, drop further. Using Miga’s data and advisory support, the hospital reset its negotiations. The contract closed around the $4 million budget, delivering roughly $800,000 in realized savings on the same equipment. For administrators, the win wasn’t only financial, but also the confidence that came with securing the right deal.
In Vitro Diagnostics
Craig Carr, Director of Medical Imaging, Dayton Children's Hospital
Medical Imaging Systems
Safinia Chavis, Director of Imaging and Vision Services, Waianae Coast Comprehensive Health Center
Chronic and Long Term Care
Justin Floyd, Director of Nursing- Critical Care Service Line, Peace Health
Robotics
Bryan Alexander, Administrative Director of Radiology, OU Health
Cardiovascular Devices
Adam Christopher, Director of Cardiac MRI and CT, UPMC
Biomechanics
Cliff DeGraff, M.S.R.S., RT(R), Assistant Director of Radiology, The University of Kansas Health System
Scott Pettinichi, Director, Department of Respiratory, Therapy and Pulmonary Diagnostics, Norton Children’s Hospital
Medical Imaging Systems
Abe Nader, Assistant Vice President, Diagnostic Imaging, Inova Health System
Physiotherapy and Pain Management
Julio Martinez, Medical Director, Baystate Health
Thermal ablation companies advance minimally invasive treatments through precision technologies, improving outcomes, reducing recovery times and expanding applications across healthcare.
Cardiac recovery systems improve rehabilitation through personalized care, continuous monitoring, coordinated treatment, digital innovation, stronger patient engagement and lasting recovery outcomes.
Connecting Innovation with Better Patient Care
Our cover story recognizes Kestra Medical Technologies [NASDAQ:KMTS] as the Top Cardiac Recovery System 2026. Its ASSURE Cardiac Recovery System supports patients during the critical recovery period following a cardiac event by combining wearable protection, continuous monitoring and remote clinical visibility. By connecting patients and care teams beyond hospital walls, the platform helps make recovery more informed, responsive and connected.
This edition also features organizations advancing medical care across a range of specialties. Nanotherm Therapeutics, recognized as the Thermal Ablation Company of the Year 2026, is expanding treatment options for early-stage lung cancer with an imaging-guided platform. EchoNous, recognized as the Top Point of Care Ultrasound Technology 2026, is making ultrasound more accessible at the bedside through AI-powered technology, giving clinicians faster access to diagnostic-quality imaging.
Technology delivers its greatest value when paired with strong clinical leadership. Bryan Alexander, Administrative Director of Radiology at OU Health, discusses the importance of workforce development, collaboration and operational efficiency in meeting growing imaging demands. Craig Carr, Director of Medical Imaging at Dayton Children’s Hospital, highlights how data-driven decision-making, cross-functional partnerships and continuous performance monitoring help improve patient care, strengthen workflows and guide lasting organizational change.
Together, the organizations and leaders featured in this edition demonstrate how thoughtful innovation and clinical expertise continue to advance patient care. We invite you to explore their stories and discover the ideas shaping the future of medical technology.
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