At Impulse Wellness, we develop next-generation wearable sensors that transform how we understand, monitor, and optimize the human body. From remote stroke rehabilitation to injury prevention in military personnel, and from in-patient ECG tracking to research-grade physiological insights, our adaptable technologies deliver smart, real-time data for health, performance, and discovery.
Empowering patients, providers, and researchers—anywhere, anytime—with seamless, data-driven tools that make better outcomes not just possible, but practical.
Let's shape the future of physiological health together.
At Impulse Wellness, our mission is to empower people and professionals with smart, wearable technologies that transform physiological data into actionable health insights. We strive to improve recovery, optimize performance, and enable continuous monitoring through innovative sensor systems designed to work across clinical, military, home, and research settings.
From rehabilitation to research, our technologies adapt to diverse needs across healthcare and performance optimization.
We empower stroke survivors and their care teams with wearable sensors and engaging biofeedback tools that make at-home rehabilitation both measurable and motivating.
Our EMG and IMU technologies help prevent injuries and enhance performance readiness—providing objective, real-time feedback in even the most demanding environments.
From neuromechanics to biomechanics, our high-resolution sensor platforms offer flexible, research-grade data collection for clinical and academic studies.
We support continuous, real-time physiological monitoring through customizable wearable solutions—reducing readmissions, improving patient outcomes, and enabling remote care.
A lot of the tools we have are great in the clinic. Having therapists walk me through them is great, but once I get back home, I am immediately overwhelmed by the technologies and how I can use them at home.
Having a tool that provides meaningful feedback and will help me see my muscles firing will, without a doubt, improve my rehabilitation regiment!
The greatest challenge to stroke rehabilitation is once patients leave the clinic. They no longer are under intense guidance and supervision, so a tool that would aid in that would be invaluable.
Founded in 2023, Impulse Wellness emerged from a shared vision to revolutionize healthcare through innovative wearable technology. Our journey began at UNC Chapel Hill's Department of Biomedical Engineering, where groundbreaking research in neuromechanics and stroke rehabilitation sparked the development of our first smart wearable solutions.
Today, we're proud to be at the forefront of wearable intelligence, developing cutting-edge EMG and motion sensing technologies that are transforming rehabilitation, performance monitoring, and healthcare delivery. Our success is built on a foundation of rigorous research, technological innovation, and a deep commitment to improving patient outcomes.
With support from the SBIR program and partnerships with leading healthcare institutions, we're rapidly advancing our mission to make professional-grade health monitoring accessible and actionable for everyone.
Meet the innovative minds behind Impulse Wellness. Our diverse team brings together expertise in biomedical engineering, software development, and healthcare to drive our mission forward.
A PhD student studying neuromechanics and stroke rehabilitation at UNC Chapel Hill, Jasper brings a unique insight to the team regarding technologies available for stroke rehabilitation. He provides valuable research experience and has utilized a variety of biomarker technologies when studying early stroke rehabilitation.
Mr. Adcock holds a Master of Science in Computer Science from Appalachian State with industry experience at FAST Enterprises and Lindy Bio-sciences prior to founding Impulse. Brady leads embedded systems development in addition to our Bluetooth technology implementations as a full-stack engineer guru.
With a professional background in clinical medicine, first-line experience as a neurologist, and exposure both in biotech and pharmeceutical industry, Yujie is a mission-driven dream chaser leveraging her skill set to solve healthcare problems. With an MBA from Duke's Fuqua school of business, Yujie will ensure Impulse has success in improving the quality of life and outcomes for all users.
An Integrated Circuit Design Verification Engineer at Nvidia, Ben received his Master of Science in Computer Engineering from NC State. Through his schooling and industry experience, Ben is a capable embedded system designer, with experience in Mixed Physical/Digital systems, Digital Signal Processing (DSP), and Circuit Design.
Our advanced EMG and motion sensors seamlessly integrate into comfortable, wearable devices that provide professional-grade health monitoring without compromising mobility or comfort.
Our AI-powered analytics platform transforms complex biometric data into actionable insights, enabling personalized rehabilitation programs and performance optimization strategies.
Our secure cloud platform enables seamless data sharing between patients, healthcare providers, and researchers, fostering collaborative care and accelerating medical discoveries.
Join us in revolutionizing healthcare through wearable intelligence. Whether you're a healthcare provider, researcher, or potential partner, we'd love to explore how our technology can support your goals.
Initial research and development phase focused on proving the feasibility of our innovative medical technology solutions.
Continued development and commercialization phase, culminating in the launch of our Sentimo product line in 2025.
Development and launch of our innovative Bluetooth Low Energy Electromyography system specifically designed for stroke therapy and rehabilitation.
Expansion into hospital-based EKG monitoring systems, providing comprehensive in-patient cardiac monitoring and analysis solutions for healthcare facilities.
Research Triangle Area, North Carolina