New York, NY, March 01, 2025 — ActualSignal, a leading innovator in digital health technology for Parkinson’s disease management, is proud to announce its Platinum Sponsorship of Moving Day The Villages, FL 2025, an inspiring fundraising event organized by the Parkinson’s Foundation. Scheduled for March 15, 2025, at The Villages Polo Club, Moving Day unites families, friends, and communities in the fight against Parkinson’s disease.
“We are thrilled to support Moving Day The Villages, FL 2025,” said the co-founder and CEO of ActualSignal. “This event aligns with our mission to transform Parkinson’s care by empowering patients and enhancing their quality of life solutions. Over the past two years, we have been dedicated to developing a groundbreaking platform that assesses Parkinson’s symptoms with unprecedented accuracy, providing access to care anytime, anywhere. There is no better moment to launch our platform than at Moving Day.”
ActualSignal specializes in Parkinson’s disease management, offering a comprehensive platform that empowers patients to monitor complex neurological symptoms from their homes using cutting-edge technology. The platform enables adherence to personalized treatment plans and facilitates effective communication with healthcare providers. By partnering with Accountable Care Organizations (ACOs) across Florida, ActualSignal aims to deliver continuous, data-driven care, leading to better clinical outcomes for Parkinson’s patients.
“ActualSignal’s generous sponsorship will elevate the Moving Day experience and bring us closer to a world without Parkinson’s,” said Angela Watkins, Event Coordinator for Moving Day The Villages, FL. “Their commitment to the Parkinson’s community is truly commendable.”
Moving Day is more than just a walk; it’s a celebration of movement—proven to help manage Parkinson’s symptoms. Participants will engage in various activities, including exercise demonstrations, informational sessions, and the signature walk, all designed to highlight the benefits of movement in managing Parkinson’s disease.