Smartwatches & Diabetes: Exercise Control
- for individuals managing Type 2 Diabetes (T2D), sticking to a consistent exercise plan is crucial.
- An international team, including Lancaster University researchers, examined the behavior of newly diagnosed T2D patients in Canada and the United Kingdom.
- the study revealed that participants in the MOTIVATE-T2D program were more likely to initiate and maintain regular exercise when supported by wearable technology.
Smartwatches enhance exercise adherence for those managing Type 2 diabetes; this study shows how wearable tech helps patients take control. By using smartwatches and smartphone integration, individuals saw better blood sugar levels and blood pressure readings. The MOTIVATE-T2D program, with an 82% retention rate, highlights the potential of personalized exercise programs supported by virtual coaching. Researchers found that these tools encourage sustainable, at-home workouts, improving both physical and mental health. Discover how this tech can be customized, and explore what’s next for managing diabetes with resources from News Directory 3. Learn about the expanded benefits and long-term impact of wearable tech; what other health areas will it impact?
Wearable Tech Aids Exercise adherence for Type 2 Diabetes
Updated June 9, 2025
for individuals managing Type 2 Diabetes (T2D), sticking to a consistent exercise plan is crucial. New research indicates that wearable mobile health technology can significantly improve adherence to these vital routines, helping patients better control their condition.
An international team, including Lancaster University researchers, examined the behavior of newly diagnosed T2D patients in Canada and the United Kingdom. Participants followed a home-based physical activity program, with some using a smartwatch paired with a smartphone health app. The MOTIVATE-T2D feasibility trial focused on individuals aged 40-75,diagnosed with T2D within the previous two years,managing their condition thru lifestyle changes or Metformin.
the study revealed that participants in the MOTIVATE-T2D program were more likely to initiate and maintain regular exercise when supported by wearable technology. The trial successfully enrolled 125 participants and maintained an 82% retention rate over 12 months. Findings, published in *BMJ Open*, highlight potential clinical benefits, including improved blood sugar levels and systolic blood pressure.
Professor Céu Mateus, professor of health economics at Lancaster University, spearheaded the economic evaluation, comparing the intervention’s costs and benefits to choice approaches.
“The results of this study can contribute to change the lives of many people around the world… Our study shows that independently of the place where you live, your age, your ethnicity, your gender, or your income, there is an exercise programme that suits you,” Mateus said.
The program gradually increased moderate-to-vigorous intensity exercise, aiming for 150 minutes per week within six months, supported by virtual behavioral counseling from exercise specialists. MOTIVATE-T2D leveraged biofeedback and data sharing to facilitate personalized physical activity programs. Wearable technologies included a smartwatch with a 3D accelerometer and heart rate monitor, synced with an online coaching platform and a smartphone app.
Dr. Katie Hesketh, from the University of Birmingham, said, “We found that using biometrics from wearable technologies offered great promise for encouraging people with newly diagnosed T2D to maintain a home-delivered, personalised exercise programme with all the associated health benefits.”
Researchers also observed that the program could contribute to lower cholesterol levels and an improved quality of life.
“The programme offered a variety of workouts, including cardio and strength training, that could be done without the need for a gym. Its goal is to make exercise a sustainable part of daily life for people with Type 2 Diabetes, ultimately improving their physical and mental health,” Hesketh said.
What’s next
Future research will focus on expanding access to personalized exercise programs and further exploring the long-term benefits of wearable technology for managing Type 2 Diabetes.