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From Exercise Dose to Exercise Architecture: Lifestyle-Congruent Exercise Models for Contemporary Adults
Mario Muñoz-López1, Edgar Simón Sancho-Haro2, Aitor Zabaleta-Korta1
1Department of Sport Sciences, Faculty of Sport and Health Sciences, Fit Generation Research Institute, AD500 Andorra la Vella, Andorra.
New exercise models integrate physical activity into daily life, addressing barriers like busy schedules and sedentary work. These "lifestyle-congruent" approaches offer flexible options beyond traditional workouts.
Area of Science:
- Exercise Science
- Behavioral Medicine
- Digital Health
Background:
- Modern lifestyles present challenges to sustained, session-based exercise due to fragmented schedules and sedentary work.
- Innovative approaches like exercise snacks and vigorous intermittent lifestyle physical activity (VILPA) are emerging to fit real-world demands.
Purpose of the Study:
- To create a framework for lifestyle-congruent exercise models.
- These models aim to reduce friction by modifying exercise dose, timing, setting, delivery, autonomy, or routine integration.
- The goal is to maintain a beneficial physiological or behavioral stimulus.
Main Methods:
- An evidence-based narrative review identified relevant sources through targeted searches and citation tracking.
- Sources were selected for conceptual relevance and contribution to framework development.
- Data were charted by model family, population, context, exercise architecture, delivery, outcomes, and implementation.
Main Results:
- Five distinct design logics for exercise models were identified: dose compression, temporal distribution, routine embedding, sedentary substitution, and delivery mediation.
- Brief or time-efficient exercise models are not interchangeable and vary in intentionality, context, and behavioral demands.
- Each logic addresses specific lifestyle-related friction points.
Conclusions:
- Lifestyle-congruent exercise models complement, rather than replace, structured exercise routines.
- These models align exercise architecture with lifestyle friction to support progression toward guideline-recommended activity levels.
- Future research should focus on the safety, equity, scalability, and long-term maintenance of these models across diverse populations.
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