Key result
20-Factors Framework guides the design and evaluation of continuous biosensing wearables for dogs and cats.
Why the study?
Wearable device design for animal physiological biosensing faces challenges affecting measurement accuracy and user acceptance, including poor adaptation to animal characteristics, measurement limitations, and lack of standardised documentation.
Population
Animals, with a focus on dogs and cats
Design
Systematic literature review, real-world project participation, and case study
Authors
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Guides reliable wearable development for veterinary monitoring; extends prior ad hoc methods with a structured 20-factor framework.
Systematic Review
The proposed 20-Factors Framework provides a structured, animal-centered approach to designing wearable biosensors, aiming to improve measurement accuracy and user acceptance in dogs and cats.
Siguín et al. (2025) conducted a systematic review in Physiological monitoring in animals (dogs and cats). Biosensing wearables was evaluated. The 20-Factors Framework provides a structured approach based on 20 critical factors for designing and evaluating biosensing wearables for continuous physiological monitoring in dogs and cats.
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