Groundbreaking Study Using PetPace AI Collar Finds Pet Acoustics Canine-Specific Music Reduces Stress and Anxiety More Than Classical Music or Silence
Originally posted on Morning Star; provided by Business Wire — Jul 23, 2024
PetPace, a leader in pet health monitoring technology, today announced the findings of a new study investigating the effects of music on canine stress and anxiety. Conducted in collaboration with Pet Acoustics, a company that designs animal-informed auditory content, the research demonstrates that canine-specific music significantly lowers stress indicators in dogs compared with classical music or no music at all. These results offer actionable guidance for veterinary clinics, kennels, shelters, and pet owners seeking evidence-based strategies to improve animal welfare.
The full study appears as a cover story in the International Animal Health Journal and represents a notable step forward in understanding how tailored auditory environments support canine wellbeing. Using PetPace’s flagship AI-driven collar, researchers recorded continuous biometric data to assess physiological responses to different soundscapes.
“We are thrilled to deepen our understanding of canine health through this study and enable more comforting care for our beloved pets,” said Dr. Asaf Dagan, cofounder of PetPace and co-lead author of the study. “Using our machine learning and AI-powered PetPace collar to study the effect of Pet Acoustics canine-informed music reveals incredible insights into the healing power of the auditory experience.”
The study used the PetPace smart collar to continuously monitor heart-related biometrics and activity. Key metrics included heart rate variability (HRV), pulse rate, and activity levels. These non-invasive measures provided objective evidence of how dogs respond physiologically to auditory interventions. According to the analysis, dogs exposed to Pet Acoustics’ canine-specific music displayed reduced signs of stress and anxiety compared with those exposed to classical music or silence.
PetPace’s collar combines artificial intelligence and machine learning to detect subtle changes in pet health and behavior. In addition to biometric monitoring, the device supports GPS tracking and has been expanded with new features such as a Pregnancy Monitoring module. This study highlights another practical application of PetPace technology: using continuous, validated data to evaluate how environmental changes—including sound—affect animal welfare.
Study Participants and Ethical Oversight
The canine participants were recruited from Educated Canines Assisting with Disabilities (ECAD), a service dog organization accredited by Assistance Dogs International (ADI). ECAD worked with the research team to ensure welfare standards were met throughout the study. Twelve service dogs in training participated under protocols that prioritized non-invasive biometric monitoring and the use of safe, humane sound interventions. The involvement of an experienced assistance dog organization adds practical relevance to the findings, as these animals often face real-world stressors during training and service.
Implications for Animal Care and Environments
These findings have immediate relevance for multiple settings where dogs may experience stress: veterinary clinics, boarding facilities, animal shelters, grooming salons, and multi-pet homes. Implementing canine-specific music could be a simple, low-cost component of broader stress-reduction protocols. For institutions focused on improving animal wellbeing, the study provides evidence that tailored auditory environments are more effective than generic classical playlists or doing nothing.
Veterinarians and shelter managers can use these insights to create calmer waiting areas, recovery spaces, and kennels. Pet owners may also benefit by using canine-informed music during thunderstorms, fireworks, travel, or other anxiety-provoking events. Because the study measured objective physiological markers rather than relying solely on behavior observation, the results strengthen the case for evidence-based environmental enrichment strategies.
About PetPace
PetPace, headquartered in Burlington, MA, develops advanced, patented AI- and machine learning-driven wearable technology for pets. The company’s interdisciplinary team includes veterinarians, IoT engineers, data scientists, and animal care experts. PetPace conducts ongoing research with universities and research institutions worldwide to validate and expand its product portfolio, aiming to protect and improve pet health across diverse populations and settings.
For media inquiries:
Margie Adelman
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This announcement summarizes the primary findings and context of the published study. The research underscores the potential of combining AI-driven biometric monitoring with species-specific auditory interventions to promote calm, reduce stress, and improve the overall welfare of dogs in both professional and domestic environments.