1. Introduction
The market niche of pet care has now expanded significantly in recent years due to heightened demands of pet owners regarding the care and well-being of their pets. Old-school practices in pet care are increasingly being supplemented with technologically sophisticated options that are more informative and effective as means for observing what is happening in animals’ lives and for improving those lives. In this area though, many improvements remain as pertains to continual health check-ups, nutritional pointers, communication, and security for pets. herefore, this paper chooses to explore the possibility of overcoming these challenges by analyzing the effectiveness of the use of Smart Paws, an artificially intelligent smart collar. The aim of this study is to assess the efficacy of the Smart Paws health monitoring system in improving the accuracy of existing systems and providing appropriate nutritional advice based on the pet's health status and behavior. In addition, it intends to understand the role of Smart Paws in establishing a strong bond between pets and their owners, and the effectiveness of Smart Paws' safety and security features such as GPS tracking and geo-fencing. Thus, in order to examine the efficiency of the Smart Paw in detail, this study used primarily questionnaires and data collection to obtain feedback on its use and pilot data over a six-month period. The importance of this research is evident due to the fact that it creates a framework of overall directions in the pet tech imperative next step thereby offering a model of how the AI technologies are to be integrated to the pet care products in response to the dynamic market needs of the consumers.
2. Pet care
2.1. Health Monitoring
Crucial segment of pet care is hay health obligatory under certain circumstances. Conventional approaches entails schedule vet visits and owner reporting, an approach that overlooks the slight changes in health status that signal the onset of disease. Smart Paws addresses this issue by ensuring that the needed health update is offered at any one time, through the integrating multiple sensors in the collar part. Sensors fit softly to the pet’s body and can be worn for an arbitrary amount of time without causing any discomfort [1]. These devices monitor critical parameters like pulse rate, temperatures, and physical movements, and these vital signs are helpful to enhance a holistic approach to the care and management of the pet by Smart Paws. The collected data is then processed by utilizing the sophisticated AI algorithms to end up identifying potential health disorders. For instance, low activity levels as deemed by their vitality could be associated with sickness or lameness, which warrants examination by the owner or veterinarian, respectively. Small variations in the number of beats per minute, or the degree of heat or cold, may indicate stress or the early signs of a disease. It can be seen that Smart Paws offers an early alert system on health issues, which is essential before any form of treatment is commenced. It is a fact that early diagnosis results in a higher probability of recovery for a lot of diseases, especially as they may be treated through less aggressive therapies and at a less expensive cost in the future [2].
Also, the collection of past data can be useful for veterinarians, especially when offering a health profile for the pet. This can help the doctor make more precise diagnosis as well as gain ideas for developing an effective treatment.
2.2. Nutritional Guidance
Another major difficulty in meeting pet needs cone in feeding them, which requires the owner to ensure that the pet gets the right food at the right time. The feeding requirements of pets are dictated by their age, breed, activity level, and other conditions. If such conditions are not considered during feeding, pets in their infancy can end up being obese or starved. Smart Paws responds to this problem by proposing bespoke dietary advice that arises from the collected information from the collar. AI algorithms applied in the system identify information such as the pet’s metabolism rate, activity levels and frequency, weight and other medical conditions the pet may have in order to customize an appropriate diet to satisfy each pet's needs for balanced nutrition [3]. For instance, an arthritic pet from the older generation requires a diet that contains foods with components that reduce inflammation or help relieve joint pain, while the active dog requires more protein to help support its muscles for activities such as growing muscles or muscle repair. This strategy is particularly effective in eradicating common nuisances that pet owners deal with concerning their pets’ feeding habits, which enhances the health of the pets [4]. Owners can get direct access to the results of their pet’s feeding recommendations and can alter the portion and variety of feed according to the pet's preferences. Moreover, the system can also keep vigilant and notify the owner in case certain nutrients are found to be deficient or excessive, so that the right nutrients can be fed to the pet accordingly. In addition, the Smart Paws can work with compatible smart feeders so that feeding plans and portions can be carried out biochemically.
2.3. Enhanced Interaction
The core of animal interaction is the interaction between pets and their masters, which is important for stability the psyche of both parties. One of the main pets known to mankind, dogs and cats enjoy attention from their owners as well as playing with them. Lack of activity can make them susceptible to complications, like nervousness, depression, and noticeably negative behaviors. This interaction is advanced by a plethora of features available on Smart Paws that would enable pets and owners to engage in playtime. It has integrated sensors that analyze the pet’s emotions and physical activity with the owners receiving feedback through a mobile application [5]. It can also recommend exercises to do with the pet, or games that the pet may be in the mood or have too energetic for at a particular time. For instance, if the data collected by the system indicates that the pet is involved and moving a lot, the system might recommend a game of chasing a ball or using a toy. On the other hand, if the pet is restless or overly excited, it may suggest an activity that will augment the energy level and perhaps even tire the pet, like a massage or chewing a favorite toy. In addition, Smart Paws offers a predetermined and diverse play timetable for each pet, where the date and time are labeled with recommendations for activity for each pet, which can assists the owners to ensure the pets get the correct amount of mental and physical exercise [6]. The basic function of this feature serves to establish a better relationship with the owners and minimize unwanted behavior. Thus, having come up with a predetermined and diverse play timetable, Smart Paws is beneficial for a pet’s health as it contributes to the experience of joy.
2.4. Safety and GPS Tracking
One of the significant issues that pet owners always dread is the possibility of their pets disappearing. Since pets are irreplaceable, and the loss of a pet can be a traumatic experience for the owner. The mere possibility of losing one’s pet can become an extreme source of anxiety for the owner. Smart Paws has solved this problem by developing a GPS tracking and geo-fencing solutions to minimizing the risk of pets getting lost. The geo-fencing feature permits owners to set up virtual barriers, like place around the house or park where the pets are usually allowed to be released. GPS tracking tracks the whereabouts of the pet. The owner receive notifications on their mobile gadget when their pets leave a set acceptable range [2]. The agility brought about by real time tracking ensures that owners can be assured that their pet close by all the time with Smart Paws. And the early warning system ensures that pets do not suffer harm or get lost. Besides geo-fencing and tracking features, Smart Paws also offers location history and location information sharing. Owners can view the places their pet have been, for instance, you want to find out where the pet likes to escape to or hide. The GPS data can also be shared with pet sitters, or any other person you need to give updates of the location of your pet.
2.5. Community Platform
Smart Paws provides a community for exchanging experiences, discuss and share important information with other pet owners who are encountering the same issues and challenges. Pet owners, veterinarians, pet health professionals, and other pet lovers are able to participate, which fosters a community of people who are willing to share their experiences and knowledge. By having an established BB that links to the community platform, general usability is increased and the availability of pet-care information is valuable [7]. It features a Q&A session where the owners can give questions or share tips concerning different aspects of pet care. The platform also contains articles and tutorials written by professionals in the field, such as training tips, nutrition, and health,to assist the trainers and the readers. Besides, the presence of a community platform creates the necessary social finding for people, who are responsible for pet, making them collective members of pet health [8]. All visitors to the platform can schedule pet owners gatherings in their geographic area, engage in online forums and chats, and even create groups that focus on certain pet breeds or pet-related issues. This socialization increases the value of the pet ownership and ownership experience, as well as the convenience of the pet's life, including arranging playmates for the pet and providing the pet with appropriate services.
3. Discussion
The development of smart Paws is a positive shift in the technological innovation in pet care. Co-ordinating two components; Smart Paws integrates AI and advanced sensors in a smart collar that solves a number of pivotal concerns for pet owners. The collar constantly tracks the pet’s vital signs, which can give the owners a hint at the presence of a certain health problem, which in turn alerts the ownerto consult a veterinarian in a timely manner.. This can actually solve such problems ahead of time and avoids them turning into big health problems that are hard to control or deal with, ultimately enhancing the pet's longevity and quality. Hence, customized diet plans are another innovative aspect of Smart Paws [9]. While there is a set of clear and inflexible for feeding regimes presuppose that every owner often uses, they do not take into account the peculiarities of pets’ nutritional requirements. Smart Paws nutritionists use the idea of real-time data collection to determine the appropriate diet for each pet taking into consideration various factors, including the pet’s age, breed, level of activity, and state of health. What has proven useful is the individual approach, which can avoid many issues associated with diet, for example, with obesity or malnutrition that affect overall health.
Improvement in other aspects of interaction leads not only to wellness of the mind, but also of the body. Another form of enrichment is needed so that pets can be mentally engaged and motivated to move as needed to healthy functionalities. Sophisticated smart collar also track pet’s emotional and physical state and offers owners precise tips and advise in terms of games to play with the pet. This feature serves to deepen companion animal–human attachment, which can mitigate undesirable behaviors and minimize the potential for pets suffering from boredom and lack of exercise. Moreover, Smart Paws addresses pet safety with its GPS tracking and geo-fencing capabilities. The ability to monitor pets' locations in real-time and receive alerts if they stray beyond predefined safe zones provides peace of mind and significantly reduces the risk of pets getting lost. The Internet community associated with the Smart Paws helps to improve the overall usage potential towards the support of the pet owner community [10]. This platform helps the users to exchange over their experiences, seek solutions to their problems, and get access to useful information regarding the care of pets. It creates a feeling of peoplehood and shared duty where pet owners will also be able to learn and seek constant help in nurturing their companion animals.
4. Conclusion
The strategies included in establishing smart paws and their deployment are a revolution in the field of pet care. By using AI, this smart collar solves several major concerns most pet owners grapple with constantly, in this case being; health monitoring, proper feeding regime, increased communication, and most importantly safety. The results of the study show that Smart Paws has the possibility of preventing the detriment of pet’s health and as a whole crear the chances of providing a better experience in owning a pet. The continuous health monitoring feature facilitates constant check ups for health complications and quick access to medical attention, nutrition consultation gives a proper guideline in order to avoid health complications which are often experienced due to improper diet. Interactivity attributes foster freedom and positive psychological and physiological health that enlarges the companionship between pets and their owners. In addition, GPS tracking and geo-fencing provide a confidence given to pet owners in their safety of their pets. But since this study is limited to the participants’ perception and self-reporting, future research should aim at recruiting sample populations that are larger and more diverse, and should also consider assessing the possible long-term effects of using Smart Paws in the long run. Constant improvement in the exercising AI and the recognition of sensors in pets can expect further enhancement of the elements present in pets’ wearables, enhancing their efficiency constantly. Smart Paws’ success supports the arguments illustrated above and contributes to further advancements in pet tech space since innovative products may cater to the needs of pet owner and improve pet’s quality of life.
Acknowledgment
On my behalf and on behalf of the Smart Paws anglers, we express our appreciation to the developers of this project for all the hard work they have dedicated towards the development of this project. I appreciate all the effort you have shown and the ideas you have shared with me and the company. We also extend our heartfelt gratitude to all the HHH participants/pet owners who willingly took part in the research. It was your cooperation and insightful feedback that played a role in making this research a reality. Furthermore, the authors would like to thank the veterinarian and other pet health care experts who contributed their professional opinion throughout the course of the research. Without the cooperation of all members of this study, this research could not have been carried out.
References
[1]. Kamat, Y., & Nasnodkar, S. (2018). Advances in Technologies and Methods for Behavior, Emotion, and Health Monitoring in Pets. Applied Research in Artificial Intelligence and Cloud Computing, 1(1), 38-57.
[2]. Klune, J., Arhant, C., Windschnurer, I., Heizmann, V., & Schauberger, G. (2021). Tracking devices for pets: Health risk assessment for exposure to radiofrequency electromagnetic fields. Animals, 11(9), 2721.
[3]. Kamleh, M., Khosa, D. K., Verbrugghe, A., Dewey, C. E., & Stone, E. (2020). A cross‐sectional study of pet owners’ attitudes and intentions towards nutritional guidance received from veterinarians. Veterinary Record, 187(12), e123-e123.
[4]. Cline, M. G., Burns, K. M., Coe, J. B., Downing, R., Durzi, T., Murphy, M., & Parker, V. (2021). 2021 AAHA nutrition and weight management guidelines for dogs and cats. Journal of the American Animal Hospital Association, 57(4), 153-178.
[5]. Khalid, A., & Dildar, S. (2019). Effect of pet interaction on stress reduction and positive mood enhancement among pet-owners and non-owners. Human-Animal Interaction Bulletin, (2019).
[6]. LaRose, B. S., Wiese, L. K., & de los Ángeles Ortega Hernández, M. (2022). Improving behavioral and psychological symptoms and cognitive status of participants with dementia through the use of therapeutic interactive pets. Issues in mental health nursing, 43(4), 330-343.
[7]. Su, B. C., Lin, H., & Wang, Y. M. (2022). The Business Model of Digital Platforms for the Sharing Economy: Intensive Case Study Methodology for Rover. com Pet Boarding Platform. Sustainability, 14(23), 16256.
[8]. Tauseef, M., Rathod, E., Nandish, S. M., & Kushal, M. G. (2024, March). Advancements in Pet Care Technology: A Comprehensive Survey. In 2024 4th International Conference on Data Engineering and Communication Systems (ICDECS) (pp. 1-6). IEEE.
[9]. Holloway IV, J. E. (2017). Benefits of Successful Adoption of Online Channels by Pet Care Small Businesses.
[10]. Liyanage, W. L. S. V., Wedasinghe, N., & Wanniarachchi, W. A. A. N. (2020). The Impact of IoT Concept on Smart Petcare Applications.
Cite this article
Wang,J. (2025). Smart Paws: AI-Powered Pet Wearables. Advances in Economics, Management and Political Sciences,154,127-131.
Data availability
The datasets used and/or analyzed during the current study will be available from the authors upon reasonable request.
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References
[1]. Kamat, Y., & Nasnodkar, S. (2018). Advances in Technologies and Methods for Behavior, Emotion, and Health Monitoring in Pets. Applied Research in Artificial Intelligence and Cloud Computing, 1(1), 38-57.
[2]. Klune, J., Arhant, C., Windschnurer, I., Heizmann, V., & Schauberger, G. (2021). Tracking devices for pets: Health risk assessment for exposure to radiofrequency electromagnetic fields. Animals, 11(9), 2721.
[3]. Kamleh, M., Khosa, D. K., Verbrugghe, A., Dewey, C. E., & Stone, E. (2020). A cross‐sectional study of pet owners’ attitudes and intentions towards nutritional guidance received from veterinarians. Veterinary Record, 187(12), e123-e123.
[4]. Cline, M. G., Burns, K. M., Coe, J. B., Downing, R., Durzi, T., Murphy, M., & Parker, V. (2021). 2021 AAHA nutrition and weight management guidelines for dogs and cats. Journal of the American Animal Hospital Association, 57(4), 153-178.
[5]. Khalid, A., & Dildar, S. (2019). Effect of pet interaction on stress reduction and positive mood enhancement among pet-owners and non-owners. Human-Animal Interaction Bulletin, (2019).
[6]. LaRose, B. S., Wiese, L. K., & de los Ángeles Ortega Hernández, M. (2022). Improving behavioral and psychological symptoms and cognitive status of participants with dementia through the use of therapeutic interactive pets. Issues in mental health nursing, 43(4), 330-343.
[7]. Su, B. C., Lin, H., & Wang, Y. M. (2022). The Business Model of Digital Platforms for the Sharing Economy: Intensive Case Study Methodology for Rover. com Pet Boarding Platform. Sustainability, 14(23), 16256.
[8]. Tauseef, M., Rathod, E., Nandish, S. M., & Kushal, M. G. (2024, March). Advancements in Pet Care Technology: A Comprehensive Survey. In 2024 4th International Conference on Data Engineering and Communication Systems (ICDECS) (pp. 1-6). IEEE.
[9]. Holloway IV, J. E. (2017). Benefits of Successful Adoption of Online Channels by Pet Care Small Businesses.
[10]. Liyanage, W. L. S. V., Wedasinghe, N., & Wanniarachchi, W. A. A. N. (2020). The Impact of IoT Concept on Smart Petcare Applications.