Commercially Available AI in Vet Med
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AI-driven dairy management system that utilizes sensors and software to monitor cow behavior, health indicators, and milk production, providing real-time data for improved herd management and disease prevention.

AI-powered platform that processes and visualizes cattle genomic and performance data for informed breeding and marketing decisions.

Machine learning system that models and predicts milk yield, fat and protein content, and feed intake based on cow behavior and environmental data to inform dairy management decisions.

AI system using an Augmented Recognition Model (ARM) that analyzes activity data to predict estrus in cattle for optimal timing of artificial insemination.

An AI in vitro fermentation model that simulates rumen fermentation to evaluate feed digestibility and end-product formation for optimizing cattle nutrition.​

Analyzes milk yield, feed intake, and forage quality data to suggest optimal ration changes. Continuously learns farm-specific responses.

Artificial intelligence system that analyzes veterinary radiographs to provide rapid and accurate diagnostic reports.

Underwater stereo camera system that employs machine learning algorithms to monitor fish health, behavior, and environmental conditions in aquaculture settings.

AI-driven virtual assistant that integrates with practice management systems to handle appointment scheduling, prescription refills, and client inquiries via phone, web, and text.

Robotic beehive system that utilizes artificial intelligence and computer vision to autonomously monitor and manage bee colonies, including climate control, automated feeding, pest detection, and real-time alerts for health issues.

Feed formulation software that uses AI (genetic algorithms) in addition to linear programming to optimize ingredient mix for least-cost while meeting nutritional requirements​. Adapts to ingredient variability better than traditional methods.

Computer vision system that utilizes artificial intelligence to uniquely identify and monitor cattle, tracking health, behavior, and environmental interactions in ranching operations.

AI-powered biosimulation platform that predicts pharmacological responses across multiple species to streamline preclinical drug development.

Computer vision-based software that integrates with existing poultry barn CCTV systems to monitor flock behavior, count birds, assess distribution, and detect anomalies such as piling.

Genomic selection tool that utilizes DNA testing to identify superior dairy heifers from birth, aiding in informed breeding and management decisions.​

Sensor-integrated AI prototype that aggregates environmental and biometric data to assess cattle health indicators and improve farm decision-making.

AI-powered video analytics platform that utilizes standard security cameras to autonomously monitor dairy cows' mobility and body condition, providing insights to improve welfare and productivity.

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AI-powered system that uses cameras and deep learning algorithms to automatically identify the sex of day-old chicks and count chickens in farms, enhancing operational efficiency and accuracy.

Ceiling-suspended robot equipped with sensors and AI that autonomously monitors environmental conditions, chicken health, and equipment functionality in broiler houses.

Mobile application that records veterinary consultations, generating SOAP notes and discharge summaries to streamline clinical documentation.

AI-powered scribe application that automates veterinary medical record documentation by transcribing and organizing consultation dialogues, reducing administrative workload for veterinarians.

AI-powered vision system that uses camera-based monitoring and behavioral analysis algorithms to detect estrus in cattle for optimal breeding management.

AI-powered tool that quickly and accurately identifies dental pathologies in pets through analysis of dental X-rays and photos.

Veterinary-specific thermal imaging system that uses infrared cameras to visualize and analyze temperature data, aiding in the detection of inflammation and circulatory issues.

AI-driven platform that offers personalized pet nutrition recommendations and supplements based on health data analysis.

AI receptionist software that autonomously handles client communications - including calls, texts, and emails - integrating with practice management systems to schedule appointments and manage administrative tasks for veterinary clinics.

AI-driven platform that offers smart feeding solutions for fish and shrimp farmers, optimizing feed management and improving productivity.

AI-powered application that analyzes equine movement to detect lameness, providing objective assessments to assist veterinarians.

Artificial intelligence system that utilizes visual and voice recognition, along with real-time environmental monitoring, to track and analyze pigs' health, behavior, and growth metrics for enhanced farm management.​

AI-powered platform that supports dairy farm operations through tools like yield prediction, cow maternity monitoring, feed optimization, and milk quality tracking.

Swine management software utilizing AI to monitor pig health, track treatments, and provide real-time data for farm management.

AI-driven precision medicine platform that uses genomic testing to personalize cancer treatment for dogs, identifying targeted therapies based on genetic mutations.

AI-powered system that monitors environmental conditions in aquaculture settings, providing real-time data to optimize fish health and farm operations.

AI-based fish identification system that uses computer vision to detect and classify fish species in aquaculture environments.

AI-powered solutions utilizing machine vision and data analytics to monitor animal welfare and optimize farm performance.

Magnetic Resonance Imaging (MRI) system enhanced with artificial intelligence that non-invasively determines the sex and fertilization status of poultry eggs during incubation.

AI-powered tool designed to assist veterinarians by summarizing clinical records, streamlining documentation processes, and enhancing efficiency.