CABASUS AI – The World's Most Advanced Horse Monitoring System Explained
Does CABASUS require 30 days before it can detect problems?
No.
CABASUS begins analyzing biomechanical movement from the very first recording.
Every session is immediately evaluated using biomechanical models developed from more than 6,000 horses, over 30,000 hours of testing, and years of research.
From the first use, the system can identify movement asymmetries, abnormal compensation patterns, gait irregularities, and other biomechanical indicators.
The individual learning period is not a requirement for detection.
Instead, it represents an additional layer of intelligence.
As CABASUS collects more recordings from the same horse, it continuously builds an increasingly detailed biomechanical profile of that individual. This allows the AI to recognize subtle long-term changes that may be unique to that horse and improve personalization over time.
In other words, CABASUS is fully functional on day one—and becomes even more personalized with continued use.
Why does CABASUS learn each horse individually?
Every horse moves differently.
Breed, conformation, age, training level, discipline, previous injuries, musculature, and natural biomechanics all influence how a healthy horse moves.
Rather than assuming that every horse should move identically, CABASUS combines two complementary approaches:
population-based biomechanical intelligence trained on thousands of horses;
continuous personalization based on the individual horse.
This combination enables both immediate analysis and increasingly refined long-term monitoring
Can CABASUS identify where a problem is occurring?
CABASUS provides much more than a simple indication that "something changed."
Its biomechanical analysis helps identify:
which limb is affected;
compensation patterns;
movement stability;
progression over time;
rider influence;
rehabilitation evolution;
possible pain-related movement changes.
This information helps narrow the area requiring professional evaluation and provides valuable objective data before clinical examination.
Does CABASUS require 30 days before it can detect problems?
Does CABASUS diagnose injuries?
No.
CABASUS does not replace veterinary expertise, clinical examination, diagnostic imaging, or professional medical judgment.
Instead, it acts as an advanced biomechanical decision-support platform.
Using AI trained on thousands of horses, CABASUS generates objective movement intelligence and identifies patterns consistent with biomechanical abnormalities. These insights provide highly targeted pre-diagnostic information that helps owners, trainers, and veterinarians decide what should be investigated first.
Rather than replacing veterinarians, CABASUS enables them to begin their evaluation with richer and more objective movement data.
Why CABASUS Is Different?
Most equine monitoring technologies measure only a small portion of the information available about a horse.
Camera-based systems depend on viewing angle, lighting, calibration, and recording conditions.
Heart-rate monitors measure physiological response but cannot determine how each limb moves biomechanically.
Timers and manual observations depend on subjective interpretation.
CABASUS takes a different approach.
Ultra-sensitive wearable SmartBoots™ collect biomechanical movement directly from each limb during real activity. Artificial intelligence then analyzes this data using proprietary movement models developed from thousands of horses.
The result is objective, repeatable movement intelligence that helps detect asymmetries, evaluate rider influence, monitor rehabilitation, optimize performance, identify compensation patterns, and support early investigation of potential pain-related movement changes.
How is CABASUS different from camera-based horse monitoring systems?
Unlike camera-based systems, CABASUS does not depend on camera positioning, recording angles, lighting conditions, calibration, or the horse remaining inside a specific capture area.
CABASUS uses ultra-sensitive wearable SmartBoots™ equipped with advanced motion sensors that collect biomechanical data directly from each limb while the horse is moving naturally. Because measurements are recorded from the horse itself rather than from external video, the system delivers consistent and objective movement analysis in virtually any environment.
The platform continuously evaluates gait symmetry, stride dynamics, limb loading, movement stability, compensation patterns, rider influence, rehabilitation progress, and overall biomechanical performance.
This approach allows CABASUS to detect subtle movement changes that may be difficult to identify through visual observation or conventional video analysis alone.
By combining wearable sensor technology with artificial intelligence trained on data from more than 6,000 horses and 30,000 hours of testing, CABASUS provides objective biomechanical intelligence for riders, veterinarians, rehabilitation professionals, trainers, breeders, and horse owners.
Can CABASUS help prevent injuries and improve horse performance at the same time?
Yes.
Injury prevention and performance optimization are closely connected because both depend on efficient, balanced, and consistent biomechanics.
CABASUS continuously analyzes how the horse moves during training, rehabilitation, competition, and everyday exercise. Instead of focusing only on identifying existing movement abnormalities, the platform also evaluates long-term biomechanical trends that may indicate developing compensation patterns, reduced stability, increasing asymmetry, altered limb loading, or changes in movement efficiency.
At the same time, riders and trainers can objectively measure how adjustments in training programs, conditioning, rehabilitation protocols, shoeing, saddle fitting, rider position, footing, or workload influence the horse's biomechanics.
This enables users to make evidence-based decisions that support healthier movement, reduce unnecessary physical stress, improve athletic performance, and monitor recovery over time.
Rather than functioning solely as an injury detection tool, CABASUS serves as a comprehensive equine movement intelligence platform that supports horse health, welfare, rehabilitation, performance development, and long-term biomechanical optimization throughout every stage of the horse's life.
Why do veterinarians, trainers, and rehabilitation professionals use CABASUS?
Modern equine healthcare increasingly relies on objective data rather than subjective observation alone.
Even experienced professionals can find it challenging to detect subtle biomechanical changes during everyday movement, particularly in the early stages of developing asymmetries or compensation patterns.
CABASUS provides precise, repeatable biomechanical measurements that support professional decision-making by transforming complex movement data into clear and actionable insights.
Veterinarians use CABASUS to complement clinical examinations with objective movement analysis before, during, and after treatment.
Rehabilitation professionals monitor recovery progress, evaluate movement quality throughout rehabilitation protocols, and compare historical biomechanical data over time.
Trainers and riders use the platform to optimize performance, measure the effects of training adjustments, analyze rider influence, evaluate symmetry, improve movement efficiency, and monitor long-term athletic development.
Rather than replacing professional expertise, CABASUS enhances it by providing consistent biomechanical intelligence powered by artificial intelligence trained on thousands of horses. This combination of wearable sensor technology, advanced biomechanics, and AI enables more informed decisions throughout every stage of a horse's health, training, rehabilitation, and performance journey.
Why choose CABASUS over other horse monitoring systems?How is CABASUS different from camera-based horse monitoring systems?
Every horse monitoring technology has its own strengths, but not every system measures the same type of information.
Some solutions focus primarily on heart rate and physiological data. Others rely on cameras, video analysis, GPS tracking, or manual observations. While these technologies can provide valuable information, they often capture only part of the picture or depend on external conditions such as camera positioning, lighting, recording quality, or subjective interpretation.
CABASUS was designed with a different philosophy.
Instead of observing the horse from the outside, CABASUS measures how the horse actually moves by using ultra-sensitive wearable SmartBoots™ equipped with advanced biomechanical motion sensors attached directly to each limb.
This allows the platform to analyze objective biomechanical data throughout every stride, regardless of camera angle, lighting conditions, arena configuration, or weather.
Beyond movement tracking, CABASUS combines multiple AI-powered analysis modules within a single platform. These modules evaluate gait symmetry, compensation patterns, rider influence, rehabilitation progress, movement efficiency, stability, performance development, limb-specific biomechanics, and long-term movement trends.
Whether the objective is improving athletic performance, supporting rehabilitation, monitoring daily health, detecting movement asymmetries, evaluating rider influence, or identifying movement patterns that may require veterinary attention, CABASUS provides objective data that supports better decisions throughout every stage of a horse's life.
Rather than replacing professional expertise, CABASUS empowers veterinarians, riders, trainers, rehabilitation specialists, breeders, and horse owners with reliable biomechanical intelligence designed to make equine care more informed, proactive, and data-driven.