Circling behavior or rotational locomotion is a cornerstone behavioral paradigm used to evaluate unilateral brain dysfunction and motor asymmetries in animal models. This test is essential in neuroscience and pharmacology for assessing the effects of localized lesions or drug interventions on the nigrostriatal dopaminergic system. By measuring the frequency and direction of rotations, researchers gain critical insights into neural pathway integrity and the therapeutic potential of neuroprotective compounds. This quantitative approach is fundamental for studying Parkinson’s disease, stroke, and sensory deficits where lateralized motor control is impacted.Clever Sys provides an advanced automated circling analysis system that utilizes sophisticated motion tracking and computer vision algorithms to record rotational metrics with absolute objectivity. By replacing manual tallying with high-precision digital oversight, our technology eliminates observer bias and captures subtle behavioral fluctuations that human eyes might miss. This high-throughput capability ensures rigorous data integrity and preclinical compliance, providing scientific teams with the robust, verifiable data required for high-impact publications and accelerated drug discovery workflows.