Social Interaction
Estimating movements of several animals in the same space is a challenging computer vision problem, but offers significant benefits in scientific research.
Next-Level Behavioral Insights with Markerless Animal Tracking
ConductVision’s revolutionary markerless tracking feature takes your animal research to new heights—no tags, no implants, no fuss.
Why Markerless Tracking Matters
Unobtrusive & Stress-Free
No implants, dyes, or handling sessions needed. Our system keeps the environment natural and comfortable for the animals, preserving authentic behavioral patterns.
Increased Accuracy
By combining conventional imaging techniques with powerful segmentation algorithms, markerless tracking maintains proper identity assignment, even during close interactions or occlusions. This means more reliable data and fewer identity mix-ups that can compromise your study.
Comprehensive Behavioral Insights
Gain deeper understanding of complex social behaviors—like sniffing, touching, locomotion, and body positioning—across multiple experimental conditions. With precise tracking of key anatomical points such as snouts and tail-bases, you can readily quantify socially relevant behaviors in rodents or other small animal models.
Reduced Human Effort
Say goodbye to endless manual corrections and post-experiment data wrangling. Our machine learning models are trained on a minimal set of annotated frames, saving you time without sacrificing quality.
Versatile & Scalable
ConductVision adapts to various controlled laboratory environments. Whether you’re dealing with bedding, special headstage implants, or tethered animals, our solution maintains performance and accuracy. Need to expand your studies to multiple animals or different species? Our markerless approach scales with your research ambitions.
Enhanced behavioral analysis
Allows researchers to observe and analyze a full range of behaviors and movements that contribute to social interactions, providing comprehensive movement patterns.
Group dynamic insights
Group housing allows the opportunity for researchers to understand how different environment conditions affect behavior and recovery of stroke-induced mice.
Post-stroke social interaction provides insight into how stroke may affect social hierarchy, aggression, or cooperation, as well as how it affects recovery.
Group dynamic insights
Group housing allows the opportunity for researchers to understand how different environment conditions affect behavior and recovery of stroke-induced mice.
Post-stroke social interaction provides insight into how stroke may affect social hierarchy, aggression, or cooperation, as well as how it affects recovery.
Improved data accuracy and efficiency
24/7 tracking ensures non-invasive behavioral monitoring, minimizing stress to the animal and reducing error due to physical handling and constant human presence.
Long-term, continuous tracking reveals behavioral changes across time and light-dark cycles that are otherwise impossible to obtain.
Empower Your Research
With ConductVision’s markerless animal tracking, you’ll spend less time on tedious data cleanup and more time uncovering actionable insights. From social behavior studies and neurological research to drug efficacy tests, our approach provides a clear, unobtrusive window into the animal’s natural world.
