About
ConductVision is a cutting-edge AI animal behavior tracking system built specifically for preclinical and academic research settings. Using advanced machine learning and computer vision, it enables researchers to automatically track, analyze, and visualize subtle behavioral patterns in rodents and other model organisms with exceptional accuracy. The platform runs locally on desktop hardware, ensuring data privacy and low-latency processing while delivering real-time analysis at 30 frames per second. With pose estimation accuracy reaching up to 99%, ConductVision removes the need for manual annotation and observer bias, dramatically accelerating behavioral quantification workflows. Supporting more than 30 validated experimental paradigms — including Open Field, Morris Water Maze, Elevated Plus Maze, Fear Conditioning, Gait Analysis, and Social Interaction — researchers can rapidly configure studies without custom coding. Each paradigm comes pre-loaded with zone maps, metrics, and analysis pipelines tailored to the assay. ConductVision supports 10+ species spanning rodents (mice and rats), zebrafish, and Drosophila, making it versatile across behavioral neuroscience, pharmacology, and genetics labs. It is deployed in research programs at 15+ institutions including MIT, Harvard Medical School, UC San Diego, and Arizona State University. Ideal for neuroscience labs, pharmaceutical R&D teams, and academic researchers who need reliable, reproducible, and scalable behavioral quantification without extensive computational expertise.
Key Features
- Real-Time Pose Estimation at 30 FPS: Delivers up to 99% accurate pose tracking in real time at 30 frames per second, enabling precise behavioral quantification without manual annotation.
- 30+ Validated Experimental Paradigms: Pre-configured paradigms including Open Field, Morris Water Maze, Fear Conditioning, and Gait Analysis, each with ready-to-use zone maps, metrics, and pipelines.
- Multi-Species Support: Tracks behavior across 10+ species including mice, rats, zebrafish, and Drosophila, supporting diverse research programs in a single platform.
- Local Desktop Execution: Runs entirely on local hardware to ensure data privacy, eliminate cloud latency, and maintain full control over sensitive research data.
- Automated Behavioral Analysis Pipelines: Reduces observer bias and manual workload with fully automated detection, scoring, and visualization of behavioral sequences and locomotor patterns.
Use Cases
- Neuroscience researchers quantifying anxiety and locomotor behavior in rodent models using paradigms like Elevated Plus Maze and Open Field.
- Pharmacology labs evaluating the efficacy of drug candidates by measuring behavioral changes in preclinical animal studies.
- Academic labs studying spatial learning and memory using Morris Water Maze or Barnes Maze with automated tracking and scoring.
- Zebrafish research programs assessing anxiety, social behavior, and visual cognition using species-specific validated assays.
- Research institutions seeking to reduce manual scoring effort, improve reproducibility, and accelerate publication-ready behavioral data collection.
Pros
- Exceptional Accuracy: Achieves 95–99% pose precision, significantly reducing human error and inter-rater variability in behavioral scoring.
- Trusted by Top Institutions: Deployed at 15+ leading research institutions including MIT and Harvard Medical School, validating its reliability for peer-reviewed science.
- Broad Paradigm Coverage: Supports 30+ pre-validated assays out of the box, minimizing setup time and enabling researchers to start collecting data quickly.
- No Cloud Dependency: Local execution ensures data sovereignty, which is critical for sensitive animal research and institutional compliance requirements.
Cons
- Specialized Use Case: Primarily designed for preclinical animal research, making it unsuitable for general-purpose video or behavior analysis outside life sciences.
- Hardware Requirements Unknown: Running real-time AI tracking locally may require significant computational resources; hardware specifications are not publicly detailed.
- Pricing Not Transparent: Full pricing details are not publicly listed, requiring prospective users to contact sales or request a demo to understand costs.
Frequently Asked Questions
What species does ConductVision support?
ConductVision supports 10+ species including rodents (mice and rats), zebrafish, and Drosophila, with pre-configured paradigms tailored to each model organism.
Does ConductVision require an internet connection to run?
No. ConductVision is designed for local desktop execution, meaning all processing happens on your own hardware without requiring cloud connectivity.
How accurate is the pose estimation?
ConductVision achieves 95–99% pose precision with up to 99% accuracy in pose estimation, enabling highly reliable behavioral quantification.
What experimental paradigms are supported?
Over 30 validated paradigms are included, such as Open Field, Morris Water Maze, Elevated Plus Maze, Fear Conditioning, Social Interaction, Gait Analysis, and many more.
Is there a free trial available?
Yes, ConductVision offers a free trial. You can also request a demo to see the platform in action before committing to a subscription.
