AI-Powered Behavioral AnalysisBehavioral Analysis of the Future with AI Technology
ConductVision is a cutting-edge AI animal behavior tracking system designed for real-time analysis of rodent activity. It helps researchers track subtle behavioral patterns using precision tools and machine learning technology.
Deployed at
Trusted by neuroscience and behavior labs worldwide
ConductVision runs in research programs across 15+ institutions, from R1 universities to industry labs.
- Massachusetts Institute of Technology
- Harvard Medical School
- UC San Diego
- Veterans Medical Research Foundation
- University of Utah
- University of Connecticut
- Arizona State University
- University of South Florida
- West Virginia University
- LSU Health Shreveport
- Prairie View A&M University
- Delaware State University
- SUNY Downstate
- Calico Life Sciences
- Busan Health University
Find your paradigm
ConductVision supports 30+ validated paradigms across rodent, zebrafish, and Drosophila models. Each comes with pre-configured zone maps, metrics, and analysis pipelines.
Barnes Maze
Spatial learning and memory test using an elevated circular platform with escape holes.
Elevated Plus Maze
Anxiety-related behavior assessment using open and closed elevated arms.
Light Dark Maze
Measures anxiety based on preference between illuminated and dark compartments.
Morris Water Maze
Spatial navigation and reference memory test in a circular water pool.
Novel Object
Recognition memory evaluation through exploration of familiar versus novel objects.
Open Field
General locomotor activity and anxiety measurement in an open arena.
Sociability Chamber
Social preference and social novelty testing in a three-chambered apparatus.
Y Maze
Spontaneous alternation test for spatial working memory assessment.
T Maze
Discrete-trial alternation test for spatial learning and decision making.
Zero Maze
Continuous circular maze for anxiety-like behavior without center ambiguity.
Tail Suspension
Despair-based behavioral test measuring immobility as an index of depression.
Radial Arm
Working and reference memory evaluation using an eight-arm radial maze.
Operant Conditioning
Instrumental learning paradigm with lever-press or nose-poke reward schedules.
APA
Active place avoidance on a rotating arena testing spatial navigation.
Step Down
Passive avoidance memory test measuring latency to step off an elevated platform.
Learned Helplessness
Depression model assessing escape failure after inescapable stress exposure.
Automated Y Maze
Automated continuous alternation tracking for extended memory testing.
Social Interaction
Multi-animal social behavior quantification with identity tracking.
Fear Conditioning
Associative learning paradigm pairing auditory or contextual cues with aversive stimuli.
Looming Visual
Innate defensive response to overhead looming stimulus presentation.
Activity Wheel
Voluntary running behavior and circadian activity pattern monitoring.
RAPC
Ring active place avoidance combining spatial cognition with conflict resolution.
Gait Analysis
Paw-print and gait cycle quantification for motor function assessment.
Grooming
Automated detection and scoring of self-grooming behavioral sequences.
Visual Water Maze
Visuospatial learning paradigm adapted for zebrafish navigation studies.
Y Maze Zebrafish
Spontaneous alternation and exploration behavior in zebrafish Y-shaped tank.
Swim Tunnel
Forced swim endurance and locomotor performance testing for zebrafish.
Five Choice
Attention and impulsivity measurement using a five-choice serial reaction task.
Light and Dark
Anxiety-like behavior assessment through light-dark preference in zebrafish.
Visual & Olfactory Apparatus
Combined visual and olfactory stimulus presentation for sensory integration.
Heat Maze
Thermosensory-guided navigation and avoidance behavior in Drosophila.
Maze Array
High-throughput parallel testing of multiple Drosophila in maze arrays.
Shallow Chamber
Constrained arena for detailed 2D locomotion analysis of fruit flies.
Behavior paradigm library
Automated analysis templates for 90 behavioral tests
Choose a paradigm to review the tracked metrics, protocol parameters, interpretation guidance, and compatible ConductVision equipment.
Rodents
Spatial learning, anxiety, social behavior, motor control, and activity phenotyping.
Zebrafish
Tank exploration, social preference, startle, sleep, seizure, and larvae tracking.
Drosophila
Courtship, locomotion, aggression, sleep, olfactory learning, and phototaxis.
Built for behavioral research workflows
45 validated capabilities across tracking, analysis, experiment setup, data compliance, and paradigm-specific workflows.
Tracking Engine
Analysis Tools
Paradigm-Specific Analysis
Gait Analysis
Uses Hidden Markov Model (HMM) for smooth temporal segmentation of paw activities enabling precise gait cycle detection. ConductVision tracks paw details, gait parameters, and gait coordination automatically.
- Automatic Tracking of Each Key Body Point
- Easy Setup With an Open Field
- Enhanced Accuracy with AI Tracking
- Advanced Result Metrics
Social Interaction
Markerless multiple animal tracking through machine learning for social interaction studies. Estimating the movements of several animals in the same space is a challenging problem. ConductVision offers unprecedented accuracy for multi-animal tracking.
- Group dynamic insights
- Enhanced behavioral analysis
- Improved data accuracy and efficiency
- The only software with 6+ animal social interaction
ConductVision Model Performance
ConductVision captures the behavioural signatures you build your papers on. A pose-precision of 95–99% tells you the software pinpoints nose, tail, and limbs to within a few pixels of the ground truth.
You get publication-ready behavioural data — accurate, repeatable, and synchronised with physiology and pharmacology time-points, so every experiment delivers trustworthy results.
| Metric | Score |
|---|---|
| Tracking AccuracyOverall position detection | 98.7% |
| Pose EstimationKey body point precision | 99% |
| Multi-Animal IDIdentity maintenance across frames | 97.5% |
| Frame RateReal-time processing speed | 30+ FPS |
| Zone DetectionBoundary crossing accuracy | 99.2% |
| Gait CyclePaw-phase segmentation | 96.8% |
Pricing
Choose Your ConductVision Plan
Free Trial
Try ConductVision risk-free
- High-Resolution Video Tracking
- Automated analysis
- Custom analysis for you
- Share with friends
- Multiple Test Support
- Data Export and Sharing
- 24/7 Online Support
Annual
Most popular — full access
- High-Resolution Video Tracking
- Multiple Test Support
- Automated Data Collection
- Data Analysis Tools
- Customizability
- Data Export and Sharing
- 24/7 Online Support
Enterprise
Tailored for your institution
- Everything in Annual
- Custom Paradigms & Mazes
- Dedicated Support & Training
- Cloud Storage & Remote Access
- Priority Feature Requests
- Multi-seat Licensing
- On-site Installation Support
Support
Unlimited 24/7 Support and Updates with Every ConductVision License
ConductCare
Every ConductVision license includes unlimited 24/7 support from our team of scientists and engineers. Whether you need help with setup, custom paradigms, or data analysis, we're here to help.
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On-Site Support
Our team can travel to your lab for installation, training, and custom configuration. We ensure your hardware and software are optimized for your specific research protocols.
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Enterprise Switching
Switching from another platform? We provide full migration support, data conversion, and parallel validation to ensure a seamless transition to ConductVision.
Learn moreExplore specialized research tools
Manual Mazes
Designed for precise behavioral studies with hands-on control.
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Rodent Studies
Our specialized rodent research tools enable comprehensive behavioral analysis.
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Drosophila Research
Unlock new possibilities in genetics and behavioral studies with fruit flies.
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Zebrafish
Unlock new possibilities in genetics and developmental biology research.
Learn MoreTrack behavior across species
Beyond core laboratory species, ConductVision extends behavioral analysis capabilities to diverse model organisms.
Smart Behavior Tracking with AI-Powered Zone Monitoring
AI-powered rodent behavior tracking built for precision and efficiency. Define custom zones in any arena and let ConductVision automatically quantify spatial behavior with frame-level accuracy.
- Zone-based metrics with automatic entry/exit detection
- Time-in-zone measurement for each defined region
- Zone transition counts and transition matrices
- Customizable zones for any maze or arena configuration
- Real-time tracking within defined zones
- Supports multiple subjects simultaneously
- Heatmap overlays for spatial occupancy visualization
Requirements
Compatible hardware specifications
Camera Specifications
- USB 2.0
- Sensor: Advanced CMOS Photosensitive Chip 1/2.7 inch
- Monochrome
- Resolution: 1280x720 (Default) | 1920x1080 (Large Screen)
- 2 Million Megapixels
- Speed: 30 Frames / Second
Computer Specifications
Minimum
Recommended
High-Performance
Windows 10 or 11 required. 65Hz+ refresh rate recommended.
Get Started
ConductVision tools and services for active research teams
Software Licensing
Flexible plans for academic labs, CROs, and enterprise teams.
Hardware Integration
Cameras, mazes, and peripherals configured for your lab.
Custom Training
Hands-on workshops tailored to your research protocols.
Research Consulting
Expert guidance on experimental design and data analysis.
Enterprise Solutions
Multi-site deployments, SLAs, and dedicated account management.
