Introducing the Wearable Data Collection and Analysis System – a versatile, next-generation tool for capturing precise human movement and interaction data across a wide range of training and simulation environments.
This innovative wearable tracks multi-axis motion and finger pressure, then uses advanced machine learning models to deliver real-time feedback and performance scoring. Built for flexibility, it seamlessly integrates with ProxSIMity’s complete range of training tools – from venipuncture and IV cannulation to other procedures currently in development, as well as custom training scenarios.
The device connects effortlessly via Bluetooth to your smartphone or tablet and is fully compatible with the ProxSIMity App (available on the App Store). Data can also be streamed to Windows devices for live display, review, and analysis.
The Learning 2.0 System continuously improves through thousands of user trials, refining scoring models and adapting to different skills and techniques.
For venipuncture and IV cannulation training, the system can specifically detect and classify:
Success
Failure
Fishing (excessive searching movements)
Key Features
Multi-axis movement tracking
Finger pressure tracking – up to 3 fingers
Advanced machine learning algorithms for skill analysis
Compatible with ProxSIMity training tools and upcoming procedures
Fully integrated with the ProxSIMity mobile app
Wireless Bluetooth connectivity
Optional Windows connection for live data display
Modern, customizable design with unlimited color options
3-year industry-leading warranty
Continuously updated software and firmware
Who This Is For
The Learning 2.0 Wearable System is designed for:
Medical schools & universities – Enhance training with accurate, data-driven performance assessment.
Simulation centers – Standardize skill evaluation across multiple learners.
Healthcare training programs – Improve learning outcomes for nursing, paramedic, and allied health students.
Educators – Track progress, identify weaknesses, and tailor instruction.
Students & trainees – Practice independently with real-time scoring and feedback.
Research teams – Collect precise motion and interaction data for academic or product studies.
Industrial training programs – Adapt the technology for non-medical skill acquisition and ergonomics testing.
Whether you’re running a high-tech simulation lab, delivering hands-on training, or conducting research, the Learning 2.0 System provides the insights and precision needed to accelerate skill mastery.