Physics Phenomena

Wrap existing data and models to expand features for analysis and to create richer models with behavioral, scientific, and physics phenomena. Solve for where the laws of physics and nature intersect with data science.

Cold Cases

Context-Augmented Machine Learning helps you develop beyond traditional “dumb” ML and take problem-solving to the next level, tackling previously challenging advanced data science problems.

Smarter, Adaptable Models

Improve model accuracy and performance in new, real-world situations by enriching initial data features and model training.

Get Early Access

We want to give you an overview of Vizlab™. Gain access to this this revolutionary development platform and tools like our patent-pending Context-Augmented Machine Learning to improve your machine learning design.

How Context-Augmented Machine Learning Accelerates Development

Data Science for the Real World

SOLVE FOR:
Object Detection | Medical Imaging | Sensor Fusion | Predictive Diagnostics | Biophysics and Particle Physics | Biomedical Engineering | Satellite and Aerial Imaging |
Structural Analysis and Critical Infrastructure | Radiative Transfer | Thermography | Electronics and Magnetism | Wireless Communications | Predictive Maintenance | Condition Monitoring | Quality Control | Anomaly Detection | and more!

Accelerate Your Data Science

Interested to learn more about our people, platform, and patents? Let’s discuss your goals and examine how Dynam and Vizlab can help you deliver breakthrough AI.

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Dynam.AI Announces the Limited Commercial Release of Vizlab™ 1.0A, a NextGen AI & Machine Learning Development Platform for Data Scientists 

Recent News

Dynam.AI Announces the Limited Commercial Release of Vizlab™ 1.0A, a NextGen AI & Machine Learning Development Platform for Data Scientists 

May 16, 2022

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