MEASURE. UNDERSTAND. REFINE. MASTER.
Dynaxis develops intelligent sensing and computational technologies that model how a human operator, a dynamic platform and the surrounding environment interact. Dynaxis Gen 1 is the first commercial implementation for motorcycles.
Control-State Model
DX-01
Operator
Platform
Terrain Interaction
confidence 0.94
response calculating
About Dynaxis
Dynaxis builds intelligence for dynamic human–machine systems.
We exist to make interaction between operators, machines and changing environments measurable, modelled and computationally useful.
Model Inputs
01 · Human input
02 · Machine response
03 · Environmental context
04 · Computational intelligence
Human–Machine Interaction State
Applications
Motorcycles lead commercial development.
Dynaxis Gen 1 is the first commercial implementation of Control-State Intelligence, being developed around the complex interaction between rider, motorcycle and terrain.
Motorcycles
First commercial implementation of Dynaxis technology.
Gen 1
The first sensing and computational platform being developed to capture, model and understand real-world rider, motorcycle and terrain interaction.
Future Applications
The underlying architecture is designed to extend to other highly coupled human-platform interactions over time.
Control-State Intelligence
Turning dynamic interaction into measurable computational intelligence.
Interaction
measured state
Operator
Platform
Environment
Prediction
State
Response
Gen 1 Platform
The first commercial implementation of Dynaxis technology.
MULTI-SOURCE SENSING · SENSOR FUSION · STATE ESTIMATION · ANALYTICS
Gen 1 is a multi-source sensing and computational platform designed to capture and model operator-platform interaction in real-world environments. It combines multi-source sensing, sensor fusion, state estimation and computational analytics to build contextual understanding of dynamic interaction.
SENSOR FUSION
STATE ESTIMATION
state intelligence
Rider Technique
Understanding rider movement, position and control behaviour.
Platform Response
Understanding how the motorcycle behaves and responds within the interaction.
Terrain Context
Understanding performance in relation to changing terrain and operating conditions.
Interaction Intelligence
Bringing rider, motorcycle and environmental context together.
Performance Analysis
Turning measured interaction into useful performance understanding.
Telemetry Stack
Designed to capture synchronized state streams across human, platform, and terrain surfaces.