The business of invariant hi-fidelity
algorithms for greater scale and fidelity
One meta-algorithm to bring them all to better computing
One meta-algorithm to bring them all to better computing
Removing constraints of precision and scale
One meta-algorithm to bring them all to better computing
One meta-algorithm to bring them all to better computing
One meta-algorithm to bring them all to better computing
Temporal, Continuous, and Rotation floating origin are info-morphs of the meta method
Recent examples of jitter issues
One meta-algorithm to bring them all to better computing
Recent examples of jitter issues
Remove jitter with centered stationary Observer motion
Site Content
Smooth motion at any scale
Integrate different assets, remove their limits
Integrate different assets, remove their limits
Increase scale with Dynamic space management and floating origin.
Integrate different assets, remove their limits
Integrate different assets, remove their limits
Integrate different assets, remove their limits
Integrate and extend with Dynamic Resolution Spaces.
About Us
New solutions for games and simulation
Solving the big problems: design games without limits! Gain greater speed, fidelity, scalability, and reliability.
The foundation building blocks are here, starting with continuous floating origin.
Greater fidelity and Scale
New centred, relative algorithms like Continuous Floating Origin add greater fidelity, scalability and performance to your games. Novel ideas like stationary action open new possibilities.
New performance opportunities
The new technique of Rotation Floating Origin provides significant performance gains and design simplification. Improve your games with this asset and continuous floating origin.