HorneScientific

Incremental computation for simulations, solvers, and monitoring. Less compute and energy, measured on your machines.

[HorneScientific @HorneScientific]

HorneSci develops two complementary technologies: Delta Routing and HST.

Delta Routing acts like a GPS for computation, intelligently selecting the most efficient method for each task. HST is one of those methods, designed to accelerate certain sparse-matrix operations.

[HorneScientific @HorneScientific]

For those of you who enjoy reading technical papers, our engineering team has published a working paper explaining how HorneSci's technology reduces redundant computation, helping lower computing costs and energy consumption.

Read the paper here: https://t.co/ImBGJsyGF3

[HorneScientific @HorneScientific]

Meet the people behind HorneSci.

Our co-founders and co-CEOs bring complementary backgrounds

Hunter Horne an FSU Computer Science graduate specializing in high-performance computing.

Eric Spencer Loyola University of Chicago graduate and a published formal methods researcher.

[HorneScientific @HorneScientific]

Why recompute everything when only part of the input changed?

We're HorneSci. We make simulations, solvers, and monitoring software update only what has changed.

Public benchmark: 75× as fast as full recomputation at 1% changed, ~4× at 16%.

https://t.co/2wRvXQA7hV