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IRX-Honu

All 21 NP-complete problems. One hardware accelerated API.

HONU is A drop-in
replacement for Google’s
OR-Tools.

IRX-HONU is the world’s first microarchitecture designed expressly to remove bottlenecks from practical applications of combinatorial optimization and NP-complete algorithms. HONU’s dataflow-centric design eliminates stalls and delivers concurrency in unprecedented locations.

Escape incrementalism

Escape incrementalism

Escape incrementalism

Go Honu

Go Honu

Go Honu

Go Honu

Go Honu

Go Honu

Escape incrementalism

Escape incrementalism

Escape incrementalism

Go Honu

Go Honu

Go Honu

Go Honu

Go Honu

Go Honu

Escape incrementalism

Escape incrementalism

Escape incrementalism

Go Honu

Go Honu

Go Honu

Go Honu

Go Honu

Go Honu

Escape incrementalism

Escape incrementalism

Escape incrementalism

Go Honu

Go Honu

Go Honu

Go Honu

Go Honu

Go Honu

Escape incrementalism

Escape incrementalism

Escape incrementalism

Go Honu

Go Honu

Go Honu

Go Honu

Go Honu

Go Honu

Escape incrementalism

Escape incrementalism

Escape incrementalism

Go Honu

Go Honu

Go Honu

Go Honu

Go Honu

Go Honu

Escape incrementalism

Escape incrementalism

Escape incrementalism

Go Honu

Go Honu

Go Honu

Go Honu

Go Honu

Go Honu

Escape incrementalism

Escape incrementalism

Escape incrementalism

Go Honu

Go Honu

Go Honu

Go Honu

Go Honu

Go Honu

Escape incrementalism

Escape incrementalism

Escape incrementalism

Go Honu

Go Honu

Go Honu

Go Honu

Go Honu

Go Honu

Accelerate your Combinitorial Optimization workloads
with a one-line code change and finally
escape incrementalISM.

Dream big. Go HONU. GO FAST.

IRX-HONU’s mip module

is on track to become the world’s fastest

mixed integer programming solver. 

A solver for large-scale sparse LP, MIP, and QP systems.

Reconfigurable compute fabric gives HONU ASIC-like performance and FPGA-like flexibility.

a hardware fork of highs

A solver for large-scale sparse LP, MIP, and QP systems.

Reconfigurable compute fabric gives HONU ASIC-like performance and FPGA-like flexibility.

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