Specialized microprocessor designed for combinatorial optimization that solves NP-complete problems up to 7,000x faster than software.
IRX-HONU is the world's first microarchitecture built expressly to remove bottlenecks from practical applications of combinatorial optimization. It is tailored to the memory access patterns and instruction sequences that occur in NP-complete problems such as scheduling and packing. In benchmarks it solves the decision formulation of the subset sum problem 7,000x faster than state-of-the-art software. The technology targets enterprises running scheduling, logistics, and resource optimization workloads. IRX-HONU is a product of Integrated Reasoning.