Speaker
Description
Recently, we presented an extension of the CoLoRFulNNLO local subtraction framework for computing higher-order radiative corrections to hadron-initiated processes. Specifically, initial-state radiation has been regularized by introducing analytically integrable counterterms that lead to a relatively small number of counter-events. We have also released a proof-of-concept code, NNLOCAL, which contains an implementation of our method. In this talk, we discuss our ongoing efforts to transform this code into a production-grade tool. We highlight in particular recent improvements designed to streamline usability, facilitate extensibility, and optimise numerical performance.