NanoLocz: Image Analysis Platform for AFM, High‐Speed AFM, and Localization AFM

Atomic Force Microscopy (AFM), High‐Speed AFM (HS‐AFM) simulation AFM, and Localization AFM (LAFM) enable the study of molecules and surfaces with increasingly higher spatiotemporal resolution. However, effective and rapid analysis of the images and movies produced by these techniques can be challenging, often requiring the use of multiple image processing software applications and scripts. Here, NanoLocz, an open‐source solution that offers advanced analysis capabilities for the AFM community, is presented. Integration and continued development of AFM analysis tools is essential to improve access to data, increase throughput, and open new analysis opportunities. NanoLocz efficiently leverages the rich data AFM has to offer by incorporating and combining existing and newly developed analysis methods for AFM, HS‐AFM, simulation AFM, and LAFM seamlessly. It facilitates and streamlines AFM analysis workflows from import of raw data, through to various analysis workflows. Here, the study demonstrates the capabilities of NanoLocz and the new methods it enables including single‐molecule LAFM, time‐resolved LAFM, and simulation LAFM. NanoLocz, an open‐source solution that addresses the challenge of analyzing Atomic Force Microscopy (AFM), High‐Speed AFM (HS‐AFM), Simulation AFM, and Localization AFM (LAFM) data. This platform streamlines workflows, improving accessibility, throughput, and unlocking new analysis methods. NanoLocz seamlessly integrates existing and novel methods, here the study demonstrates new capabilities in single‐molecule LAFM, time‐resolved LAFM, and simulation LAFM.