For nanoindentation experiments performed with a conical indenter on a thin film deposited on a substrate or on a multilayer sample, the NIMS Matlab toolbox is useful for load-displacement curves analysis and calculations of Young's modulus and hardness of the coating. In the case of pop-in, the PopIn Matlab toolbox is a solution to analyze statistically pop-in distribution and to extract critical load or critical indentation depth, just before pop-in. Finally, for indentation maps obtained following the grid indentation technique, the TriDiMap Matlab toolbox offers the possibility to plot 2D or 3D maps and to analyze statistically mechanical properties distribution of each constituent, in case of a heterogeneous material by doing deconvolution of probability density function.