Research by the Surface Nanoscience group and collaborators at Trinity College Dublin as reported in open access Advanced Structural and Chemical Imaging demonstrates that a significant improvement in the resolving power of the STM is achieved through automated distortion correction and multi-frame averaging. We demonstrate the approximately square-root relationship improvement in signal-to-noise ratio upon image averaging, a sub-picometre precision height measurement, and the automated identification of chiral unit cells on a surface. These automated tools, which do not require prior knowledge of the surface structure, promise to facilitate more rapid and higher-precision studies of surfaces, making full use of the experimentalists recorded data sets. This advance allows a new study of surface pico-science to be developed where subtle variations in surface structure can now be seen, that hitherto were not detected because they were buried in noise.