To take advantage of the rich library of atomistic simulations supported by ASE, atomate2 Currently, the FHI-aims interface to atomate2 can perform both single point and geometry optimization calculations, as well as more complicated workflows. It is also integrated into the phonon, elastic constants, equation of state, magnetic ordering (via Mulliken analysis), anharmonicity quantification, and MD workflows of atomate2. All of these provides a template for integrating FHI-aims into other common workflows such as the anharmonic and quasiharmonic phonons. For applications where symmetry is important, this can be activated by using the rlsy refine structure keyword in FHI-aims. However, this should not be used when performing calculations on displaced geometries.