In principle these achievements of fast charging and lifetime prolongation could also be achieved by changing the cell chemistry and not the charging procedure . A next generation MAP would, however, need to be capable of optimizing both the chemistry and the protocol, whilst being agile in the sense of allowing to investigate different manufacturing settings, such as changing the cell geometry . The goal is therefore the establishment of a universal, highly modular approach that is not built for only one purpose. We therefore introduce a new concept besides modularity in materials research and the MAP-Paradigm which is multi-tenancy, i.e. the same experimental or simulation capacity offered as well as multiple optimizers or operators with different intentions in the same MAP. Tenants in a MAP are all participating units, be it intention-aware tenants like operators and optimizers, or intention-agnostic tenants like orchestrators, experimentalists, theorists or data storage applications.