HPC platforms based in post-Moore architectures integrate multiple specific-purpose chips in heterogenous architectures, focusing on embedded and low-power computational infrastructures (i.e., RISC architecture processors) to improve energy efficiency and low cost. Currently, these platforms are very useful to implement from miliclusters to edge/cloud exchange nodes because in addition to their low cost, they present an adequate relationship in terms of performance, scalability, and sustainability. This work discusses the performance and sustainability of deploying S.O. images and applications in embedded post-Moore architectures addressed to HPC sustainable platforms.