Diagrid structures are outside structures comprising diagonal struts and connections around the perimeter and an internal core. These diagonal elements support gravity and lateral loads through axial action. The structural efficiency of diagrids allows for the elimination of interior and corner columns, giving the floor plan more freedom. In many industrialized nations worldwide, diagonal structures are becoming prominent structural systems, but their significance has not yet grown in India. This chapter presents reviews of combinations of dampers and diagrid structural systems in reinforced concrete (RC) buildings. Dampers are additional energy dissipation devices researched with diagonal grid systems, recognized for their high lateral performance and diagonal grids. The research focuses on studies that examine the combined effect of structures and dampers in RC buildings. The chapter investigates how dampers improve the seismic performance of diagrid RC structures by damping vibrations, lateral stiffness, natural frequency, and lateral displacement and explores the performance of various types of dampers, including friction, tuned mass, and viscous dampers, in diagrid remote control systems.