The current study addresses the issue of flexibility in architecture, which presents difficulties with all adjustments and ongoing needs by relying on cutting-edge construction techniques in the direction of a more flexible future architecture. Clarifying the part flexibility plays in ensuring a brighter future for the existing architecture is the research challenge at hand. In order to attain the optimal state for the architecture of the future, flexibility has to be used as a fundamental criterion in the research. In order to improve architecture in the future, the research postulates that flexibility should be built on a mathematical method. The study's main hypothesis is that flexibility based on a mathematical approach will improve the future of architecture.