Abstract: Measuring the concordance among multiple variables is a frequent challenge in practical applications. Several well-established methods for measuring concordance exist for the bivariate case, such as Spearman’s rank correlation coeffcient, Kendall’s rank correlation coeffcient, and Blomqvist’s beta coeffcient. In the multivariate case, most existing measures are based on pairwise averages. These measures of concordance primarily assess pairwise concordance and do not capture the overall characteristics of multiple variables, leading to issues with unexplained negative concordance. This paper introduces a new measure of concordance based on the overall structure of multiple variables. It also investigates the properties of relevant statistics. Based on these properties, a non-parametric test method for the concordance of multivariate data is proposed. Simulation results indicate that, in terms of Pitman asymptotic relative effciency, the proposed test method outperforms Deng’s method¹.