Plug-In Digital Framework (PIDF) is a system response analysis tool when the system components are composed of black-box modules. In the PIDF, it is assumed that analysis engineers are separated from each other by locations and companies and the web-based framework exchanges substructural models via web-based system. Substructural parameters (i.e. geometry, material properties etc.) are hidden in the PIDF due to security issues. In this paper, we illustrate the verification procedure of the PIDF by simulating analysis job under defined virtual roles with real automotive structure models. To accomplish the verification procedure we define roles of system companies, subsystem companies, and component vendors and perform pre-defined their virtual roles using the developed PIDF system in geographically separated areas, and summarize the improvements of the design efficiency.