The ad-hoc network is a crucial analysis that facilitates communication within networks. This facilitates the significant obstacles of data transfer within networks. Some issues present in the network include packet loss and errors, alongside challenges related to routing robustness and optimization during data transfer. The deployment of data in the ad-hoc network can be facilitated through minimal configuration for analysis purposes. The methodologies of geography based routing and Fuzzy-Assisted Social based Routing have been employed for analysis and to yield successful outcomes. Utilizing geography-based routing, human behavior and social implications are identified, followed by a subsequent study. The Fuzzy-Assisted Social based Routing approach analyzes secure data transport, addressing routing robustness and optimization challenges. The fine-tuning of the run length in the unit parameters has been completed. The multichip communication technique has facilitated access to the port in the mobile ad-hoc network. This study analyzes the process of rectifying safe quantum cloud computing and human social behavior based on ad-hoc networks.