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Vehicular ad hoc networks (VANETs) are widely used in several Internet of Things (IoT) scenarios due to their unique characteristics which include quick and infrastructure less deployment. However, several challenges are associated with these characteristics such as highly mobile nodes, scalability issue, unreliable communication links, etc. The designing of secure and efficient routing is one of major research challenge in VANETs. In the current paper, multipath secured routing approach has been proposed for maintaining two most reliable and secured paths at the same time between source and destination vehicles. Using reactive routing principles multiple paths are derived between source and destination. Then, connection termination time (CTT) and path legitimacy index (PLI) are two parameters which are considered for selecting two best choices among all derived paths named Principal and Subordinate …