Abstract: The accessing of network connectivity with a portable computing device begins with the search for at least one proximal network router within a connectivity range of the portable computing device. An unverified identification is routed from the proximal network router through the portable computing device to the remote server. The unverified identification is compared to the router identification for each network router with the remote server in order to identify the router identification of a matching network router from the plurality of network routers. The router password of the matching network router is routed from the remote server through the portable computing device to the proximal network router. Communication access for the proximal network router is granted to the portable computing device. The portable computing device is free to perform computer functions within a secure wireless communication signal.

Abstract: The accessing of network connectivity with a portable computing device begins with the search for at least one proximal network router within a connectivity range of the portable computing device. An unverified identification is routed from the proximal network router through the portable computing device to the remote server. The unverified identification is compared to the router identification for each network router with the remote server in order to identify the router identification of a matching network router from the plurality of network routers. The router password of the matching network router is routed from the remote server through the portable computing device to the proximal network router. Communication access for the proximal network router is granted to the portable computing device. The portable computing device is free to perform computer functions within a secure wireless communication signal.