Abstract:
Traditional wireless communication involves many Internet-based services, which
makes the availability of an Internet connection mandatory to complete the
communication. Furthermore, when introducing new devices into the network, preconfiguration,
authentication and granted access rights are must to have.
This research proposes a stack of protocols for discovering peer nodes, establishing
connectivity with them and handling communication between those peers in a Wi-Fi
(Wireless Fidelity) network without Internet connectivity as well as configuration
and authentication requirements. In this new protocol, all the nodes in the network
becomes objects and the user selects appropriate communication channel based on
the communication requirement. It could be voice calling, screen sharing, chatting,
video calling, file sharing, data transmission, etc. Since the protocol uses local area
network, network traffic is not going out from the local router to the Internet. The
protocol’s security mechanism is based on different instances. The user is allowed to
define his/her own security definition to his/her communication. The protocol
supports to network security, application based security, and group based security
with encryptions. The research is based on the build and test approach where
incrementally developed components of the protocol stack are tested on different Wi-
Fi security platforms and device platforms and fine-tuned for minimum bandwidth
consumption and data losses. Protocol stack is being developed in accordance with
several layers of the TCP/IP (Transmission Control Protocol/Internet Protocol)
model such as application, transport, network and physical. Simple chat application
is built with all the proposing components and algorithms in order to proof of the
concept.
Our ultimate objective is to apply this new communication protocol to the IoT
(Internet of Things) environments. Since protocol supports to any OS (Operating
System) platform and enable Wi-Fi communication with any device without any
configurations, this can be used as the core communication protocol used by the
devices present in an IoT environment.
