Security architecture for Ad hoc NOMOHi networks: Development of a project based on emergency rural telecommunications

This paper presents a Security View of the NOMOHi architecture (Node, Mobile, Hybrid, Intelligent), which combines devices capable of communicating simultaneously and collaboratively on two or more radio communications technologies, supporting processes of artificial intelligence for it. It describes how to work a NOMOHi sensor devices 802.11/Bluetooth/UWB and the WiMAX 802.16e/802.11 network services, and its potential practical applications for the distribution of satellite educational television content while it can be used simultaneously for the survival of communication in case of emergency in rural zones. The biggest problem is in the vulnerabilities of each of the communications technologies used in these networks simultaneously, low computational power of these devices, and of course to be low power consumption, means that this architecture poses immense challenges in terms to security: intrusion detection, trust relations and of course, Security routing protocols. In this paper, a description of how we are implementing a six-layer security architecture in a project designed for rural communications.