Considering the implementation feasibility one of the major evaluation parameters, within AWISSENET we have integrated the protocols presented in this paper with other modules enhancing security including a distributed Intrusion Detection and a secure service discovery block.
The existing work on secure neighbor discovery has limitations in accuracy, resource requirements, and applicability to ad hoc and sensor networks.
However, all of this work has been done in the context of static networks due to the difficulty of secure neighbor discovery with mobile nodes.
Some of the documents were found in salt mines, buried in the ground, hidden behind false walls and in other places thought to be secure from discovery.
Together with our previous work, the overall design enables secure service discovery and SIP-based communication in ad-hoc networks, and, when a gateway exists, communications between nodes in the ad-hoc network and the Internet.
A secure neighbor discovery protocol could be used for that purpose.
If that ruse were secure from discovery, then general deterrence could be achieved as well.
Ahamed and Sharmin [17] proposed a Trust-based secure Service discovery model, for a truly pervasive environment.
However, it wastes 5 to 8% communication overhead, and slightly increases the packet loss percentage because of the secure route discovery delay.
It also measure the time and the battery consumption required to establish a trust relationship with and without recommendations, Finally, PTM has been proposed to provide a secure service discovery protocol to define policies and less storage of the historical behavior as it records a summary.
The time and location chosen would secure quick discovery by someone dear.
