Extended Verification of Secure UAANET Routing Protocol

Identity Spoofing: Since the control messages of a malicious router will be rejected by other legitimate OLSRv2 routers in the MANET, a router without valid credentials

To reduce the flooding overhead and make use of existing routing information, AODV uses intermediate Route Reply (RREP) messages and Expanding Ring search, with the cost of more

The discarding of the RREP message is due to the RFC specification of AODV [6] stating that an intermediate node only forwards the RREP message if it is not the originator node and

Different proposed and standardised routing protocols for LLN exist, including RPL (Routing Protocol for Low-power and lossy networks) [3] and LOADng (Lightweight On- demand Ad

For illustrative purposes, we highlight in figure 3 one of our research project application scenario involving three UAVs (DT1, DT2 and DT3). We consider that DT3 is dedicated

Proactive routing implies that each node maintains fresh network state information with all nodes before sending data packets. It requires that each node relays control

Accordingly, in [12], we introduce the model design of SUAP (Secure Uav Ad hoc routing Protocol) which is a secure UAANET routing protocol based on AODV.. Security Challenges

Our objective is to design a new secure routing protocol for UAANET in order to guarantee message authentication between UAVs.. This solution needs to minimize signaling overhead