Revue de l'Information Scientifique et Technique
Volume 24, Numéro 1, Pages 39-60
2019-05-22
Sinecds: Secure Initial Network Based On Elliptic Curve Key Exchange With Digital Signature In Ieee 802.16
Authors : Kahya Noudjoud .
Abstract
The initial network process is the begin step to start communication between Mobil station (MS) and Base station (BS). This process is exceptionally critical and must be secure. After, we have studied the initial network process we find that there are many messages send in this process are not encrypted nor authenticated, by consequence several attacks are possible like Denial Of Service, Replay, Reflection, and Man-In-The-Middle. The weakness for this process has attracted a number of researchers. For our part, we propose a new solution called Secure Initial Network based on Elliptic Curve key exchanges with Digital Signature (SINECDS). According to formal verification tool AVISPA, the results show that (SINECDS) preserves all the basic security features like authentication, confidentiality, perfect forward security, and can resist to denial of service, prevents Men In The Middle, Replay, Reflection attacks, and grants no Repudiation. SINECDS improve performance greatly because it reduce the number of messages exchanged between Mobil Station and Base Station, with less computation complexity and perfect security. Using our proposition not only solves the ranging process but also secure Negotiation basic capabilities and authentication and key exchange process.
Keywords
EEE 802.16 ; Security ; Initial Network Entry ; SINECDS ; Formal Verification ; AVISPA
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