Abstract
Background/Objectives: In the modern age, there is a need of wireless network protocols verification using suitable techniques and tools to meet the security challenges in Wireless Ad-Hoc sensor networks. Methods/Statistical Analysis: For verification of system like ZigBee protocol stack, formal methods are being used. The latest formal verification method called Event-B is used now a day to frame a model for verification of different wireless security protocols like IEEE 802.11 and IEEE 802.15.4. Findings: To describe specific properties in a suitably rich mathematical logic such as first order logic, we need to limit this expressiveness if we are to automatically verify a property. To verify any system properties, temporal logic are used for safety, correctness, reliability in wireless security protocols. In this paper we developed a model/ framework in Event-B for the formal verification of ZigBee protocol and simulate it using RODIN tool. In this framework, models are specified, analyzed and verified by using formal methods. Application/Improvements: This framework leads toward more secure and reliable model having no inconsistencies in ZigBee.
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