Wireshark is also a powerful wireless security analysis tool. With the appropriate driver support, Wireshark can capture traffic “from the air” and decode it into a format that helps administrators track down issues that are causing poor performance, intermittent connectivity, and other common problems.

Wireshark possesses sophisticated wireless protocol analysis support to help administrators troubleshoot wireless networks. It examines the different operating modes supported by wireless cards, and configures Linux and Windows systems to support wireless traffic capture and analysis using Wireshark and third-party tools. The monitor mode Wi-Fi interface will be available to start capturing.This chapter introduces the unique challenges and recommendations for traffic sniffing on wireless networks. Next, click on the “Install integration” button to allow Wireshark 3 to interact with Acrylic Wi-Fi Sniffer. If you are used to work with a traffic analyser like Wireshark, it's easy. Once the WiFi card is connected and Acrylic Wi-Fi Sniffer is installed, the next step is to use a sniffer program that can display the data. Using the Sniffer: Wireshark or Acrylic Wi-Fi Analyzer Unfortunately, Microsoft lack of support for this technology and the lack of support from manufacturers means that it does not always work optimally and it has certain technical limitations, so NDIS is Acrylic plan B for sniffing. NDIS is a native Windows mechanism to turn a card into a Wi-Fi sniffer. When Acrylic Wi-Fi Sniffer cannot enable monitor mode on the installed WiFI card using its driver we can use NDIS driver, by installing it in the program control panel. WiFi cards available for use as a device sniffer

Dynamic Risk Assessment and Threat Prioritization.

Compliance Security Verification Automation.

IT infrastructures and Web applications (DAST) Vulnerability Management.

Advanced Bank Infrastructures Security Assessment.

Technologies and Operating Systems Hardening.

Wireshark wifi analyzer