Re: Airmagnet Wifi Analyzer 8.0 Cracked
Tanja Freeze
Front View
- Provides details on wireless network connectivity, Wi-Fi coverage, performance, roaming, interference, and network security issues
- Performs testing from the client perspective, independent of network infrastructure, with no access point downtime
- Delivers a complete inventory of devices that are operating in the environment
- Highlights top issues that need immediate attention with a live snapshot into the overall health of the wireless network
- Major software version upgrades, minor updates, and firmware updates
- Priority response to technical support calls
- Members-only promotions and programs
- Access to online training modules, searchable knowledge base, online case submission, and much moreOverview
See all productsAirMagnet WiFi Analyzer is the industry standard software tool for mobile monitoring, auditing and troubleshooting enterprise WiFi networks. AirMagnet WiFi Analyzer helps IT staff quickly solve end-user issues while automatically detecting WiFi signal strength, security threats and wireless network vulnerabilities. The WiFi network analyzer enables wireless network managers to easily test and diagnose dozens of common wireless network performance issues including throughput issues, WiFi connectivity issues, device conflicts and signal multipath problems. AirMagnet WiFi Analyzer includes a full compliance reporting engine including wireless PCI compliance, SOX, and ISO, which automatically maps collected network information to requirements for wireless network compliance with policy and industry regulations. With the latest support for 802.11ac, AirMagnet WiFi Analyzer is the industry's most accurate 802.11ac WiFi network troubleshooting and optimization tool that never misses any WiFi traffic and helps solve problems right the first time. More from the Manufacturer
AirMagnet was a Wi-Fi wireless network assurance company based in Sunnyvale, California. The firm was founded in 2001 by Dean T. Au, Chia-Chee Kuan and Miles Wu and shipped its first WLAN analyzer product in 2002. In August 2006, the company shipped the Vo-Fi Analyzer, the first voice-over-Wi-Fi analyzer that could be used on encrypted VoWLAN networks. It was backed by venture capital firms such as Intel Capital, Acer Technology Ventures and VenGlobal.
The company manufactured and sold a suite of wireless site survey tools, laptop analyzers, spectrum analyzers, handheld analyzers, network management and troubleshooting solutions (including wireless access point management via LWAPP), as well as wireless intrusion detection systems (WIDS) and wireless intrusion prevention systems (WIPS) products and VoWLAN instruments.
The remote analyzer solution is comprised of AirMagnet WiFi Analyzer PRO 10.0, AirMagnet Spectrum XT 3.5.1, and AirMagnet Series Sensors. Sensors can be deployed to remote sites and then be monitored via WiFi Analyzer PRO or Spectrum XT at a control site.
Sensors and downloads for AirMagnet WiFi Analyzer PRO and AirMagnet Spectrum XT with the new remote analyzer features are available for purchase now at Fluke Networks.
The following content will inform you of four main topics about Wireless network Analyzers (also known as protocol analyzers) when capturing 802.11 frames. You will learn about the appropriate methods and locations for capturing 802.11 frames. You will also learn how to analyze 802.11 frames, discover problems, and find solutions. In addition, you will better understand the application of the common capture configurations. Lastly, you will explore some additional tools to capture 802.11 frames to analyze and troubleshoot Wireless networks in your day-to-day.
Wireless network Analyzer software is a tool used to capture and analyze data traffic over a communication channel. Some of the protocol analyzers options out in the market are, Wireshark, Commview for WiFi, Omnipeek, Airmagnet WiFi analyser pro, etc. Your ability to choose among these common tools would be based on the different factors such as budget, features needed, etc.
Visualization tools are dedicated to analyzing the packets and present a more user-friendly version of the interaction between the device and access point. Such tools are packet analyzers imbedded in different vendors' management platforms, i.e., Mist client insights, Extreme Cloud IQ, Meraki client packet capture, Cisco DNA Center etc. There are also visualization tools that specialize in analyzing packet capture files, such as Eye P.A. from metageek. In a nutshell, visualization tools are a rapid 802.11 packet capture and analytics solution that makes WiFi traffic visible for quick analysis and diagnosis. At a glance, you can find and fix packet loss, monitor channel capacity, minimize congestion, and shed light on network configuration and security issues.
To perform wireless network protocol analysis, you will have to capture the 802.11 layer 2 frames traversing the wireless network you would like to analyze. You can do that with a portable protocol analyzer such as Commview for WiFi, Omnipeek, Airmagnet WiFi analyzer pro, Wireshark for MacOS, Wireshark for Windows (with the correct wireless adaptor set to monitor mode), Wireshark for Linux, etc. With this method you will be able to take the analyzer close to the device and capture the frames as the device is experiencing (sending and receiving).
The difference between the two modes is that promiscuous mode will capture everything going in and out of the wireless network adaptor, and RF monitor mode will capture everything on the channel on which the wireless adaptor is listing and that it is capable of "hearing" basde on demodulation capabilities due to the signal to noise ratio (SNR) and the capabilities of the protocol analysis adapter and software. The recommended mode for successful packet capture for wireless network analysis is RF monitor mode, for wireless network analyzer software to utilize the wireless network adaptors in RF monitor mode, you would need to install custom drivers in many systems (particularly Windows-based systems). Most of the time, these drivers will come from the vendor of the wireless network analyzer software, and in some cases like Linux it could be a driver that can change the wireless network adaptor to RF monitor mode. In some cases, the wireless network analyzer software vendor will provide you with a list of network adaptors and their corresponding drivers.
Another important point when selecting wireless network adaptors for packet capture are often done with the use of multiple adaptors with the use of a USB 3 hub. You will have to make sure you select the correct hub in order not to reduce your SNR, some USB 3 hub can reduce SNR up to 20 db, causing your wireless network analyzer not to be able to demodulate the traffic.
The most important point is making sure you get the right wireless network adaptor for the wireless network analyzer software you are using, most of the software out there does not work with all wireless network adaptors and getting the correct wireless network adaptor for the kind of network traffic you are going to be analyzing is very important. For instance, you will need a 3 spatial streams wireless network adaptor to capture 3 spatial streams network traffic. If you are using a 2 spatial stream wireless network adaptor, and your access point is capable of 3 spatial streams, all data sent on the third spatial stream will be missing since your adaptor is only capable of capturing on two spatial streams. The illustration below shows the incorrect adaptor selection in the form of missing data, you will be able to determine it based on the duration times as illustrated.
aa06259810