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AirMagnet Enterprise provides automated compliance reporting for all those major network regulations including PCI, HIPAA, Sarbanes-Oxley, GLBA plus much more. Reports provide instant visibility into conditions that may have to be addressed for compliance and what what should be fixed. Reports is usually scheduled to perform and delivered automatically, ensuring a whole library of regulatory reports when it comes to an audit.
AirMagnet Enterprise v10.9 provides 802.11ac analysis capabilities utilizing existing SmartEdge Series4 sensors to supply:
Detection and of 802.11ac Access Points AP and Stations STA
Blocking of rogue 802.11ac devices
Wireless and wire-side tracing of 802.11ac rogue devices
User Wi-Fi Remote UI to see 802.11ac frames.
When while using Decodes feature from the Remote Wi-Fi Analyzer, provides frame-level visibility into
AP: Beacon, Probe Response, STA Probe Request, Policy Management of 802.11ac РІ create policies around 802.11ac management
View 802.11ac devices in AME Reports
With greater than 55 locations, 1, 300 access points APs and 25, 000 networked devices, the district s wireless network supports in excess of 50, 000 students and faculty and is particularly essential to your day-to-day operations on the district and individual schools.
Purpose designed with the latest 802.11n technology and unique tri-radio design, the AirMagnet Enterprise Smart Edge Sensor, Series 4 delivers the very indepth dedicated Wi-Fi and RF monitoring WIPS solution.
Versatile tri-radio design supporting two 802.11n 3x3 MIMO Wi-Fi radios plus dedicated spectrum analysis radio, so one particular device can simultaneously run dedicated WIPS, active performance tests and full RF spectrum analysis, minimizing monitoring system costs and complexity
Simple deployment, extending its love to critical locations where Ethernet cabling can be too expensive or impossible to own, using wireless connection mode to your Wi-Fi infrastructure, allowing immediate deployment to problem areas for quicker problem resolution
Strongest protection against rogue devices and dangerous attacks by 100% continuous scanning of each and every possible Wi-Fi channel, eliminating serious risks connected with AP-based systems that spend a tiny fraction on the time scanning for security problems
Quickest determination if performance issues matched to the wireless network or problems elsewhere inside the mobile application infrastructure, by pinpointing the fundamental cause with Automated Health Check, which tests the wireless connection in the AP to your cloud
Available inside the following certified countries:, Canada, all EU countries, Norway, Switzerland, Russia, Australia, New Zealand, Hong Kong and Singapore.
System Requirements for AirMagnet Enterprise v10.9 and beyond. Please refer for the AirMagnet Enterprise User Guide for detailed system requirement recommendations
For optimal performance, it is recommended that AirMagnet Enterprise run inside a Server/Database/Client configuration the location where the server, database and console run using separate machines.
The AirMagnet Enterprise system can monitor the RF Spectrum and 802.11n traffic. AirMagnet Enterprise performs a total interference analysis from the air. This includes co-channel interference from Wi-Fi devices, together with optional spectrum analysis of non-Wi-Fi devices, for instance microwave ovens, cordless phones or legacy wireless equipment.
AirMagnet Enterprise goes past simple 802.11n support to produce managers with hands-on 802.11n optimization tools and intelligence devoted to real-world performance and network throughput. Tools include live diagnostics from a 802.11n connection that automatically highlights and explains how performance may be improved.
AirMagnet Enterprise provides automated compliance reporting for many major network regulations including PCI, HIPAA, Sarbanes-Oxley, GLBA plus more. Reports provide instant visibility into conditions may must be addressed for compliance and just what has to be fixed. Reports might be scheduled running and delivered automatically, ensuring an entire library of regulatory reports regarding an audit.
AirMagnet Enterprise v10.9 provides 802.11ac analysis capabilities utilizing existing SmartEdge Series4 sensors to supply:
Detection and site of 802.11ac Access Points AP and Stations STA
Blocking of rogue 802.11ac devices
Wireless and wire-side tracing of 802.11ac rogue devices
User Wi-Fi Remote UI to examine 802.11ac frames.
When while using Decodes feature on the Remote Wi-Fi Analyzer, provides frame-level visibility into
AP: Beacon, Probe Response, STA Probe Request, Policy Management of 802.11ac create policies around 802.11ac management
View 802.11ac devices in AME Reports
Remote Spectrum Analyzer support for all those 802.11ac channels
Versatile tri-radio design supporting two 802.11n 3x3 MIMO Wi-Fi radios plus dedicated spectrum analysis radio, so one particular device can simultaneously run dedicated WIPS, active performance tests and full RF spectrum analysis, minimizing monitoring system costs and complexity
Simple deployment, even going to critical places that Ethernet cabling can be too expensive or impossible to own, using wireless connection mode to the Wi-Fi infrastructure, allowing immediate deployment to troublesome areas for quicker problem resolution
Strongest protection against rogue devices and dangerous attacks by 100% continuous scanning of each and every possible Wi-Fi channel, eliminating serious risks regarding AP-based systems that spend a tiny fraction in the time scanning for security problems
Quickest determination if performance issues matched to the wireless network or problems elsewhere from the mobile application infrastructure, by pinpointing the basis cause with Automated Health Check, which tests the wireless connection through the AP on the cloud
Available inside the following certified countries:, Canada, all EU countries, Norway, Switzerland, Russia, Australia, New Zealand, Hong Kong and Singapore.
System Requirements for AirMagnet Enterprise v10.9 and beyond. Please refer to your AirMagnet Enterprise User Guide for detailed system requirement recommendations
Cisco Wireless Compatibility Matrix Nov. 2011
Aruba: Packets never lie: An in-depth introduction to 802.11 frames
Bruce Frederick dB, dBi, dBd 2/2
See inside Ciscos latest wireless gear!
by David D. Coleman, David A. Westcott, Bryan E. Harkins, Shawn M. Jackman
Shawn Jackman Jack CWNE54 can be a personal friend and has now been a mentor in my experience for many years. Ive had the pleasure and possiblity to work with Jack for 4 years. Jack is often a great teacher who takes complex 802.11 standards and breaks them down so just about anyone can view the concept accessible. Im excited in your case brother. Great job and nice job! Put another notch within the belt!
IEEE 802.11a/g/n Reference Sheet
Tuesday, October 6, 2015 at 8:26PM
A question was asked on Cisco Support Community CSC enquiring as to what antenna is deactivated whenever a Cisco 3700 access point doesnt be handed a full 16.1 Watts.
We have purchased 3702e and a few of these access points could only get PoE 802.3af. Which antenna will likely be activated in such cases?
Thats a fantastic question and yes it had me thinking. So I tapped my Cisco CSE, Carlos. BTW Carlos is one on the best CSE s you ll find. I m very fortunate to own him as our CSE. The guy has memory recall by using these precision it s scary. Not to mention he can be a CCIE R/S and W.
When an access point isnt provided full power it may deactivate some combined radio chains and spatial streams. Manufactures can dial back the access points performance while still providing reliable WiFi communications. This allows flexibility with power in the switch electricity consuming PoE.
We ll pinpoint the Cisco 3700. The data sheet shows 802.3at and 802.3af power combinations. Less power, less chains and streams. More power, more chains and streams.
From a Cisco 3700 access point do: show controllers dot11Radio X.
At times you might configure static IP addresses for wireless clients. When these wireless clients move about in a very network, they may try associating for some other controllers. If the clients try and associate which has a controller which doesn't support a similar subnet since the static IP, the clients are not able to connect to your network. You can now enable dynamic tunneling of clients with static IP addresses.
Dynamic anchoring of static IP clients with static IP addresses could be associated along with other controllers in which the clients subnet is held by tunneling the website visitors to another controller within the same mobility group. This feature permits you to configure your WLAN so your network is serviced however the clients use static IP addresses.
1. When a client associates that has a controller, for instance, WLC-1, it performs a mobility announcement. If a controller within the mobility group responds by way of example WLC-2, your client traffic is tunneled on the controller WLC-2. As a result, the controller WLC 1 becomes the foreign controller and WLC-2 becomes the anchor controller.
2. If none in the controllers respond, the customer is treated as being a local client and authentication is carried out. The IP address for the buyer is updated through either an orphan packet handling or even an ARP request processing. If the clients IP subnet will not be supported from the controller WLC-1, WLC-1 sends another static IP mobile announce if a controller as an example WLC-3 which can help the clients subnet responds compared to that announce, the customer traffic is tunneled compared to that controller WLC-3. As a result, the controller WLC 1 becomes the export foreign controller and WLC-2 becomes the export anchor controller.
3. Once the acknowledgement is received, the customer traffic is tunneled between your anchor plus the controller WLC-1.
Note If you configure WLAN through an interface group and any in the interfaces from the interface group sports ths static IP client subnet, the consumer is assigned fot it interface. This situation happens in local or remote static IP Anchor controller.
Note A security level 2 authentication is conducted only inside the local static IP foreign controller, also is known as being the exported foreign controller.
Note Do not configure overridden interfaces if you perform AAA for static IP tunneling, it is because traffic could possibly get blocked for the consumer if the overridden interface does not include the clients subnet. This is usually possible in extreme cases the place that the overriding interface group props up the clients subnet.
Note The local controller need to be configured while using correct AAA server where this client entry is there.
Auto anchoring mobility guest tunneling is not configured for that same WLAN.
Hybrid-REAP local authentication can not be configured for that same WLAN.
The DHCP required option can not be configured for that same WLAN.
Note You cannot configure dynamic anchoring of static IP clients with hybrid REAP local switching.
To configure dynamic anchoring of static IP clients while using controller GUI, adopt these measures:
Step 2 Click the ID number with the WLAN on what you want to enable dynamic anchoring of IP clients. The WLANs Edit page is displayed.
Step 4 Enable dynamic anchoring of static IP clients by picking out the Static IP Tunneling check box.
To configure dynamic anchoring of Static IP clients while using controller CLI, makes use of the following commands:
config wlan static-ip tunneling enable disable wlanid Enables or disables the dynamic anchoring of static IP clients with a given WLAN.
To monitor and troubleshoot your controller for clients with static IP, utilize following commands:
show wlan wlanid Enables you to begin to see the status with the static IP clients feature.
Auto-Anchor mobility, generally known as Foreign Mapping, lets you configure users that happen to be on different foreign controllers to get IP addresses from your subnet or number of subnets.
To configure a different mapping with all the controller GUI, adopt these measures:
If the authentication sequence number isn't correct.
Will happen in the event you run out of AIDs around the AP; so try associating a large volume of stations.
Will happen in the event the rates within the assoc request are not inside the BasicRateSet within the beacon.
Unspecified, QoS-related failure
If the WMM becomes necessary by the WLAN and the buyer is not able to it, the association is certain to get rejected.
This is utilized in our code! There is no blackbox test with this status code.
This will not be used in assoc response; ignore
The TS is not created considering that the request can't be honored; however, a suggested
Invalid information element, , a data element defined on this standard for
Used when received unsupported Multicast 802.11i OUI Code
If you add anything but version importance of 1, you will observe this code.
If WPA/RSN IE is malformed, for instance incorrect length etc, you will notice this code.
The TS will never be created; however, the HC could possibly be capable of setting up a TS, in
response with a request, following the time indicated within the TS Delay element
Unspecified, QoS-related failure.
Not defined in IEEE, defined in CCXv4
Unspecified QoS Failure. This will happen should the Assoc request contains in excess of one TSPEC for your same AC.
TSPEC request refused caused by AP s policy configuration, AP is configured to deny all TSPEC requests for this SSID. A TSPEC will never be suggested from the AP because of this reason code.
Not defined in IEEE, defined in CCXv4
This could happen if a TSPEC comes to your WLAN containing lower priority versus the WLAN priority settings. For example a Voice TSPEC coming into a Silver WLAN. Only pertains to CCXv4 clients.
Association Denied caused by AP having insufficient bandwidth to address a new TS. This cause code is going to be useful while roaming only.
Not defined in IEEE, defined in CCXv4
Invalid Parameters. The request is not successful jointly or more TSPEC parameters inside request have invalid values. A TSPEC SHALL be present within the response as being a suggestion.
Not defined in IEEE, defined in CCXv4
Note: The access point base radio mac address ends in A9:10.
2.4 GHz Notice the first SSID 01 is assigned the BASE RADIO MAC ADDRESS A9:10. The second SSID is appended that has a.11 and the like.
5GHz Notice the sixteenth SSID 16 is assigned the BASE RADIO MAC ADDRESS A9:10. The fifteenth SSID is appended using a.11 and so forth.
NOTE: The VIRTUAL MAC ADDRESSES get reused from the access point on both each.4GHz along with the 5GHz radios.
Keep planned, the assignment or order the place that the virtual mac addresses are assigned from the above example has nothing to do while using WLAN IDs which might be configured within the WLC. Rather, the virtual mac addresses are assigned as a way by how the SSID is assigned towards the access point. Lets check out an AP Group for instance.
In the below example I created an AP GROUP where I assigned SSIDs 01, 05 and 10. Note the WLAN ID assignment on the WLC inside the AP GROUP see below. Then note the AirMagnet capture where SSIDs 01, 05 and 10 are mentioned. As you can view, the BSSIDs wouldn't take the WLC WLAN ID when compared with our last example. Rather the virtual mac address starts with the BASE RADIO mac for that first BSSID as well as the counts down to the 2.4GHz and starts around the opposite end for that 5 GHz.
As applying SSIDs with an access point the camp radio mac address is applied on the first BSSID around the 2.4GHz radio. If you encourage the 5 GHz radio you'll see that a similar SSID emerged the back end in the HEX range on the base radio mac address and counts down in HEX positions as additional SSIDs are added.
Wednesday, March 9, 2011 at 9:49PM
Have been enjoying reading various information you could have posted but haven t seen anything yet on a single of one of the best autonomous commands that I haven t found a WLC equivalent yet.
Since we as a rule have 3 ACS servers defined on all implementations, this straightforward command lets me see quickly after running clear aaa counters server all which specific ACS server I should be looking on for failure/success logs. On WCS/WLC, I have yet to locate anything so straightforward to quickly get me that information.
If you might be aware of a WLC version of computer, would like to see it covered to be a topic. And if not, I still find my80211 to be very useful and enjoyable! Keep up the excellent work.
Bruce, my pal, you might be in luck! The following commands include the equivalent commands about the WLC
When troubleshooting radius issues these stats come in useful! When your radius server is around the blink or if there is often a configuration issue somewhere inside line you can view if anything is passing from the WLC. Remember the WLC acts because the authenticator and just passes the EAP packets between the customer and the radius server authentication server. No real heavy-lifting is done with the WLC throughout this process.
This class will immerse students into an interactive environment where they will probably be shown the best way to scan, test, hack and secure their particular systems. The lab intensive environment gives each student in-depth knowledge and practical experience together with the current essential security systems. Students will become by learning how perimeter defenses work and be lead into scanning and attacking his or her networks, no real network is harmed. Students then discover how intruders escalate privileges and what steps could be taken to secure a method. Students can even learn about Intrusion Detection, Policy Creation, Social Engineering, DDoS Attacks, Buffer Overflows and Virus Creation. When a student leaves this intensive 5 day class they'll need hands on understanding and expertise in Ethical Hacking. This course prepares you for EC-Council ANSI accredited Certified Ethical Hacker exam 312-50.
This course will significantly benefit security officers, auditors, security professionals, site administrators, and anyone who can be involved about the integrity in the network infrastructure.
The Certified Ethical Hacker exam 312-50 might be taken for the last day in the training optional. Students ought to pass the net Prometric/VUE exam for CEH certification.
Ethical Hacking and Countermeasures course mission is always to educate, introduce and demonstrate hacking tools for penetration testing purposes only. Prior to attending this series, you is going to be asked to sign a contract stating that you will not utilize the newly acquired skills for illegal or malicious attacks and you won't use such tools to try to compromise any personal computer, and also to indemnify EC-Council with respect on the use or misuse of those tools, in spite of intent.
CEHv9 Curriculum includes instructor-led training and self-study. The Instructor provides the details of self-study modules for the students beginning on the class.
The Security, Functionality, and Usability Triangle