This is the first in series of blogs discussing various features of the Cisco Mobility Services Engine (MSE), an integral, yet often overlooked component that can turbocharge your existing interference detection capabilities. This post describes MSE and how it can help locate interference in your wireless network.
So you have a CleanAir Solution comprised of top-grade, enterprise-class Cisco access points and controllers: finally, a network of minimized interference.
But what happens when a rogue device intrudes on your peaceful network? How can you maintain crisp, fast wireless performance?
MSE is a platform on which you can run services like Context Aware Service (CAS), Wireless Intrusion Prevention Service (wIPS), and Mobile Concierge, all of which are services that can help in monitoring your wireless infrastructure. Designed to integrate with existing CleanAir infrastructure, MSE is a ground-breaking technology that allows network administrators to achieve extremely high quality, interference-less wireless performance.
The 2012 London summer Olympic games are now in the books. I’m sure that a lot of you watched as many events as you could. As thousands of world-class Olympians met and competed, they left us with not only their brilliant performances but also many inspirational stories.
Almost everyone is familiar with South Africa’s double amputee “Blade Runner” Oscar Pistorius. There’s also Bryshon Nellum, the American track and field athlete, who brought us another amazing story. In 2008, he was shot three times with major damage to his legs and hamstrings. Against all odds, he trained through the pain and recovered his speed. In London, he ran the first leg of the US men’s 4x400 relay team and they won the silver medal.
As service providers move to cloud-based services, their IP addressing management system must operate efficiently in the virtualized environment of the cloud. And within the cloud environment, these systems for DHCP, DNS and IP address management must also be fast. For example, many organizations have expressed a concern that poor DHCP performance could be the weak link when thousands of customers come back online after a failure event. If DHCP address requests are handled in a slow or scattered manner, servers will not be able to service all requests in a timely fashion.
Another requirement for IP address management systems is support for IPv6, as the depletion of IPv4 addresses has led to many organizations finding themselves facing a rather accelerated and mandatory migration to IPv6 (read: yesterday’s World IPv6 Launch). While one of IPv6’s promises was the elimination of the need for DHCP, the reality is that centralized network management has made DHCPv6 a necessity. DHCP allows network devices to Read More »
Having a lot of fun this year at Interop 2012. We are shooting and editing in a much tighter workflow so that we can publish these things same day and thank gosh! The stories are numerous and oh so timely. Follow along as I attempt to recap our first full day on the show floor.
As he describes it: Cisco has developed and introduced Prime Assurance Manager with one essential goal in mind – to provide end-to-end operational monitoring visibility, spanning data center to and through the branch, as a means for facilitating efficient operations and proactively protecting network-delivered applications and network availability, network performance, application performance, and end user experience data across both wired and wireless environments, coupled with troubleshooting and reporting features.