I’m switching gears from last week’s Public Sector BYOD Thursday blog on BYOD in the government – it’s time to talk about education!
While I was visiting my 6 year old niece in Denver last week, she amazed me with her agility when navigating the iPad. I watched in awe as she surfed the American Girl website, downloaded videos from YouTube, and played games. With children engaging so well with personal devices, it’s no wonder educators want to leverage technology as a learning tool.
While a BYOD-friendly environment certainly lends itself to greater productivity, mobility, flexibility and employee satisfaction, it also raises certain challenges, especially in education settings. After all, when it comes to schools, we’re not just talking about employees; staff, teachers and, most importantly, students all must be taken into consideration.
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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?
Luckily for you, the enterprise-class wireless experience enabled by CleanAir technology can be further enhanced and maintained with Cisco’s Mobility Services Engine (MSE).
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.
How exactly does it do this?
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Tags: access point, AP, aWIPS, cisco prime, cleanair, context aware software, location, location history, mobility services engine, mse, WIPS, wireless, wireless LAN controller, wlan, WLC
Does this picture remind you of your networks?
A friend of mine put this photo on Facebook one night with the quote, “..and I can’t find the remote I need to turn down the freakin’ sound bar!!!”
Even though we are techies, haven’t you had similar moments and frustrations? I have yet to find a great, intuitive, easy-to-use solution to solve the problem of multiple remotes.
Is managing your wireless and wired networks something like using multiple remotes? Do you have one management solution for the wired network, one for the wireless network; one policy and security application for BYOD, one for wired devices, and the list goes on.
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Last week Apple dominated tech headlines when it announced details of the iPhone 5. With its release today, thousands of fans will line up across the globe to be the first to try the new smartphone.
There have been a number of iPhone improvements, but the one I find significant is the fact that the iPhone 5 will have dual band Wi-Fi. This means that in addition to supporting the 2.4GHz band, it will now support the 5GHz band. Why is this significant? Well, the iPhone joins a number of other smartphone vendors who now have products capable of operating in both the 802.11b/g/n (2.4GHz) and 802,11a/n (5GHz) Wi-Fi bands. Other vendors that stack up include Samsung’s Galaxy S III and HTC’s One X.
Why is this 5GHz important? There is certainly nothing wrong with the 2.4GHz band. Both bands are unlicensed in most regions of the world. However, with the proliferation of devices due to the growing BYOD trend, the 2.4GHz band is getting real crowded. Remember: the 2.4GHz band only has 3 non-overlapping channels available. Think about it: all these devices like smartphones, laptops, tablets, and access points are competing for the available bandwidth while interference increases. In short, the 2.4GHz band just doesn’t have enough capacity for all these competing devices.
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Tags: Bonjour, cleanair, ClientLink, iphone, smartphone, wi-fi, wlan
Do you remember your first cell phone? I remember mine. It was big, and clunky, and really heavy. It would have made a better door stop than personal device. Things have really changed since those days. Our devices are so sleek and light now that we bring them with us everywhere we go, feeding directly into the BYOD trend that is taking government by storm.
In last Thursday’s BYOD post, I talked about the need to approach the Bring Your Own Device (BYOD) trend from a collaboration perspective. Government organizations know the BYOD movement is here to stay. It’s no longer optional. It’s the way their employees want to communicate, and it’s a level of connectivity that state governments and federal agencies have started to implement.
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