What if the world's leading mobile devices communicated at a deeper, more trusting level with the world's leading corporate networks? That was the question that Apple and Cisco asked themselves when they announced their new partnership last year.
Their answer: a faster, more engaging user experience for iPhone and iPad users on a Cisco Wireless network.
Over the last year, engineers at Apple and Cisco worked tirelessly, tweaking the existing standards to tackle two very important aspects of enterprise mobility: optimized Wi-Fi roaming and prioritized business applications.
When I decided to cover these innovations on TechWiseTV, I went over to building 23 on Cisco's San Jose campus where this tight-knit group of engineers had been holed up. This is where they continued to relentlessly test every combination of load, app, and scenario that a Cisco customer could possibly encounter. I always assumed this kind of thing happened...but it was good to see the depth of scenario testing being done.
To fully appreciate what these two industry leaders have accomplished, I thought it would be helpful to pull back the covers a bit, and level set on how things are usually done. This can help highlight where and how these tweaks can improve your own enterprise experience:
Optimized Wi-Fi Roaming
Mobile isn't mobile if you can't work with the same level of confidence you have with the hardwired network. Cellular signals inside buildings can often be inconsistent, and when it comes to real-time voice and video, Wi-Fi roaming has its challenges.
Simply walking across the office will usually involve a number of challenging hand-offs. The transition from one access point (AP) to another involves the exchanging of several keys. And while fast, that negotiation can often take longer than the 50ms threshold required for high voice quality.
The 802.11r roaming standard goes a long way toward speeding up that authentication handshake. Unfortunately, most networks have it turned off because not all clients can associate SSIDs with 802.11r enabled, making it pretty complex to configure. (Watch our latest TechWiseTV episode to find out why.)
In addition, how do mobile devices decide which access point to connect to as they roam? They typically rely solely on signal strength, not which AP has better bandwidth available at that moment. And this leads us to thenextproblem that Apple and Cisco solved.
Prioritization of Business apps
In most workplaces, a corporate video conference should get higher priority than bandwidth-hogging apps that are not work related. But that's easier said than done. We have tools for prioritizing application traffic on the LAN, and Quality of Service (QoS) on mobile devices, but up until now, there hasn't been a good way for the network and mobile endpoints to agree on specific QoS definitions.
The tight integration between Cisco and Apple means that today, IT managers can easily turn on QoS that extends from the device, over the air, to the wireless network, ensuring that specific apps, as defined by the IT manager, get the right priority on their network. (In fact, be sure and catch"Enterprise Network Automation with APIC-EM"to see how EasyQoS makes policy mapping something you look forward to.)
Transforming Business Mobility
Mobility is transforming how we get work done. But to truly transform the mobile enterprise, it takes native business applications running on the best devices over the world's best corporate networks.
And we have the results to prove it:
I encourage you to learn more by checking out our recent episode of TechWiseTV:Fast Tracking the Mobile Enterprise. In it, I talk to Cisco engineer, Jerome Henry, @wirelessCCIE about the challenges and technical underpinnings of these solutions, and how they can be easily deployed in your network.
Robb
@robbboyd
http://www.techwisetv.com
P.S. Don't missour workshopon these new Apple and Cisco innovations taking place live in January. To get reminders for these and other events from "the geeks you can trust," follow us on Twitter @techwisetv.