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.
At last week’s iHT2 Health Summit at the New York Academy of Medicine, I had the pleasure of introducing Dr. Ben Kanter, chief medical information officer at Palomar Health, California’s largest health district. During his presentation, Dr. Kanter discussed the new $1B, 11-story Palomar Health Medical Center in western Escondido which opened for patient care on August 19, 2012. Called the “Hospital of the Future” by healthcare pundits, the new Palomar facility integrates key technologies, such as EMR, video and collaboration solutions, into an environment that uses nature, light, and outdoor space which work together to promote healing.
During the design phase, Palomar’s leadership team, including Dr. Kanter, worked closely with Cisco on the goal of creating a higher level of mobility and collaboration among clinicians, patients and their families. Cisco technologies currently in use include unified communications (video, WebEx, Wireless IP Phones) along with Unified Computing System, all tied together via a wired and wireless Cisco medical-grade network.
Dr. Ben Kanter, chief medical information officer at Palomar Health:
“The ability Cisco provides to tie everyone in the hospital together – patients, nurses, pharmacists, physicians, infection control, administrative teams -- through a security optimized, mobile and video-enabled environment, will have significant, positive impact across the healthcare continuum. Now patients have greater freedoms within the hospital, without compromising their health, as they are observed both inside and outside of hospital walls. And the ability for our doctors to review patient information from a mobile device, and conference in a nurse and a specialist at the same time to discuss the case, will completely change patient care.”
We invite you to learn more about Palomar Health and to watch a four-minute highlights video about the new medical center.
Say you were on an advisory board for a city where population growth, traffic congestion, and demand for services (ambulances, police, & firefighters) presented major challenges, what actions would you suggest the city to take? Similarly, say you were managing IT operations for your company, what actions would you put in place to respond to the Bring Your Own Device (BYOD) trend and the potential impact on your network as users flood it with tons of iPads, Ultrabooks and other personal devices?
Before you rush out of the door to take action, you may want to ask yourself two questions:
- Is my action plan going to deliver a consistent and high quality user experience?
- Is my action plan sustainable, given the demand, available IT headcount and budgetary resources?
I know BYOD is hitting close to home when I’m receiving notices from the local middle and high schools requiring students to bring their own tablets to class. It is efforts like these that show BYOD (Bring Your Own Device) as more than simply a marketing term being thrown around by various network vendors—it’s undeniably real and it’s all around us.
With that in mind, the promise of BYOD will come with its challenges—the deployment and management risks involved threaten to be a major headache for IT managers if they are not properly prepared for it. When it comes to wireless networks, preparing and planning for potential future technological trends is always a best practice. We know our customers will be faced with the challenge of preparing for BYOD, and we want to help. That’s why we are hosting a webinar called Pervasive Wireless for BYOD.
We plan to discuss how to best prepare your network for the challenges and management risks inherent to a BYOD deployment:
New user expectations in an evolving workplace landscape.
The enterprise no longer owns the mobile devices accessing the network.
IT has lost visibility and control of user devices and applications.
With BYOD, anywhere, anytime, any device usage is expected from the user, and the workplace is now globally dispersed with users touting mixed wireless devices. This paradigm shift calls for dramatic changes in how IT controls and manages users, devices, and applications. It is critical to be aware of these challenges when planning, deploying and managing your network for BYOD.
To give you a taste of what is included in the webinar; here are four steps we will be discussing:
A few years back, I was traveling in the Southwest. Since I needed to work while on the road, I made reservations for a hotel that advertised in-room WiFi. I guess I should have paid attention to the disclaimer that the hotel was “not responsible for errors or omissions.” The IT vendor that installed the hotel’s WiFi network had apparently forgotten the WiFi. And wired access. And any connections of any sort.
But I had work to do, so I headed to the lobby in search of a WiFi signal and a quiet corner. Unfortunately, the only thing that was quiet was the WiFi network. Even in the coffee shop. The barista served up a mean macchiato but still no WiFi.