The ability to summon emergency assistance by using a phone to call 9-1-1 has been ingrained in our society for more than 40 years. For a successful emergency response, it is critical that the responders receive accurate location information. Traditional wired-line telephony is able to use the location of the physical wires as a source of information for caller location, whereas wireless technologies require more exotic mechanisms to locate a 9-1-1 caller.
Current trends expose risks in the emergency response system as we know it:
More and more 9-1-1 calls being made with mobile devices that are not mapped to a physical phone tied to a physical location in a venue.
Limited GPS location capability indoors can make it difficult to pinpoint the exact location of a 9-1-1 caller in a multistory building.
Accurate caller location within a building is vital for a timely response to an emergency. With more people using cell phones while indoors, the delays that can occur when emergency responders must rely on outdoor location technologies used inside a building are becoming all too common. This challenge can be compounded in large buildings with many floors and many rooms on each floor.
TCS and Cisco meet this challenge by using the Wi-Fi network to make emergency response faster and more efficient with:
Seamlessly connection of the cellular and Wi-Fi location control planes, providing results within a few meters of accuracy
Visibility for accurate mobile 9-1-1 caller location with wireless location mapping specific to the venue
A lot can change in 25 years. At the first Cisco Live (then known as Networkers conferences) in 1989, 200 geeks gathered for the inaugural event. Fast forward to three weeks ago, when we welcomed a whopping 25,000 attendees into the arms of our namesake, beautiful San Francisco.
We heard there was some interest in how the network performed at the show, so I wanted to share some of the interesting statistics about the network at Cisco Live! I shudder at the thought of the ancient network from 25 years ago. So here we go:
Wi-Fi Client Devices
This year we saw 30,705 unique devices, with 7000 in the theater for John Chambers’ keynote.
# of Unique Clients
# of Sessions
# of Unique Users
# of Unique APs
Avg Users per AP
Max. Concurrent Connected Wi-Fi Devices
There was a peak of 14216 concurrently connected device at SF this year.
As I wrapped up my monthly forecast call last week, it struck me just how drastically work has changed in the last decade. It was 10 p.m. and I was in my hotel room in Macau, face-to-face with sales team leads in Singapore, the U.K., Switzerland, and the U.S., over video. Ten years ago, mobile phones were just phones, and for many, the office was where you met with co-workers and got your work done.
Today we’re mobile. Our workforce is globally distributed. Deadlines are shorter than ever. We need to make decisions faster. With multiple generations in the workforce, we must accommodate a wide range of behaviors, outlooks, expectations, and work styles. To stay competitive, we need to look beyond commute distance to find the best talent.
I’ve said before that embedding collaboration technology into workplace design is critical to the success of any workplace transformation effort. Our activity-based work spaces must give employees secure, seamless access to the information they need to get their jobs done. But this must also extend beyond the walls of our offices so we can collaborate no matter where we are – at home, at a customer site, inflight at 30,000 feet, or in a hotel room in Macau.
The mobile market continues to evolve at a blindingly fast pace. It seems as though new faster, sleeker, and more powerful mobile devices are launched every day. And new categories of mobile devices are created almost overnight. The number of applications available to run on these revolutionary new mobile devices is staggering, numbering in the millions. The insatiable demand for mobile devices and new bandwidth-hungry applications is generating enormous amounts of mobile data. The Cisco Visual Networking Index™ (Cisco VNI™) predicts that these trends will cause global mobile data traffic to increase 11-fold from 2013 to 2018, surpassing 15 exabytes per month by 2018.
In spite of this phenomenal growth and insatiable consumer demand, many MNOs are struggling to profit from this mobile gold rush. Mobile operators are watching as their average revenue per customer (ARPU) flattens or declines. Despite increasing customer appetite for mobile data, minutes of use in their cash-cow voice business are falling off sharply, and usage of text messaging is peaking. In fact, Ovum predicts that 2018 will mark the first year of revenue contraction in the history of the global mobile market. Following four years of less than 1 percent growth between 2012 and 2017, revenues will decline by 1 percent in 2018, ending the year $7.8 billion lower than in 2017.
This mobile paradox -- huge growth and customer demand, yet Read More »
First we rolled out the MSE tech blog series to give our customers an in depth look at the various features of the location-based technology behind Cisco’s Mobility Services Engine (MSE) and Connected Mobile Experiences (CMX) solution. Now, we’re kicking off a CMX Techtorial video series to provide a visual and helpful walkthrough of how to maneuver and get started with CMX and location-based services.
First up, we have the charismatic Darryl Sladden, Technical Marketing Manager for CMX, taking us through CMX 7.6 Analytics. In this quick video, Darryl will cover:
What is CMX 7.6 Analytics?
What is the analytics dashboard?
How do I visualize dwell time, heat maps, device density?
What kinds of reports can you get with CMX 7.6 Analytics?