Written By Lisa Garza, Cisco Service Provider Marketing, Mobility Solutions
Not many of us would expect to get free Wi-Fi when standing on the top of the mountain at a ski resort. Spark New Zealand (formerly Telecom New Zealand) provides just that to their customers who have come to expect quality of experience everywhere, anytime.
By deploying Cisco Service Provider Wi-Fi, Spark NZ has expanded wireless services to their customers from the Auckland city streets to the top of Coronet Peak, allowing their mobile customers to enjoy access to an additional network as they work and play. The Spark Ventures group works in start-up mode – moving quickly and putting the customer first to offer new services. Their innovation started by putting Wi-Fi in phone boxes on the street, and they proceeded to follow their customers as they grew the network footprint.
The carrier-grade Wi-Fi network is Read More »
Tags: connected mobile experiences, mobility, Service Provider, small cell, spark new zealand, telecom new zealand, wi-fi, wifi
In another twist on monetizing the “Connected Car”, AT&T recently announced that its “Mobile Share Value” data plan – which lets customers purchase a monthly allotment of 4G/LTE mobile data that can be shared among smartphones and tablets used by family members – now allows cars to be added to the list of “devices” that can tap into the same data quota. So far, AT&T has announced 2 auto manufacturers, GM and Audi, will support the Mobile Share Value plan in this way.
From a consumer standpoint, this makes a lot of sense. Auto manufacturers have sought to bring the consumer app and content experience into the car in some way or another – e.g., by trying to seamlessly connect a user’s smartphone to the car’s entertainment and telematics systems, and/or by creating user-friendly, non-distracting Head-Up Display (HUD) interfaces to these systems. Furthermore, Read More »
Tags: Evolved Packet Core, mobile data plan, mobile operator, mobile policy, mobility, Service Provider
The Internet of Things continues to add new things daily to a growing list of already connected things; and these “things” have the opportunity to completely change our world. Capabilities like context awareness, increased processing power and energy independence have all been made possible as more people and new types of information are connected. And each day, society gains and learns from these innovations, all a part of the Internet of Everything – a network of networks where billions of connections create unprecedented opportunities as well as new risks.
When it comes to the actual physical devices that are moving the Internet of Everything forward, most think of traditional conduits such as laptops, phones and “wearables.” But, the connections that are creating the Internet of Everything come in forms many may not even consider, from toothbrushes, trashcans, power tools – even entire cities. And while all of these connections amaze with their technology, the value that they create is the real story, for what it means now and for the future of our society.
Much is at stake when discussing the value that the Internet of Things holds. At this year’s CES Conference, it was estimated that the Internet of Things would become a $19 trillion market over the next several years. The number of mobile-connected devices will exceed the world’s population by the end of this year and by 2018, 96 percent of mobile data traffic will originate from these smart devices. The amount of these connections, coupled with reduced technology costs, has created possibilities for the future of the Internet of Things that are seemingly limitless:
- Sensors all along the food supply chain, together with Big Data analytics and the intelligence of the cloud, will help us optimize the delivery of food from “farm to fork.” Sensors in the field will be combined with weather forecasts and other data to trigger irrigation and harvest times for each crop. And sensors on the food itself will alert merchants and consumers about when the “sell by” and “use by” dates are approaching to prevent spoilage. All of this will significantly reduce food waste—which today amounts to about one-third of total world food production.
- A blue-tooth connected toothbrush that connects to a smartphone app is just one of the many devices on the market that promote a better quality of life through improved healthcare. Wearable technology like fitness trackers, health monitors, insulin pumps and even “smart” clothing can measure consumed calories, heart rates, the amount of medicine in a person’s body and transmit that data to patients and medical professionals in real-time. And 71% of Americans claim these types of devices have improved their overall health.
- The city of the future will be “smarter” as sensors turn street lights, waste receptacles and cameras into tools that will help municipalities operate on more efficient levels. Wim Elfrink outlined how Barcelona has used a network of sensors that transmit real-time data on temperature, noise and other conditions in one of the city’s most popular areas. Kansas City, Missouri has used the network of street lighting and interactive digital kiosks in conjunction with a $114 million streetcar project to promote the city to both residents, and companies potentially looking to relocate their operations.
Serving as a link to the Internet of Everything, all of the connected things that make up the fabric of the Internet of Things are leading to new economic opportunities, increased personalized connections and more importantly, positive intersections of technology and the human experience. Far beyond the monetary values that it can present to society, the Internet of Things is powerfully changing and improving quality of life for people across the globe, with billions of opportunities awaiting us all.
What impact has the Internet of Everything had on your life, professionally or personally? Thinking futuristically, in what ways can you dream of that use the Internet of Things and the Internet of Everything to change our world?
We want to know what examples of the Internet of Everything you see in your own City of Tomorrow – your neighborhood! Join the conversation online by tagging your photo and video examples with #InternetofEverything and #CityofTomorrow. How is the Internet of Everything changing your city?
Review the Cisco Visual Networking Index: Global Data Traffic Forecast Update, 2013
Tags: Cisco, cloud, Erica Schroeder, Internet of Everything, internet of things, IoE, IoT, mobility, Smart Devices, value at stake, wearable technology
Location-based services have been getting a lot of attention lately and people are increasingly curious about how Wi-Fi and beacons play together in the hot space that is indoor location technology. In my last blog I reviewed how beacons work and how to differentiate when to use Wi-Fi and beacons. There’ve been some great questions about beacon technology and how it complements Cisco’s location-based Connected Mobile Experiences (CMX) solution, so I want to follow up on these topics with everyone.
What types of beacons are there?
Generally, there are two different classes of beacons: transmit only and backhaul enabled.
Transmit only beacons are exactly as they sound – they simply transmit information to anyone that is capable of hearing (bluetooth enabled smartphones). They do not receive or pass any data or information upstream.
Apple’s iBeacon is the best example of this type of BLE beacon. You can think of them like the navigational beacons used by airplanes when on approach to major airports. The beacon doesn’t even know the plane is there, but the plane is aware of the beacon and knows where the beacon is allowing it to take the correct action. Same is true for smartphones and transmit only beacons like iBeacon – the intelligence is located in the mobile application which must recognize the beacon and take appropriate action.
Backhaul enabled beacons generally include a Wi-Fi chipset for either management or data capabilities. Some backhaul enabled beacons are USB enabled and take advantage of whatever connectivity exists within the PC they are connected. Read More »
Tags: access, analytics, Apple, beacon, BLE, bluetooth, byod, Cisco, cmx, consumer, customer, deployment, device, dimension, Enterprise, GPS, granular, Guest, healthcare, ibeacon, indoor, Indoor location, IT, lbs, line-of-business, location, location based services, marketing, mobility, mse, network, operation, productive, productivity, proximity, retail, sales, tag, technology, track, tracking, wi-fi, wifi, wireless, wlan
This is a guest blog contributed by Dr. Aydogan Ozcan, Chancellor’s Professor at UCLA. **
In many developing regions today, cellphones and other mobile devices have begun to play a significant role in healthcare distribution. Local networks operated by service providers allow medical staff to utilize mobile technology to treat, educate, and set follow-up appointment dates with patients. Not only can patients access information about their health, but they can meet with physicians via video over the mobile network. For regions where people may be hundreds or even thousands of miles from a local doctor or hospital, these mobile devices can become lifesaving tools.
While cell phones and other mobile devices such as PCs and tablets can serve as a source of medical information or as a virtual meeting place between a doctor and patient, the technology itself can play a more important role of improving health care in developing regions as an actual medical device. Take for example, the work of University of California, Los Angeles (UCLA), Chancellor’s Professor, Dr. Aydogan Ozcan. Ozcan is creating portable and lightweight microscopes that affix to the mobile phones, thus transforming them into a platform for conducting microanalysis of blood, bodily fluids and water samples. With Dr. Ozcan’s vision and technology research, cellphones can become a mobile medical lab that can diagnose life-threatening diseases. Read More »
Tags: Connected Life, developing country, healthcare, mobile, mobility, Service Provider, telemedicine