In this continuing series about Mobile Services Monetization, let’s look at so-called Multi-Device Data Plans. Spurred by the adoption of the Apple iPad and Android tablets, many operators have introduced mobile data plans that encourage users to connect these devices to 3G and LTE networks, rather then relying solely on Wi-Fi. These Multi-Device Data plans offer subscribers the ability to have a single contract that allows use of more than one device against a single monthly data usage quota. This provides users convenience, value, and incentives to buy cellular-enabled tablets and other “secondary devices”. Further, these Multi-Device Data Plan have driven higher data use and pushed users to increase to higher-tiered data quotas, according to some operators.
Trying to stand out among U.S. operators, T-Mobile recently announced that for a fee of $10/month, it will allow subscribers to add a tablet to an existing smartphone subscription *and* get a tablet data quota equal to the quota they have signed up for with their smartphone. So for only $10, this Read More »
In an increasingly digital, mobile and connected world, organizations need new ways to maintain real-time contact with their employees, customers and partners. And mobile cloud will be a major force enabling these ubiquitous connections and reshaping the business landscape. The first post in this series, by Padmasree Warrior, explores how the convergence of mobility and cloud will deliver unprecedented transformation for all organizations. In the second post, Sujai Hajela answers the question, “What exactly is mobile cloud?” In this post, Joe Cozzolino looks at what mobile cloud means for service providers and enterprises.
Be sure to listen to a new Future of Mobility podcast featuring Cisco’s Joe Cozzolino and Sujai Hajela about the power of mobile cloud. Download or listen via iTunes.
The value of mobile cloud is embodied in our 21st century nomadic, hyper-mobile lives. We no longer think in terms of boundaries – between home and office, between laptop, smart phone and an ever-expanding array of devices. We have no patience for latency. Our offices are wherever we are at the moment we need to connect with a colleague or customer, and the device we use is whatever is at hand. Making that happen is no mean feat for mobile service providers.
Imagine having the power of your office in the palm of your hand no matter where you are. Your business applications, your files, directories and chat logs. Everything when you need it, where you need it. It won’t matter what device you’re using or what type of network you’re on. You will move seamlessly from 3G to 4G to WiFi.
So there you are at the airport, waiting for your flight and you get a call from an important customer. She wants to review the past month’s reports with you, share a file and bring in some colleagues via TelePresence. It has to be now, it has to be secure – and you have to board your plane.
Co-Authored by Ian Hood, Senior Manager, Service Provider Architecture & Dan Kurschner, Senior Manager, Service Provider Mobility
Business Challenge: Everything Goes Mobile
The dynamic state of the business of service providers is quite apparent these days, and perhaps this is most evident for the mobility providers as everyone and everything goes mobile. All of their consumers, be they individual or business, are clamoring for new capabilities that can automate their business and simplify their lives. In addition there is a new class (or breed) of consumer – “Things”. Whether it is the connected car, city, bus, or kitchen appliances, “Things” are increasingly using the mobile network. Many of these new services and applications are readily available from “Over the Top” (OTT) providers that do not necessarily have any network upon which to deliver them. The OTT business model is designed for service creation agility, leaving it up to the operators to provide network access, quality of experience, and service assurance while managing the exploding demands for bandwidth and spectrum. Read More »
By Joe Chow, VP & GM, Connected Devices Business Unit, Cisco
Our home entertainment centers are rapidly changing. For decades, the television has been the center of American living room, but with the advent of cable, video games, streaming services and the cloud, our definitions of TV and set-top boxes have evolved. These days, a cellphone can be remote control and a remote control can be a security system. Consumers can watch movies on-demand or access second-screen content with their tablets or they can check their Facebook over their TV sets. Meanwhile society demands are expanding to include environmental concerns as well greater efficiencies.
To address many of the questions of the changing market, Cisco is launching a new video SPotlight series. Through the course of several videos, key Cisco executives will answer questions and provide commentary on many of the hottest topics in television and video.
For those that are not closely involved with IPv6, it may seem like the emphasis on migration to the new addressing scheme is waning. But while the hue and cry over IPv6 may appear to have quieted down to a background noise since 2010-2011; a closer inspection would prove that perception to be quite false.
What is IPv6 and why does it even matter? Simply put, when a device is on the Internet, it has its own specific address that it uses to communicate with other devices and the Internet and to define its location. With the non-stop growth of devices connecting to the Internet and the “Internet of Everything” (IoE) becoming a reality, the need for unique addresses for each personal device and machine-to-machine (M2M) connections has increased exponentially. To put this in perspective, the Cisco Visual Networking Index (VNI) 2013-2018 forecast estimates that there will be about 4 billion Internet users by 2018, which is 52% of the world’s projected population (7.6 billion people). And for every person on the Earth in 2018, there will be about 3 global Internet connections — that’s more than 21 billion devices/connections by 2018.The current communication and address format IPv4 was just not equipped for this explosive growth of devices and connections and the need to define addresses for each device. Hence the need for a new communication protocol, IPv6.