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This is referred to as information networking. For example, if you have a security camera at an airport, you would program the camera or a small computer server controlling multiple cameras to perform facial recognition locally, based on a database stored in a camera or server. Think of a physical letter you send through the normal postal service wrapped in an envelope with an address on it.

There should be the digital equivalent of a knob that lets you trade off privacy with personalization. What drove the Internet initially was non-real-time sharing of documents and data. A better option would be to tag data and give the network instructions for handling different types of data. We are already very, very close to this limit, within a factor of two roughly. Think of a physical letter you send through the normal postal service wrapped in an envelope with an address on it.

Perhaps more significantly, the faster and more powerful mobile devices hitting the market annually are producing and consuming content at unprecedented levels. Put another way, based on our experiments in the lab, when we double the amount of network traffic we have today—something that could happen within the next four or five years—we will exceed the Shannon limit. The most obvious way is to increase bandwidth by laying more fiber.

A personal example—When I use Skype to send my parents in Germany live video of my kids playing hockey, the video sometimes freezes at the most exciting moments. Look at how complicated it is to manage your privacy on social networks. Instead of having just one transatlantic fiber-optic cable, for example, you have two or five or

Today the cloud is made up of big, centralized data centers. Put another way, based on our experiments in the lab, when we double the amount of network traffic we have today—something that could happen within the next four or five years—we will exceed the Shannon limit. There are different approaches.

Today the cloud is made up of big, centralized data centers. Put simply, you transmit multiple channels within a single cable. Today, if you want to know more about the data crossing a network—for example to intercept computer viruses—then you use software to peek into the data packet, something called deep-packet inspection. A better option would be to tag data and give the network instructions for handling different types of data.

A personal example—When I use Skype to send my parents in Germany live video of my kids playing hockey, the video sometimes freezes at the most exciting moments. The number of smartphones, tablets and other network-connected gadgets will outnumber humans by the end of the year. We are already very, very close to this limit, within a factor of two roughly.

Even if a smarter Net can move data around more intelligently, content is growing exponentially. This will not scale in the future. What drove the Internet initially was non-real-time sharing of documents and data. Today, if you want to know more about the data crossing a network—for example to intercept computer viruses—then you use software to peek into the data packet, something called deep-packet inspection. How do you reduce the amount of traffic a network needs to handle?

Two main components would be needed: Today, if you want to know more about the data crossing a network—for example to intercept computer viruses—then you use software to peek into the data packet, something called deep-packet inspection. Global mobile data grew 70 percent inaccording to a recent report from Ciscowhich makes a lot of the gear that runs the Internet. What drove the Internet initially was non-real-time sharing of documents and data.