Is this the beginning of the quantum Internet? UK researchers have shown that quantum and classical data streams can be interwoven within traditional fiber optics networks, enabling the distribution of quantum information to the home on existing cable. That means quantum key distribution (QKD) can work alongside traditional, classical data channels, a development that essentially lays the groundwork for a quantum Internet that exists alongside the classical one we have now.
The United States is developing what the New York Times is calling “shadow internet” – a prototype network that can fit into a suitcase and be carried across state borders to provide political dissidents with access to the web in the event that their repressive governments shut down communications. This project is part of the Obama administration’s effort to undermine government censorship.
Talk about cloud computing. Google wants to install "InterPlanetary internet protocols" (IP IP?) on spacecraft, using them as an interwoven network of new space-based communication nodes.
That's according Google's Chief Internet Evangelist, Vint Cerf, in an interview with Network World. And this is not some pie-in-the-sky idea — they're already doing it.
As promised, the Commerce Department's National Broadband Map went live yesterday, showing the various types and speeds of internet connections all across the country. It's meant to function both as a tool for consumers and businesses, and as a wakeup call to the country--it's pretty shocking to see just how much of the country lacks high-speed broadband.
If you could put all the data in the world onto CDs and stack them up, the pile would stretch from the Earth to beyond the moon, according to a new study. The world’s technological infrastructure has a staggering capacity to store and process information, reaching 295 exabytes in 2007, a reflection of the world’s almost complete transition into the digital realm. That's a number with 20 zeroes behind it, in case you're wondering.
Today, in a thoroughly nerdy ceremony in Miami, the last five blocks of IPv4 addresses were handed out. That's sparked a lot of concern: The internet as we know it is out of space! The next evolution of Internet Protocol, IPv6, is largely unusable! Panic in the virtual streets! But that's all a bit misleading, at least for now. Here's what's really going on.
After a bitter five year debate, the Federal Communications Commission is expected to pass a set of net neutrality rules at a meeting today that draw a stark distinction between wireline and wireless internet, scoring a measured victory for net neutrality advocates but spelling uncertainty for the future of the web. On the one hand, traditional hard-line internet providers will be prohibited from blocking or reducing access to any sites or applications.
Increasing web connectivity in the developing world has been a focus of philanthropists, international bodies like the U.N., and individual states alike. But, like most grand visions, wiring entire countries for the Web is expensive. So how does a philanthropist sidestep the massive expense of building and launching a satellite that can beam Internet to remote regions of the world? You wait for a company to go bankrupt, then you buy their brand new communications satellite already in orbit on the cheap.
For about 18 minutes in April, a Chinese telecommunications company hijacked 15 percent of the Internet, redirecting U.S. government and military traffic through Chinese servers. The misdirection affected NASA, all four branches of the military, the office of the Secretary of Defense and the U.S. Senate.