The pending Stop Online Piracy Act (SOPA) continues to inspire opponents to come up with creative solutions to circumvent it. A new anti-SOPA add-on for Firefox, titled “DeSopa,” is such a counter measure. When installed, users can click a single button to resolve a blocked domain via foreign DNS servers, bypassing all domestic DNS blockades and allowing the user to browse the site though the bare IP-address (if supported).

“It could be that a few members of congress are just not tech savvy and don’t understand that it is technically not going to work, at all. So here’s some proof that I hope will help them err on the side of reason and vote SOPA down,” he adds.

If browsing a site through a single IP address is not supported, this other anti-SOPA plugin provides an alternative.

The lawsuit, filed against Prodigy Communications Wednesday in a New York federal court, follows BT's claim in June that it owns the intellectual property rights to hyperlinks. BT says the patent, discovered in a routine trawl through its own patents three years ago, also covers a basic technology necessary for connecting computer users to the Internet. The telco aims to require all ISPs who use hyperlinks -- a fundamental Web technology -- to pay BT a licence fee.

A team of engineering geniuses from the University of Bristol, England has developed the world’s first re-programmable, multi-purpose quantum photonic computer chip that relies on quantum entanglement to perform calculations.With multiple waveguide channels (made from standard silicon dioxide), and eight electrodes (see image above), the silicon chip is capable of repeatedly entangling photons. Depending on how the electrodes are programmed, different quantum states can be produced. The end result is two qubits that can be used to perform quantum computing — and unlike D-Wave’s 128-qubit processor (well, depending on who you ask) this is real quantum computing.

We know that entanglement can be used for very effective encryption, but beyond that it’s mostly guesswork. There’s general agreement that qubits should allow for faster computation of very complex numbers — think biological processes and weather systems — and early work by Google suggests that pattern recognition might also be a strength of qubits.

A few recent legal developments affecting U.S. online privacy have rightfully troubled privacy advocates and civil libertarians on American soil. In addition to the Patriot Act's relaxed regulation of law enforcement's access to private data, recent court rulings have made it clear that U.S. authorities can secretly request data from tech companies without the user ever knowing. If this seems objectionable from the standpoint of U.S. citizens, imagine how it looks to outsiders who are storing their data there. Some European companies who do business with U.S. technology companies are concerned enough to start looking elsewhere for infrastructure

Google has made no secret about its plans for Android. Smartphones and tablets are just the beginning — the company wants Android everywhere. And thanks to FXI Technologies’ Cotton Candy USB device, we may not have to wait long to see Android on more than just our mobile devices. FXI essentially built an ultra-lean computer inside a small USB stick. Stick it into any device that supports USB storage, and Cotton Candy will register as a USB drive. From there, you can run the Android OS in a secure environment inside your desktop, courtesy of a Windows/OSX/Linux-compatible virtualization client embedded in the device. Stick Cotton Candy into a computer, and Android will appear in a virtualized window on your desktop. But get this: The USB key also features an HDMI connector. This way, you can connect the stick to your TV and use Android on the big screen (though you’ll need some kind of secondary input device, like a Bluetooth mouse/keyboard combo, to get anything done.)

Instead of resting on its laurels as China's third-largest wireless provider, China Telecom is now looking to branch out into relatively uncharted waters -- namely, the US consumer market. In a recent interview with Bloomberg, Donald Tan, president of China Telecom Americas, confirmed that his company plans to bring its own branded wireless service to select US markets next year, in the hopes of capitalizing on the large Chinese communities and consumer bases scattered across the country.

If the trial goes swimmingly, he added, China Telecom may expand it to Canada, as well, and would even consider purchasing or constructing its own network in the States (pending FCC approval, of course). The provider, which has already been marketing its services to US corporations for a decade, also has the capacity to spend "hundreds of millions or billions" on stateside acquisitions

Comcast has been conducting IPv6 technical trials in our production network for more than a year, and we've been working diligently on IPv6 deployment for over 6 years. After so many years of challenging preparatory work, significant technology investment, internal skills development, and close collaboration with our technology partners, I am incredibly pleased to announce that we've achieved another critical milestone in our transition to IPv6 — we have started the pilot market deployment of IPv6 to customers in selected markets! We're now the first large ISP in North America to start deploying IPv6. This is a significant milestone not just inside our own company but also in the industry, particularly given the chicken and egg relationship between the availability of content and software that supports IPv6 and the deployment of IPv6 to end users.

This first phase will support certain types of directly connected CPE, where a single computer is connected directly to a cable modem. Subsequent phases in 2011 and 2012 will support home gateway devices and variable length prefixes. Critically, our approach is "native dual stack" which means customers will get both IPv4 and IPv6 addresses. Some other ISPs that are less prepared may be using tunneling or large scale NAT in the network. Those approaches are likely to result in some applications (such as some real-time applications) breaking or seeming slow. Native dual stack, the approach we are using, avoids breaking or slowing applications and maintains a better and faster broadband Internet experience. Our customers buy Xfinity Internet service in large part for our great speeds, and they can rest assured that they won't have to slow down as the world transitions to IPv6, as we've "just said no to NAT" in this phase of our IPv6 transition.

For all the key technical details, check out this complementary blog post from John Brzozowski.

You could hardly ask for a more ringing endorsement of the future of HTML5 and a Web based on open, common standards than Adobe and Microsoft's near-simultaneous leaks announcing the impending disconinuation of their respective rich media browser plug-ins, Flash and Silverlight.

Mozilla has been experimenting with an interesting idea called Boot 2 Gecko. Essentially, B2G (as it’s called) is a mobile operating system based on the Web, as opposed to what the project’s wiki calls “proprietary, single-vendor stacks”. Mozilla has something there--open Web technologies indeed increasingly provide an intriguing platform for lots of things, mobile and otherwise. The developers on the B2G project are looking at the following areas: New web APIs: build prototype APIs for exposing device and OS capabilities to content (Telephony, SMS, Camera, USB, Bluetooth, NFC, etc.) Privilege model: making sure that these new capabilities are safely exposed to pages and applications Booting: prototype a low-level substrate for an Android-compatible device Applications: choose and port or build apps to prove out and prioritize the power of the system

Not long ago, Mozilla coders announced that they were starting to build PDF.js, a way to display Acrobat documents in the browser using pure web code. No longer will you have to fight with an external PDF plug-in in Firefox. Huzzah! Development on PDF.js has progressed to the point now where you can take an early peek at it. The restart-free add-on is available from the GitHub repository — just download the .XPI in Firefox and click to install.

T-Mobile USA is expanding its “Bobsled” web calling service to let anyone — whether a customer of the company or not — make free calls over the Internet from a web browser to traditional landlines and mobile phones in the U.S. and Canada. The expanded service, announced tonight, could create new competition for Skype, which sells a similar capability based on per-minute charges or monthly subscription fees. That’s a precious revenue stream for Skype, which Microsoft is buying for $8.5 billion.

The Bobsled web app, available here, requires a download and installation in the web browser of the user making the call.

In 2004, Google launched Google Desktop, a program designed to make it easy for users to search their own PCs for emails, files, music, photos, Web pages and more. Desktop has been used by tens of millions of people and we’ve been humbled by its usage and great user feedback. However, over the past seven years we’ve also witnessed some big changes in how users store and access their own data, with many moving to web-based applications. There has been a significant shift from local to cloud-based storage and computing, as well as integration of Google Desktop functionality (like local search) into most modern operating systems. This is a positive development for users and we’re excited that most people now have instant access to their personal information. As such, we’ll be discontinuing support for Google Desktop, including all of the associated APIs, services, plugins and gadgets. As of September 14, Google Desktop will no longer be available for download, and existing installations will not be updated to include new features or fixes.

n 2004, Google launched Google Desktop, a program designed to make it easy for users to search their own PCs