Reuters: "Netflix has agreed to pay one of the largest broadband providers in the United States Comcast Corp for faster speeds, throwing open the possibility that more content companies will have to shell out for better service. Comcast and Netflix made the joint announcement on Sunday, marking the first time that Netflix is paying for faster speeds in the U.S. after customers complained about slow service." Terms of the deal remain undisclosed. The news comes as US regulators wrestle with Net Neutrality, and is a perfect example of why it matters. More: "Netflix to pay Comcast for faster speeds [Reuters]
The company emailed members of the Government Relations committee of the Indian ISP association, asking them to support Facebook’s Internet.org program, which delivers “a poor Internet for poor people.”
Josh from the Open Tech Institute writes, “Last week, researchers published the first results from the Internet Health Test, a public tool for consumers to measure their Internet speeds and gather data on broadband providers in the wake of the FCC’s Open Internet Order.
Watching Netflix, Hulu or other streaming services can unfortunately be difficult while traveling outside the US. Rather than bypass these restrictions with the help of a complex and slow VPN, choose a faster and simpler solution with Getflix. Instead of rerouting all your Internet traffic through a different server, this handy service only routes the […]
Shake, stir, and muddle your way to delicious homemade cocktails with this must-have bar set. Expect only the finest quality tools from MakersKit — enabling you to unleash your inner mixologist.Top 12 Favorite Things of 2014, Sunset MagazineQuart-size vintage-style Mason jar shakerRetro double jigger for accurate measurementsStrainer & spouts for a mixologist-style smooth pourHardwood muddler […]
The Lytro Illum dares to be different, boasting even more robust features than its first generation predecessor and a sleek design reminiscent of professional DSLRs. What’s so cool about it? Most cameras capture the position of light rays, producing a statoc 2D image.