A new FCC report based on measuring real broadband speeds in about 7,000 U.S. homes found that ISPs are finally delivering the speeds they promise.
Measurement Lab is a Google-backed project that brings together industry and academic researchers who are interested in measuring broadband speed, doing network diagnostics and researching how ISPs throttle and block certain applications and services. The project launched in 2009 and has since released a number of tools for measuring your Internet connection. Now, with the BISMark (the Broadband Internet Service BenchMARK)project, Measurement Lab is taking its efforts one step further by by distributing a large number of free routers to users all across the country. Currently, the project gathers data every time a user runs a test on its website. This new project, however, will give researchers a better idea of how networks perform, as the measurements are done at the router level and hence shielded from problems on a user’s computer and home network setup.
Last year, Google announced that it would bring ultra high-speed broadband Internet to one community in the United States. After a long decision process, the search giant today finally announced which community will be the first to enjoy Google-sponsored Internet access that’s more than 100 times faster than the U.S. average. Out of the 1,100 cities that applied for Google’s so-called “Fibre for Communities program, Topka, Kansas probably went the furthest in attracting Google’s attention by renaming itself Google, Kansas. That was not enough, though, and Google today announced that it chose Kansas City, Kansas instead.
Google just granted $1 million to a team of Georgia Tech researchers in order to enable them to build a “suite of web-based, Internet-scale measurement tools that any user around the world could access for free.” Once released, this test will include traditional speed measurement tools, but most importantly, it is also meant to tell users if their ISPs or governments are tampering with the data they send and receive. The project is funded by Google’s Focused Research program