Websites Track You In Real-Time With Mozilla’s Lightbeam For Firefox – @addtips


The add-on can be downloaded and installed via the link provided at the end of this post. After installation, you will find the Lightbeam logo at the bottom-right of your web browser. Click it and you will see a new tab with three visualization options labelled Graph, Clock and List on the left. By producing real-time visualization charts of third-parties that may be collecting and sharing your data, these features may help you avoid visiting those sites.

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Lightbeam for Firefox Graph

The interface of Lightbeam looks simple and user-friendly. The Graph option creates a zoomable, interactive visualization of your Web activities, and assigns triangle and circle icons for every third-party site that’s actively extracting data from the page you visited. You can recognize each site in the triangle via its favicon. These triangles and circles are connected with a drawn line, which means a cookie is involved in the data transfer. The more connections a site shares, the bigger its shape gets.

Install Lightbeam for Firefox

Lightbeam for Firefox

The second main feature of Lightbeam is its Clock view mode. This section monitors and displays your online activity data over the previous 24 hours and plots the results accordingly. Leer más “Websites Track You In Real-Time With Mozilla’s Lightbeam For Firefox – @addtips”

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Using Light, Intel Confirms Data Will Be Sent Wayyy Faster in the Near Future

Intel announced a prototype technology today capable of moving data at 50 Gbps, comparable to sending an entire HD movie in one second – foreshadowing faster, longer data connections that could be revolutionary for consumers and data center users.

The prototype represents an important advance in Intel’s research into silicon photonics – using lasers instead of electrons to send data – which the company has been working on for years. Intel hopes to scale up the technology until it reaches speeds close to a terabit per second – fast enough to transfer a copy of the entire contents of a typical laptop in one second, the company said.

Data transmission speeds over wire-based connections are limited by bandwidth and distance. Intel turned to silicon-based photonic devices in order to transcend these physical limitations and continue to make more powerful chips.

With the new process, electrical signals are translated into light at different-colored wavelengths, which are combined and travel down a single fiber. Then the light is separated back into wavelengths and converted back to electrons. The speeds are so high that processors, memory and other computer components will no longer need to be placed inches from each other, implying vastly different computer designs in the future, the company said.


Intel announced a prototype technology today capable of moving data at 50 Gbps, comparable to sending an entire HD movie in one second – foreshadowing faster, longer data connections that could be revolutionary for consumers and data center users.

The prototype represents an important advance in Intel’s research into silicon photonics – using lasers instead of electrons to send data – which the company has been working on for years. Intel hopes to scale up the technology until it reaches speeds close to a terabit per second – fast enough to transfer a copy of the entire contents of a typical laptop in one second, the company said.

Data transmission speeds over wire-based connections are limited by bandwidth and distance. Intel turned to silicon-based photonic devices in order to transcend these physical limitations and continue to make more powerful chips.

With the new process, electrical signals are translated into light at different-colored wavelengths, which are combined and travel down a single fiber. Then the light is separated back into wavelengths and converted back to electrons. The speeds are so high that processors, memory and other computer components will no longer need to be placed inches from each other, implying vastly different computer designs in the future, the company said. Leer más “Using Light, Intel Confirms Data Will Be Sent Wayyy Faster in the Near Future”

Intel’s Silicon and Laser Hook-Up Means Speedier Data Transfer, Reliant on Fiber

Imagine a world where it takes just one second to download a terabyte of data. Well, that world just got a little bit closer, with Intel’s breakthrough, known as silicon photonics, in data transfer methods. It works using a combination of lasers (wooh! Lasers!! And all that!!!) and chips to convert data into light signals, send them up a fiber optic cable, then convert the light signals back into its original data form. So does this really mean high-definition movie downloads in less than a second from iTunes? That, my dears, is a question for the FCC and the network providers, I’m afraid.

Is this the kind of technology which will benefit you, the consumer, or is it something whose goodness will only be felt by they, the companies? Well, it’s a bit of both, actually. First of all, however, there is no doubting the accuracy of the device–Intel claims that over 27 hours, one petabyte of data was transferred with zero error.


BY Addy Dugdale

Imagine a world where it takes just one second to download a terabyte of data. Well, that world just got a little bit closer, with Intel‘s breakthrough, known as silicon photonics, in data transfer methods. It works using a combination of lasers (wooh! Lasers!! And all that!!!) and chips to convert data into light signals, send them up a fiber optic cable, then convert the light signals back into its original data form. So does this really mean high-definition movie downloads in less than a second from iTunes? That, my dears, is a question for the FCC and the network providers, I’m afraid.

Is this the kind of technology which will benefit you, the consumer, or is it something whose goodness will only be felt by they, the companies? Well, it’s a bit of both, actually. First of all, however, there is no doubting the accuracy of the device–Intel claims that over 27 hours, one petabyte of data was transferred with zero error. Leer más “Intel’s Silicon and Laser Hook-Up Means Speedier Data Transfer, Reliant on Fiber”