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Therein lies one of the biggest problems with traditional RSVP. Each time you see text that is not centered properly on the ORP position, your eyes naturally will look for the ORP to process the word and understand its meaning. This requisite eye movement creates a “saccade”, a physical eye movement caused by your eyes taking a split second to find the proper ORP for a word. Every saccade has a penalty in both time and comprehension, especially when you start to speed up reading. Some saccades are considered by your brain to be “normal” during reading, such as when you move your eye from left to right to go from one ORP position to the next ORP position while reading a book. Other saccades are not normal to your brain during reading, such as when you move your eyes right to left to spot an ORP. This eye movement is akin to trying to read a line of text backwards. In normal reading, you normally won’t saccade right-to-left unless you encounter a word that your brain doesn’t already know and you go back for another look; those saccades will increase based on the difficulty of the text being read and the percentage of words within it that you already know. And the math doesn’t look good, either. If you determined the length of all the words in a given paragraph, you would see that, depending on the language you’re reading, there is a low (less than 15%) probability of two adjacent words being the same length and not requiring a saccade when they are shown to you one at a time. This means you move your eyes on a regular basis with traditional RSVP! In fact, you still move them with almost every word. In general, left-to-right saccades contribute to slower reading due to the increased travel time for the eyeballs, while right-to-left saccades are discombobulating for many people, especially at speed. It’s like reading a lot of text that contains words you don’t understand only you DO understand the words! The experience is frustrating to say the least.

After only one hour of floor debate, and no allowed amendments, the House of Representatives today passed legislation that opponents believe may give brand new authorization to the U.S. government to conduct domestic dragnets. The USA Freedom Act was approved in a 338-88 vote, with approximately equal numbers of Democrats and Republicans voting against. The bill’s supporters say it will disallow bulk collection of domestic telephone metadata, in which the Foreign Intelligence Surveillance Court has regularly ordered phone companies to turn over such data. The Obama administration claims such collection is authorized by Section 215 of the USA Patriot Act, which is set to expire June 1. However, the U.S. Court of Appeals for the Second Circuit recently held that Section 215 does not provide such authorization. Today’s legislation would prevent the government from issuing such orders for bulk collection and instead rely on telephone companies to store all their metadata — some of which the government could then demand using a “specific selection term” related to foreign terrorism. Bill supporters maintain this would prevent indiscriminate collection.

However, the legislation may not end bulk surveillance and in fact could codify the ability of the government to conduct dragnet data collection. “We’re taking something that was not permitted under regular section 215 … and now we’re creating a whole apparatus to provide for it,” Rep. Justin Amash, R-Mich., said on Tuesday night during a House Rules Committee proceeding. “The language does limit the amount of bulk collection, it doesn’t end bulk collection,” Rep. Amash said, arguing that the problematic “specific selection term” allows for “very large data collection, potentially in the hundreds of thousands of people, maybe even millions.” In a statement posted to Facebook ahead of the vote, Rep. Amash said the legislation “falls woefully short of reining in the mass collection of Americans’ data, and it takes us a step in the wrong direction by specifically authorizing such collection in violation of the Fourth Amendment to the Constitution.”

“While I appreciate a number of the reforms in the bill and understand the need for secure counter-espionage and terrorism investigations, I believe our nation is better served by allowing Section 215 to expire completely and replacing it with a measure that finds a better balance between national security interests and protecting the civil liberties of Americans,” Congressman Ted Lieu, D-Calif., said in a statement explaining his vote against the bill.

SOPA, ACTA, the criminalization of sharing, and a myriad of other measures taken to perpetuate antiquated business models propping up enduring monopolies - all have become increasingly taxing on the tech community and informed citizens alike. When the storm clouds gather and torrential rain begins to fall, the people have managed to stave off the flood waters through collective effort and well organized activism - stopping, or at least delaying SOPA and ACTA. However, is it really sustainable to mobilize each and every time multi-billion dollar corporations combine their resources and attempt to pass another series of draconian rules and regulations? Instead of manning the sandbags during each storm, wouldn't it suit us all better to transform the surrounding landscape in such a way as to harmlessly divert the floods, or better yet, harness them to our advantage? In many ways the transformation has already begun.

While open source software and hardware, as well as innovative business models built around collaboration and crowd-sourcing have done much to build a paradigm independent of current centralized proprietary business models, large centralized corporations and the governments that do their bidding, still guard all the doors and carry all the keys. The Internet, the phone networks, radio waves, and satellite systems still remain firmly in the hands of big business. As long as they do, they retain the ability to not only reassert themselves in areas where gains have been made, but can impose preemptive measures to prevent any future progress. With the advent of hackerspaces, increasingly we see projects that hold the potential of replacing, at least on a local level, much of the centralized infrastructure we take for granted until disasters or greed-driven rules and regulations upset the balance. It is with the further developing of our local infrastructure that we can leave behind the sandbags of perpetual activism and enjoy a permanently altered landscape that favors our peace and prosperity. Decentralizing Telecom

As impressive as a hydroelectric dam may be and as overwhelming as it may seem as a project to undertake, it will always start with but a single shovelful of dirt. The work required becomes in its own way part of the payoff - with experienced gained and with a magnificent accomplishment to aspire toward. In the same way, a communication network that runs parallel to existing networks, with global coverage, but locally controlled, may seem an impossible, overwhelming objective - and for one individual, or even a small group of individuals, it is. However, the paradigm has shifted. In the age of digital collaboration made possible by existing networks, the building of such a network can be done in parallel. In an act of digital-judo, we can use the system's infrastructure as a means of supplanting and replacing it with something superior in both function and in form. 

Google will begin using website encryption, or HTTPS, as a ranking signal – a move which should prompt website developers who have dragged their heels on increased security measures, or who debated whether their website was “important” enough to require encryption, to make a change. Initially, HTTPS will only be a lightweight signal, affecting fewer than 1% of global queries, says Google. That means that the new signal won’t carry as much weight as other factors, including the quality of the content, the search giant noted, as Google means to give webmasters time to make the switch to HTTPS. Over time, however, encryption’s effect on search ranking make strengthen, as the company places more importance on website security. Google also promises to publish a series of best practices around TLS (HTTPS, is also known as HTTP over TLS, or Transport Layer Security) so website developers can better understand what they need to do in order to implement the technology and what mistakes they should avoid. These tips will include things like what certificate type is needed, how to use relative URLs for resources on the same secure domain, best practices around allowing for site indexing, and more.

In addition, website developers can test their current HTTPS-enabled website using the Qualys Lab tool, says Google, and can direct further questions to Google’s Webmaster Help Forums where the company is already in active discussions with the broader community. The announcement has drawn a lot of feedback from website developers and those in the SEO industry – for instance, Google’s own blog post on the matter, shared in the early morning hours on Thursday, is already nearing 1,000 comments. For the most part, the community seems to support the change, or at least acknowledge that they felt that something like this was in the works and are not surprised. Google itself has been making moves to better securing its own traffic in recent months, which have included encrypting traffic between its own servers. Gmail now always uses an encrypted HTTPS connection which keeps mail from being snooped on as it moves from a consumer’s machine to Google’s data centers.

While HTTPS and site encryption have been a best practice in the security community for years, the revelation that the NSA has been tapping the cables, so to speak, to mine user information directly has prompted many technology companies to consider increasing their own security measures, too. Yahoo, for example, also announced in November its plans to encrypt its data center traffic. Now Google is helping to push the rest of the web to do the same.

Help strengthen Oregon's privacy protections and limit the use of dragnet surveillance. We are advocating for:•    SB 339 - Strict guidelines for the use of automatic license plate readers (ALPR) •    SB 640 - A warrant requirement to access email, phone, and location records •    SB 641 - A warrant requirement to search cell phones Advances in technology have made it too easy for law enforcement to track where you go, what you do, and who you are with. Most of the data the government collects is about innocent people who are not suspected of any crimes. Yet the government collects that personal information - or accesses it directly from your internet or cell phone provider – and can keep it for years on end.  Technology has changed but your rights haven't.

When I first started reading Ars Technica, performance of a processor was measured in megahertz, and the major manufacturers were rushing to squeeze as many of them as possible into their latest silicon. Shortly thereafter, however, the energy needs and heat output of these beasts brought that race crashing to a halt. More recently, the number of processing cores rapidly scaled up, but they quickly reached the point of diminishing returns. Now, getting the most processing power for each Watt seems to be the key measure of performance. None of these things happened because the companies making processors ran up against hard physical limits. Rather, computing power ended up being constrained because progress in certain areas—primarily energy efficiency—was slow compared to progress in others, such as feature size. But could we be approaching physical limits in processing power? In this week's edition of Nature, The University of Michigan's Igor Markov takes a look at the sorts of limits we might face.

Terrorists and child sex rings could be uncovered through their internet discussions as part of a tough set of security measures to be unveiled by Home Secretary Theresa May this week. Major online service providers, such as Google, will be legally obliged to retain a log of users and the mobile phones or computers they have accessed in case police and security agencies later need the information to help them locate criminals. This measure will be included in the Counter-terrorism and Security Bill that is being introduced in the wake of Isis’s beheadings of prisoners, including British aid workers David Haines and Alan Henning, this year

Micah Lee: What are some operational security practices you think everyone should adopt? Just useful stuff for average people. Edward Snowden: [Opsec] is important even if you’re not worried about the NSA. Because when you think about who the victims of surveillance are, on a day-to-day basis, you’re thinking about people who are in abusive spousal relationships, you’re thinking about people who are concerned about stalkers, you’re thinking about children who are concerned about their parents overhearing things. It’s to reclaim a level of privacy. The first step that anyone could take is to encrypt their phone calls and their text messages. You can do that through the smartphone app Signal, by Open Whisper Systems. It’s free, and you can just download it immediately. And anybody you’re talking to now, their communications, if it’s intercepted, can’t be read by adversaries. [Signal is available for iOS and Android, and, unlike a lot of security tools, is very easy to use.] You should encrypt your hard disk, so that if your computer is stolen the information isn’t obtainable to an adversary — pictures, where you live, where you work, where your kids are, where you go to school. [I’ve written a guide to encrypting your disk on Windows, Mac, and Linux.] Use a password manager. One of the main things that gets people’s private information exposed, not necessarily to the most powerful adversaries, but to the most common ones, are data dumps. Your credentials may be revealed because some service you stopped using in 2007 gets hacked, and your password that you were using for that one site also works for your Gmail account. A password manager allows you to create unique passwords for every site that are unbreakable, but you don’t have the burden of memorizing them. [The password manager KeePassX is free, open source, cross-platform, and never stores anything in the cloud.]

The other thing there is two-factor authentication. The value of this is if someone does steal your password, or it’s left or exposed somewhere … [two-factor authentication] allows the provider to send you a secondary means of authentication — a text message or something like that. [If you enable two-factor authentication, an attacker needs both your password as the first factor and a physical device, like your phone, as your second factor, to login to your account. Gmail, Facebook, Twitter, Dropbox, GitHub, Battle.net, and tons of other services all support two-factor authentication.]

We should armor ourselves using systems we can rely on every day. This doesn’t need to be an extraordinary lifestyle change. It doesn’t have to be something that is disruptive. It should be invisible, it should be atmospheric, it should be something that happens painlessly, effortlessly. This is why I like apps like Signal, because they’re low friction. It doesn’t require you to re-order your life. It doesn’t require you to change your method of communications. You can use it right now to talk to your friends.