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About Transparency Toolkit We need information about governments, companies, and other institutions to uncover corruption, human rights abuses, and civil liberties violations. Unfortunately, the information provided by most transparency initiatives today is difficult to understand and incomplete. Transparency Toolkit is an open source web application where journalists, activists, or anyone can chain together tools to rapidly collect, combine, visualize, and analyze documents and data. For example, Transparency Toolkit can be used to get data on all of a legislator’s actions in congress (votes, bills sponsored, etc.), get data on the fundraising parties a legislator attends, combine that data, and show it on a timeline to find correlations between actions in congress and parties attended. It could also be used to extract all locations from a document and plot them on a map where each point is linked to where the location was mentioned in the document.

Analysis Platform On the analysis platform, users can add steps to the analysis process. These steps chain together the tools, so someone could scrape data, upload a document, crossreference that with the scraped data, and then visualize the result all in less than a minute with little technical knowledge. Some of the tools allow users to specify input, but when this is not the case the output of the last step is the input of the next. Tools Existing and planned Transparency Toolkit tools include include scrapers and APIs for accessing data, format converters, extraction tools (for dates, names, locations, numbers), tools for crossreferencing and merging data, visualizations (maps, timelines, network graphs, maps), and pattern and trend detecting tools. These tools are designed to work in many cases rather than a single specific situation. The tools can be linked together on Transparency Toolkit, but they are also available individually. Where possible, we build our tools off of existing open source software. Road Map You can see the plans for future development of Transparency Toolkit here.

The U.S. Department of Justice is pushing to make it easier for law enforcement to get warrants to hack into the computers of criminal suspects across the country. The move, which would alter federal court rules governing search warrants, comes amid increases in cases related to computer crimes. Investigators say they need more flexibility to get warrants to allow hacking in such cases, especially when multiple computers are involved or the government doesn’t know where the suspect’s computer is physically located. The Justice Department effort is raising questions among some technology advocates, who say the government should focus on fixing the holes in computer software that allow such hacking instead of exploiting them. Privacy advocates also warn government spyware could end up on innocent people’s computers if remote attacks are authorized against equipment whose ownership isn’t clear.

The government’s push for rule changes sheds light on law enforcement’s use of remote hacking techniques, which are being deployed more frequently but have been protected behind a veil of secrecy for years. In documents submitted by the government to the judicial system’s rule-making body this year, the government discussed using software to find suspected child pornographers who visited a U.S. site and concealed their identity using a strong anonymization tool called Tor. The government’s hacking tools—such as sending an email embedded with code that installs spying software — resemble those used by criminal hackers. The government doesn’t describe these methods as hacking, preferring instead to use terms like “remote access” and “network investigative techniques.” Right now, investigators who want to search property, including computers, generally need to get a warrant from a judge in the district where the property is located, according to federal court rules. In a computer investigation, that might not be possible, because criminals can hide behind anonymizing technologies. In cases involving botnets—groups of hijacked computers—investigators might also want to search many machines at once without getting that many warrants.

Some judges have already granted warrants in cases when authorities don’t know where the machine is. But at least one judge has denied an application in part because of the current rules. The department also wants warrants to be allowed for multiple computers at the same time, as well as for searches of many related storage, email and social media accounts at once, as long as those accounts are accessed by the computer being searched. “Remote searches of computers are often essential to the successful investigation” of computer crimes, Acting Assistant Attorney General Mythili Raman wrote in a letter to the judicial system’s rulemaking authority requesting the change in September. The government tries to obtain these “remote access warrants” mainly to “combat Internet anonymizing techniques,” the department said in a memo to the authority in March. Some groups have raised questions about law enforcement’s use of hacking technologies, arguing that such tools mean the government is failing to help fix software problems exploited by criminals. “It is crucial that we have a robust public debate about how the Fourth Amendment and federal law should limit the government’s use of malware and spyware within the U.S.,” said Nathan Wessler, a staff attorney at the American Civil Liberties Union who focuses on technology issues.

With major protests in the news again, we decided it's time to update our cell phone guide for protestors. A lot has changed since we last published this report in 2011, for better and for worse. On the one hand, we've learned more about the massive volume of law enforcement requests for cell phone—ranging from location information to actual content—and widespread use of dedicated cell phone surveillance technologies. On the other hand, strong Supreme Court opinions have eliminated any ambiguity about the unconstitutionality of warrantless searches of phones incident to arrest, and a growing national consensus says location data, too, is private. Protesters want to be able to communicate, to document the protests, and to share photos and video with the world. So they'll be carrying phones, and they'll face a complex set of considerations about the privacy of the data those phones hold. We hope this guide can help answer some questions about how to best protect that data, and what rights protesters have in the face of police demands.

Imagine if someone could scan every image on Facebook, Twitter, and Instagram, then instantly determine where each was taken. The ability to combine this location data with information about who appears in those photos—and any social media contacts tied to them—would make it possible for government agencies to quickly track terrorist groups posting propaganda photos. (And, really, just about anyone else.) That's precisely the goal of Finder, a research program of the Intelligence Advanced Research Projects Agency (IARPA), the Office of the Director of National Intelligence's dedicated research organization. For many photos taken with smartphones (and with some consumer cameras), geolocation information is saved with the image by default. The location is stored in the Exif (Exchangable Image File Format) data of the photo itself unless geolocation services are turned off. If you have used Apple's iCloud photo store or Google Photos, you've probably created a rich map of your pattern of life through geotagged metadata. However, this location data is pruned off for privacy reasons when images are uploaded to some social media services, and privacy-conscious photographers (particularly those concerned about potential drone strikes) will purposely disable geotagging on their devices and social media accounts.

That didn't take long. Securus -- you know, that company that lets cops track phones in real time with what amounts to a "pinky promise," according to US Sen. Ron Wyden -- has reportedly been hacked.The hacker, according to Motherboard, was able to get away with, at a minimum, a spreadsheet containing 2,800 logins and poorly encrypted passwords, some of which had already been cracked. Motherboard says it tested a number of logins to corroborate the hacker's story.Securus on Friday confirmed in a statement that "a subset of certain non-consumer administrative user account information (e.g., usernames, email addresses, and phone numbers) had been unlawfully accessed" and said it's launched an investigation into the breach. It's found no evidence that the breach is related to its location-based services, but it's disabled location-based data in the meantime "in an abundance of caution."Last Thursday, The New York Times revealed that Securus Technologies, which monitors calls to US prison inmates, has been used by a former Missouri sheriff to monitor people's phones and track their location. Wyden has called on federal authorities to investigate the company and its practices as they relate to people's privacy.

A coalition of 26 organizations, including the American Civil Liberties Union (ACLU) and Google, signed a letter Monday asking lawmakers to delay a measure that would expand the government’s hacking authority. The letter asks Senate Majority Leader Mitch McConnellMitch McConnellTrump voices confidence on infrastructure plan GOP leaders to Obama: Leave Iran policy to Trump GOP debates going big on tax reform MORE (R-Ky.) and Minority Leader Harry ReidHarry ReidNevada can’t trust Trump to protect public lands Sanders, Warren face tough decision on Trump Google, ACLU call to delay government hacking rule MORE (D-Nev.), plus House Speaker Paul RyanPaul RyanTrump voices confidence on infrastructure plan GOP leaders to Obama: Leave Iran policy to Trump GOP debates going big on tax reform MORE (R-Wis.), and House Minority Leader Nancy Pelosi (D-Calif.) to further review proposed changes to Rule 41 and delay its implementation until July 1, 2017. ADVERTISEMENTThe Department of Justice’s alterations to the rule would allow law enforcement to use a single warrant to hack multiple devices beyond the jurisdiction that the warrant was issued in. The FBI used such a tactic to apprehend users of the child pornography dark website, Playpen. It took control of the dark website for two weeks and after securing two warrants, installed malware on Playpen users computers to acquire their identities. But the signatories of the letter — which include advocacy groups, companies and trade associations — are raising questions about the effects of the change. 

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.

Ever wonder why most e-mail clients hide images by default? The reason for the "display images" button is because images in an e-mail must be loaded from a third-party server. For promotional e-mails and spam, usually this server is operated by the entity that sent the e-mail. So when you load these images, you aren't just receiving an image—you're also sending a ton of data about yourself to the e-mail marketer. Loading images from these promotional e-mails reveals a lot about you. Marketers get a rough idea of your location via your IP address. They can see the HTTP referrer, meaning the URL of the page that requested the image. With the referral data, marketers can see not only what client you are using (desktop app, Web, mobile, etc.) but also what folder you were viewing the e-mail in. For instance, if you had a Gmail folder named "Ars Technica" and loaded e-mail images, the referral URL would be "https://mail.google.com/mail/u/0/#label/Ars+Technica"—the folder is right there in the URL. The same goes for the inbox, spam, and any other location. It's even possible to uniquely identify each e-mail, so marketers can tell which e-mail address requested the images—they know that you've read the e-mail. And if it was spam, this will often earn you more spam since the spammers can tell you've read their last e-mail.

But Google has just announced a move that will shut most of these tactics down: it will cache all images for Gmail users. Embedded images will now be saved by Google, and the e-mail content will be modified to display those images from Google's cache, instead of from a third-party server. E-mail marketers will no longer be able to get any information from images—they will see a single request from Google, which will then be used to send the image out to all Gmail users. Unless you click on a link, marketers will have no idea the e-mail has been seen. While this means improved privacy from e-mail marketers, Google will now be digging deeper than ever into your e-mails and literally modifying the contents. If you were worried about e-mail scanning, this may take things a step further. However, if you don't like the idea of cached images, you can turn it off in the settings. This move will allow Google to automatically display images, killing the "display all images" button in Gmail. Google servers should also be faster than the usual third-party image host. Hosting all images sent to all Gmail users sounds like a huge bandwidth and storage undertaking, but if anyone can do it, it's Google. The new image handling will rollout to desktop users today, and it should hit mobile apps sometime in early 2014. There's also a bonus side effect for Google: e-mail marketing is advertising. Google exists because of advertising dollars, but they don't do e-mail marketing. They've just made a competitive form of advertising much less appealing and informative to advertisers. No doubt Google hopes this move pushes marketers to spend less on e-mail and more on Adsense.

America Online (AOL) will be resurrecting Verizon’s zombie cookies because they are fabulous data-trackers that cannot be “killed”. AOL wants to boost their ad revenue regardless of the infringement on customer privacy they pose and the enabling of hacker attacks they can facilitate.