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Verizon users might want to start looking for another provider. In an effort to better serve advertisers, Verizon Wireless has been silently modifying its users' web traffic on its network to inject a cookie-like tracker. This tracker, included in an HTTP header called X-UIDH, is sent to every unencrypted website a Verizon customer visits from a mobile device. It allows third-party advertisers and websites to assemble a deep, permanent profile of visitors' web browsing habits without their consent.Verizon apparently created this mechanism to expand their advertising programs, but it has privacy implications far beyond those programs. Indeed, while we're concerned about Verizon's own use of the header, we're even more worried about what it allows others to find out about Verizon users. The X-UIDH header effectively reinvents the cookie, but does so in a way that is shockingly insecure and dangerous to your privacy. Worse still, Verizon doesn't let users turn off this "feature." In fact, it functions even if you use a private browsing mode or clear your cookies. You can test whether the header is injected in your traffic by visiting lessonslearned.org/sniff or amibeingtracked.com over a cell data connection.How X-UIDH Works, and Why It's a Problem

To compound the problem, the header also affects more than just web browsers. Mobile apps that send HTTP requests will also have the header inserted. This means that users' behavior in apps can be correlated with their behavior on the web, which would be difficult or impossible without the header. Verizon describes this as a key benefit of using their system. But Verizon bypasses the 'Limit Ad Tracking' settings in iOS and Android that are specifically intended to limit abuse of unique identifiers by mobile apps.

Because the header is injected at the network level, Verizon can add it to anyone using their towers, even those who aren't Verizon customers.

For most of the past six weeks, the biggest story out of Silicon Valley was Apple’s battle with the FBI over a federal order to unlock the iPhone of a mass shooter. The company’s refusal touched off a searing debate over privacy and security in the digital age. But this morning, at a small office in Mountain View, California, three guys made the scope of that enormous debate look kinda small. Mountain View is home to WhatsApp, an online messaging service now owned by tech giant Facebook, that has grown into one of the world’s most important applications. More than a billion people trade messages, make phone calls, send photos, and swap videos using the service. This means that only Facebook itself runs a larger self-contained communications network. And today, the enigmatic founders of WhatsApp, Brian Acton and Jan Koum, together with a high-minded coder and cryptographer who goes by the pseudonym Moxie Marlinspike, revealed that the company has added end-to-end encryption to every form of communication on its service.

This means that if any group of people uses the latest version of WhatsApp—whether that group spans two people or ten—the service will encrypt all messages, phone calls, photos, and videos moving among them. And that’s true on any phone that runs the app, from iPhones to Android phones to Windows phones to old school Nokia flip phones. With end-to-end encryption in place, not even WhatsApp’s employees can read the data that’s sent across its network. In other words, WhatsApp has no way of complying with a court order demanding access to the content of any message, phone call, photo, or video traveling through its service. Like Apple, WhatsApp is, in practice, stonewalling the federal government, but it’s doing so on a larger front—one that spans roughly a billion devices.

The FBI and the Justice Department declined to comment for this story. But many inside the government and out are sure to take issue with the company’s move. In late 2014, WhatsApp encrypted a portion of its network. In the months since, its service has apparently been used to facilitate criminal acts, including the terrorist attacks on Paris last year. According to The New York Times, as recently as this month, the Justice Department was considering a court case against the company after a wiretap order (still under seal) ran into WhatsApp’s end-to-end encryption. “The government doesn’t want to stop encryption,” says Joseph DeMarco, a former federal prosecutor who specializes in cybercrime and has represented various law enforcement agencies backing the Justice Department and the FBI in their battle with Apple. “But the question is: what do you do when a company creates an encryption system that makes it impossible for court-authorized search warrants to be executed? What is the reasonable level of assistance you should ask from that company?”

The team at Surrey Satellite Technology Limited (SSTL) in Guildford want to see if the sophisticated capabilities in today's phones will function in the most challenging environment known. The phone will run on Google's Android operating system but the exact model has not yet been disclosed.

The intention is that the phone be given the chance to oversee all these subsystems. "The open source nature of the software is very exciting because you can see how further down the line, once we've got the phone working in orbit, we could get people to develop apps for it," Mr Liddle added. Chris Bridges from the Surrey Space Centre commented: "If a smartphone can be proved to work in space, it opens up lots of new technologies to a multitude of people and companies for space who usually can't afford it. It's a real game-changer for the industry."

State attorneys general of 48 states, Puerto Rico and the District of Columbia announced a major probe Monday into Google's dominance in search and advertising for practices that harm competition as well as consumers. Texas Attorney General Ken Paxton is leading the bipartisan pack.

The investigation includes all the states, except for California and Alabama.

Google has the power to put a user on page 1 or 100. European regulators have charged Google with abusing that power and, following years-long investigations, they issued multi-billion-dollar fines. The tech giant, along with Facebook, controls nearly 60% of all digital advertising, according to eMarketer. A wide range of businesses that must publicize their services — be it a hair stylist, a hospital or a Fortune 500 company — must abide by the terms and prices set by two companies. But, as eMarketer notes, the duopoly's control is diminishing as Amazon grows.

e are excited to announce that the Mozilla Corporation has completed the acquisition of Read It Later, Inc. the developers of Pocket. Mozilla is growing, experimenting more, and doubling down on our mission to keep the internet healthy, as a global public resource that’s open and accessible to all. As our first strategic acquisition, Pocket contributes to our strategy by growing our mobile presence and providing people everywhere with powerful tools to discover and access high quality web content, on their terms, independent of platform or content silo. Pocket will join Mozilla’s product portfolio as a new product line alongside the Firefox web browsers with a focus on promoting the discovery and accessibility of high quality web content. (Here’s a link to their blog post on the acquisition).  Pocket’s core team and technology will also accelerate Mozilla’s broader Context Graph initiative.

“We believe that the discovery and accessibility of high quality web content is key to keeping the internet healthy by fighting against the rising tide of centralization and walled gardens. Pocket provides people with the tools they need to engage with and share content on their own terms, independent of hardware platform or content silo, for a safer, more empowered and independent online experience.” – Chris Beard, Mozilla CEO Pocket brings to Mozilla a successful human-powered content recommendation system with 10 million unique monthly active users on iOS, Android and the Web, and with more than 3 billion pieces of content saved to date. In working closely with Pocket over the last year around the integration within Firefox, we developed a shared vision and belief in the opportunity to do more together that has led to Pocket joining Mozilla today. “We’ve really enjoyed partnering with Mozilla over the past year. We look forward to working more closely together to support the ongoing growth of Pocket and to create great new products that people love in support of our shared mission.” – Nate Weiner, Pocket CEO As a result of this strategic acquisition, Pocket will become a wholly owned subsidiary of Mozilla Corporation and will become part of the Mozilla open source project.

At CES 2014 in Las Vegas today, Mozilla announced its plans for Firefox OS this year. Having launched Firefox OS for smartphones in 2013, the company has now partnered with Panasonic to bring its operating system to TVs, and also detailed the progress that has been made around the tablet and desktop versions.

Mereby elaborated that current options are controlled by either Google or Apple, two major corporations that “hold all the strings.” As such, Android and iOS are not viable options for Panasonic, as the ecosystem is tightly controlled. With Firefox OS, however, Mereby argues that “anyone can compete”, as you can operate your own marketplace. Not only can Panasonic open up its own marketplace for apps and content, but those who want to build apps and sell content can bypass marketplaces and make their offerings directly to Firefox OS users.

While the partnership is not exclusive, Panasonic will be the first to release next-generation smart TVs powered by Firefox OS. Mozilla and Panasonic will work together to promote Firefox OS and its open ecosystem on the big screen. The plan is to leverage existing HTML5 and Web technologies used on PCs, smartphones, and tablets, to provide TVs with more personalized and optimized access to content and services through the Internet. Mozilla’s Web APIs for hardware control and operation will allow TVs to monitor and operate devices, such as emerging smart home appliances, inside and outside of the home. Basic functions such as menus and programming guides, which are currently written as embedded programs, will be written in HTML5, letting developers easily create applications for smartphones or tablets to remotely access and operate TVs. Mozilla also envisions personalized user interfaces with users’ favorites and new functions for multiple users sharing the same screen.

Mozilla has been experimenting with an interesting idea called Boot 2 Gecko. Essentially, B2G (as it’s called) is a mobile operating system based on the Web, as opposed to what the project’s wiki calls “proprietary, single-vendor stacks”. Mozilla has something there--open Web technologies indeed increasingly provide an intriguing platform for lots of things, mobile and otherwise. The developers on the B2G project are looking at the following areas: New web APIs: build prototype APIs for exposing device and OS capabilities to content (Telephony, SMS, Camera, USB, Bluetooth, NFC, etc.) Privilege model: making sure that these new capabilities are safely exposed to pages and applications Booting: prototype a low-level substrate for an Android-compatible device Applications: choose and port or build apps to prove out and prioritize the power of the system

HTTP Framework for Time-Based Access to Resource States: Memento Herbert Van de Sompel, Michael Nelson, Robert Sanderson; IETF I-D Representatives of Los Alamos National Laboratory and Old Dominion University have published a first IETF Working Draft of HTTP Framework for Time-Based Access to Resource States: Memento. According to the editor's iMinds blog: "While the days of human time travel as described in many a science fiction novel are yet to come, time travel on the Web has recently become a reality thanks to the Memento project. In essence, Memento adds a time dimension to the Web: enter the Web address of a resource in your browser and set a time slider to a desired moment in the Web's past, and see what the resource looked like around that time... Technically, Memento achieves this by: (a) Leveraging systems that host archival Web content, including Web archives, content management systems, and software versioning systems; (b) Extending the Web's most commonly used protocol (HTTP) with the capability to specify a datetime in protocol requests, and by applying an existing HTTP capability (content negotiation) in a new dimension: 'time'. The result is a Web in which navigating the past is as seamless as navigating the present... The Memento concepts have attracted significant international attention since they were first published in November 2009, and compliant tools are already emerging. For example, at the client side there is the MementoFox add-on for FireFox, and a Memento app for Android; at the server side, there is a plug-in for MediaWiki servers, and the Wayback software that is widely used by Web archives, worldwide, was recently enhanced with Memento support..."