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Makers of surveillance systems are offering governments across the world the ability to track the movements of almost anybody who carries a cellphone, whether they are blocks away or on another continent. The technology works by exploiting an essential fact of all cellular networks: They must keep detailed, up-to-the-minute records on the locations of their customers to deliver calls and other services to them. Surveillance systems are secretly collecting these records to map people’s travels over days, weeks or longer, according to company marketing documents and experts in surveillance technology.

The world’s most powerful intelligence services, such as the National Security Agency and Britain’s GCHQ, long have used cellphone data to track targets around the globe. But experts say these new systems allow less technically advanced governments to track people in any nation — including the United States — with relative ease and precision.

It is unclear which governments have acquired these tracking systems, but one industry official, speaking on the condition of anonymity to share sensitive trade information, said that dozens of countries have bought or leased such technology in recent years. This rapid spread underscores how the burgeoning, multibillion-dollar surveillance industry makes advanced spying technology available worldwide. “Any tin-pot dictator with enough money to buy the system could spy on people anywhere in the world,” said Eric King, deputy director of Privacy International, a London-based activist group that warns about the abuse of surveillance technology. “This is a huge problem.”

Verizon says it will soon offer customers a way to opt out from having their smartphone and tablet browsing tracked via a hidden un-killable tracking identifier. The decision came after a ProPublica article revealed that an online advertiser, Turn, was exploiting the Verizon identifier to respawn tracking cookies that users had deleted. Two days after the article appeared, Turn said it would suspend the practice of creating so-called "zombie cookies" that couldn't be deleted. But Verizon couldn't assure users that other companies might not also exploit the number - which was transmitted automatically to any website or app a user visited from a Verizon-enabled device - to build dossiers about people's behavior on their mobile devices. Verizon subsequently updated its website to note Turn's decision and declared that it would "work with other partners to ensure that their use of [the undeletable tracking number] is consistent with the purposes we intended." Previously, its website had stated: "It is unlikely that sites and ad entities will attempt to build customer profiles.

However, policing the hundreds of companies in the online tracking business was likely to be a difficult task for Verizon. And so, on Monday, Verizon followed in the footsteps of AT&T, which had already declared in November that it would stop inserting the hidden undeletable number in its users' Web traffic. In a statement emailed to reporters on Friday, Verizon said, "We have begun working to expand the opt-out to include the identifier referred to as the UIDH, and expect that to be available soon." Previously, users who opted out from Verizon's program were told that information about their demographics and Web browsing behavior would no longer be shared with advertisers, but that the tracking number would still be attached to their traffic. For more coverage, read ProPublica's previous reporting on Verizon's indestructible tracking and how one company used the tool to create zombie cookies.

Criminals in 2017 managed to get an advanced backdoor preinstalled on Android devices before they left the factories of manufacturers, Google researchers confirmed on Thursday. Triada first came to light in 2016 in articles published by Kaspersky here and here, the first of which said the malware was "one of the most advanced mobile Trojans" the security firm's analysts had ever encountered. Once installed, Triada's chief purpose was to install apps that could be used to send spam and display ads. It employed an impressive kit of tools, including rooting exploits that bypassed security protections built into Android and the means to modify the Android OS' all-powerful Zygote process. That meant the malware could directly tamper with every installed app. Triada also connected to no fewer than 17 command and control servers. In July 2017, security firm Dr. Web reported that its researchers had found Triada built into the firmware of several Android devices, including the Leagoo M5 Plus, Leagoo M8, Nomu S10, and Nomu S20. The attackers used the backdoor to surreptitiously download and install modules. Because the backdoor was embedded into one of the OS libraries and located in the system section, it couldn't be deleted using standard methods, the report said. On Thursday, Google confirmed the Dr. Web report, although it stopped short of naming the manufacturers. Thursday's report also said the supply chain attack was pulled off by one or more partners the manufacturers used in preparing the final firmware image used in the affected devices.

Internet censors have a new strategy in their bid to block applications and websites: pressuring the large cloud providers that host them. These providers have concerns that are much broader than the targets of censorship efforts, so they have the choice of either standing up to the censors or capitulating in order to maximize their business. Today’s internet largely reflects the dominance of a handful of companies behind the cloud services, search engines and mobile platforms that underpin the technology landscape. This new centralization radically tips the balance between those who want to censor parts of the internet and those trying to evade censorship. When the profitable answer is for a software giant to acquiesce to censors' demands, how long can internet freedom last? The recent battle between the Russian government and the Telegram messaging app illustrates one way this might play out. Russia has been trying to block Telegram since April, when a Moscow court banned it after the company refused to give Russian authorities access to user messages. Telegram, which is widely used in Russia, works on both iPhone and Android, and there are Windows and Mac desktop versions available. The app offers optional end-to-end encryption, meaning that all messages are encrypted on the sender's phone and decrypted on the receiver's phone; no part of the network can eavesdrop on the messages. Since then, Telegram has been playing cat-and-mouse with the Russian telecom regulator Roskomnadzor by varying the IP address the app uses to communicate. Because Telegram isn't a fixed website, it doesn't need a fixed IP address. Telegram bought tens of thousands of IP addresses and has been quickly rotating through them, staying a step ahead of censors. Cleverly, this tactic is invisible to users. The app never sees the change, or the entire list of IP addresses, and the censor has no clear way to block them all. A week after the court ban, Roskomnadzor countered with an unprecedented move of its own: blocking 19 million IP addresses, many on Amazon Web Services and Google Cloud. The collateral damage was widespread: The action inadvertently broke many other web services that use those platforms, and Roskomnadzor scaled back after it became clear that its action had affected services critical for Russian business. Even so, the censor is still blocking millions of IP addresses.

"We've put it in a user-installable module. The user buys the card and just plugs it into any device that has a slot," Fiennes explained." All a developer needs to do is add a socket and a 3-pin Atmel ID chip to their product. That's 75 cents: 30 cents for the ID chip and 45 cents for the socket." This assumes the availability of 3.3 V. "But given that most things you want to control from the Internet are electrical, we think that's reasonable," he said. If not, developers can include a battery.

Fiennes demonstrated a power adaptor with an Imp socket. He installed a card and an appropriately labeled block appeared in a browser window. Fiennes plugged in a chain of decorative lights and we clicked on the box on our browser. After clicking, the box text went from "off" to "on." Over Skype, we could see the lights had come on.Fiennes emphasized that control need not be manual and could be linked to other Internet apps such as weather reports, or to Electric Imp sensor nodes that monitor conditions such as humidity.A second example is an Electric Imp enabled passive infrared sensor. Fiennes demonstrated how it could be programmed to report the time and date of detected motion to a client's Web pages on the Electric Imp server. In turn, those pages could be programmed to send an alarm to a mobile phone. The alarm could also be triggered if no motion was detected, allowing the sensor to serve as a monitor for the elderly in their homes, for example. If there is no activity before 9 a.m., a message is sent to a caregiver.

The final example is an Electric Imp washing machine. Machine operation can be made conditional on a number of variables, including the price of electricity. "Every washing machine has microcontroller and that microcontroller has a lot of data," said Fiennes. "That data could be sent back to a washing machine service organization that could call the client up before the washing machine breaks down."

IBM announced Maqetta, an HTML5 authoring tool for building desktop and mobile user interfaces, and also announced the contribution of the open-source technology to the Dojo Foundation.

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.

Software created by the controversial UK-based Gamma Group International was used to spy on computers that appear to be located in the United States, the UK, Germany, Russia, Iran, and Bahrain, according to a leaked trove of documents analyzed by ProPublica. It's not clear whether the surveillance was conducted by governments or private entities. Customer e-mail addresses in the collection appeared to belong to a German surveillance company, an independent consultant in Dubai, the Bosnian and Hungarian Intelligence services, a Dutch law enforcement officer, and the Qatari government.

The leaked files—which were posted online by hackers—are the latest in a series of revelations about how state actors including repressive regimes have used Gamma's software to spy on dissidents, journalists, and activist groups. The documents, leaked last Saturday, could not be readily verified, but experts told ProPublica they believed them to be genuine. "I think it's highly unlikely that it's a fake," said Morgan Marquis-Bore, a security researcher who while at The Citizen Lab at the University of Toronto had analyzed Gamma Group's software and who authored an article about the leak on Thursday. The documents confirm many details that have already been reported about Gamma, such as that its tools were used to spy on Bahraini activists. Some documents in the trove contain metadata tied to e-mail addresses of several Gamma employees. Bill Marczak, another Gamma Group expert at the Citizen Lab, said that several dates in the documents correspond to publicly known events—such as the day that a particular Bahraini activist was hacked.

The leaked files contain more than 40 gigabytes of confidential technical material, including software code, internal memos, strategy reports, and user guides on how to use Gamma Group software suite called FinFisher. FinFisher enables customers to monitor secure Web traffic, Skype calls, webcams, and personal files. It is installed as malware on targets' computers and cell phones. A price list included in the trove lists a license of the software at almost $4 million. The documents reveal that Gamma uses technology from a French company called Vupen Security that sells so-called computer "exploits." Exploits include techniques called "zero days" for "popular software like Microsoft Office, Internet Explorer, Adobe Acrobat Reader, and many more." Zero days are exploits that have not yet been detected by the software maker and therefore are not blocked.

Gagging orders in the FBI's National Security Letters are all above board and constitutional, a California court has ruled. These security letters are typically sent to internet giants demanding information on whoever is behind a username or email address. Crucially, these requests include clauses that prevent the organizations from warning specific subscribers that they are under surveillance by the Feds. Cloudflare and Credo Mobile aren't happy with that, and – with the help of rights warriors at the EFF – challenged the gagging orders. Despite earlier successes in their legal battle, the 9th US Circuit Court of Appeals ruled [PDF] on Monday that the gagging orders do not trample on First Amendment rights.

The FBI dishes out thousands of National Security Letters (NSLs) every year; they can simply be issued by a special agent in charge in a bureau field office, and don’t require judicial review. They allow the Feds to obtain the name, address, and records of any services used – but not the contents of conversations – plus billing records of a person, and forbid the hosting company from telling the subject, meaning those under investigation can’t challenge the decision. It used to be the case that companies couldn’t even mention the existence of the NSL system for fear of prosecution. However, in 2013 a US district court in San Francisco ruled that such extreme gagging violated the First Amendment. That decision came after Google, and later others, started publishing the number of NSL orders that had been received, in defiance of the law. In 2015 the Obama administration amended the law to allow companies limited rights to disclose NSL orders, and to set a three-year limit for the gagging order. It also set up a framework for companies to challenge the legitimacy of NSL subpoenas, and it was these changes that caused the appeals court verdict in favor of the government.

India is the world’s largest democracy and is home to 13.5 percent of the world’s internet users. So the Indian Supreme Court’s August ruling that privacy is a fundamental, constitutional right for all of the country’s 1.32 billion citizens was momentous. But now, close to three months later, it’s still unclear exactly how the decision will be implemented. Will it change everything for internet users? Or will the status quo remain? The most immediate consequence of the ruling is that tech companies such as Facebook, Twitter, Google, and Alibaba will be required to rein in their collection, utilization, and sharing of Indian user data. But the changes could go well beyond technology. If implemented properly, the decision could affect national politics, business, free speech, and society. It could encourage the country to continue to make large strides toward increased corporate and governmental transparency, stronger consumer confidence, and the establishment and growth of the Indian “individual” as opposed to the Indian collective identity. But that’s a pretty big if. Advertisement The privacy debate in India was in many ways sparked by a controversy that has shaken up the landscape of national politics for several months. It began in 2016 as a debate around a social security program that requires participating citizens to obtain biometric, or Aadhaar, cards. Each card has a unique 12-digit number and records an individual’s fingerprints and irises in order to confirm his or her identity. The program was devised to increase the ease with which citizens could receive social benefits and avoid instances of fraud. Over time, Aadhaar cards have become mandatory for integral tasks such as opening bank accounts, buying and selling property, and filing tax returns, much to the chagrin of citizens who are uncomfortable about handing over their personal data. Before the ruling, India had weak privacy protections in place, enabling unchecked data collection on citizens by private companies and the government. Over the past year, a number of large-scale data leaks and breaches that have impacted major Indian corporations, as well as the Aadhaar program itself, have prompted users to start asking questions about the security and uses of their personal data.

n order to bolster the ruling the government will also be introducing a set of data protection laws that are to be developed by a committee led by retired Supreme Court judge B.N. Srikrishna. The committee will study the data protection landscape, develop a draft Data Protection Bill, and identify how, and whether, the Aadhaar Act should be amended based on the privacy ruling.

Should the data protection laws be implemented in an enforceable manner, the ruling will significantly impact the business landscape in India. Since the election of Prime Minister Narendra Modi in May 2014, the government has made fostering and expanding the technology and startup sector a top priority. The startup scene has grown, giving rise to several promising e-commerce companies, but in 2014, only 12 percent of India’s internet users were online consumers. If the new data protection laws are truly impactful, companies will have to accept responsibility for collecting, utilizing, and protecting user data safely and fairly. Users would also have a stronger form of redress when their newly recognized rights are violated, which could transform how they engage with technology. This has the potential to not only increase consumer confidence but revitalize the Indian business sector, as it makes it more amenable and friendly to outside investors, users, and collaborators.