Amazon’s Ring home security camera biz says it has fired multiple employees caught covertly watching video feeds from customer devices.

The admission came in a letter [PDF] sent in response to questions raised by US Senators critical of Ring’s privacy practices.

Ring recounted how, on four separate occasions, workers were let go for overstepping their access privileges and poring over customer video files and other data inappropriately.

“Over the last four years, Ring has received four complaints or inquiries regarding a team member’s access to Ring video data,” the gizmo flinger wrote.

“Although each of the individuals involved in these incidents was authorized to view video data, the attempted access to that data exceeded what was necessary for their job functions.

“In each instance, once Ring was made aware of the alleged conduct, Ring promptly investigated the incident, and after determining that the individual violated company policy, terminated the individual.”

This comes as Amazon attempts to justify its internal policies, particularly employee access to user video information for support and research-and-development purposes.

Source: Ring of fired: Amazon axes four workers who secretly snooped on netizens’ surveillance camera footage • The Register

The Trump administration’s plan to collect DNA evidence from migrants detained in U.S. Customs and Borders Protection (CBP) and Immigration and Customs Enforcement (ICE) facilities will commence soon in the form of a 90-day pilot program in Detroit and Southwest Texas, CNN reported on Monday.

News of the plan first emerged in October, when the Department of Homeland Security told reporters that it wanted to collect DNA from migrants to detect “fraudulent family units,” including refugees applying for asylum at U.S. ports of entry. ICE started using DNA tests to screen asylum seekers at the border last year over similar concerns, claiming that the tests were designed to fight human traffickers. The tests will apply to those detained both temporarily and for longer periods of time, covering nearly all people held by immigration officials.

DHS announced the pilot program in a privacy assessment posted to its website on Monday. Per CNN, the pilot is a legal necessity before the agency revokes rules enacted in 2010 that exempt “migrants in who weren’t facing criminal charges or those pending deportation proceedings” from the DNA Fingerprint Act of 2005, which will apply the program nationally. The pilot will involve U.S. Border Patrol agents collecting DNA from individuals aged 14-79 who are arrested and processed, as well as customs officers collecting DNA from individuals subject to continued detention or further proceedings.

According to the privacy assessment, U.S. citizens and permanent residents “who are being arrested or facing criminal charges” may have DNA collected by CBP or ICE personnel. All collected DNA will be sent to the FBI and stored in its Combined DNA Index System (CODIS), a set of national genetic information databases that includes forensic data, missing persons, and convicts, where it would be held for as long as the government sees fit.

Those who refuse to submit to DNA testing could face class A misdemeanor charges, the DHS wrote.

DHS acknowledged that because it has to mail the DNA samples to the FBI for processing and comparison against CODIS entries, it is unlikely that agents will be able to use the DNA for “public safety or investigative purposes prior to either an individual’s removal to his or her home country, release into the interior of the United States, or transfer to another federal agency.” ACLU attorney Stephen Kang told the New York Times that DHS appeared to be creating “DNA bank of immigrants that have come through custody for no clear reason,” raising “a lot of very serious, practical concerns, I think, and real questions about coercion.”

The Times noted that last year, Border Patrol law enforcement directorate chief Brian Hastings wrote that even after policies and procedures were implemented, Border Patrol agents remained “not currently trained on DNA collection measures, health and safety precautions, or the appropriate handling of DNA samples for processing.”

U.S. immigration authorities held a record number of children over the fiscal year that ended in September 2019, with some 76,020 minors without their parents present detained. According to ICE, over 41,000 people were in DHS custody at the end of 2019 (in mid-2019, the number shot to over 55,000).

“That kind of mass collection alters the purpose of DNA collection from one of criminal investigation basically to population surveillance, which is basically contrary to our basic notions of a free, trusting, autonomous society,” ACLU Speech, Privacy, and Technology Project staff attorney Vera Eidelman told the Times last year.

Source: DHS Plan to Collect DNA From Migrant Detainees Will Begin Soon

Every minute of every day, everywhere on the planet, dozens of companies — largely unregulated, little scrutinized — are logging the movements of tens of millions of people with mobile phones and storing the information in gigantic data files. The Times Privacy Project obtained one such file, by far the largest and most sensitive ever to be reviewed by journalists. It holds more than 50 billion location pings from the phones of more than 12 million Americans as they moved through several major cities, including Washington, New York, San Francisco and Los Angeles.

Each piece of information in this file represents the precise location of a single smartphone over a period of several months in 2016 and 2017. The data was provided to Times Opinion by sources who asked to remain anonymous because they were not authorized to share it and could face severe penalties for doing so. The sources of the information said they had grown alarmed about how it might be abused and urgently wanted to inform the public and lawmakers.

[Related: How to Track President Trump — Read more about the national security risks found in the data.]

After spending months sifting through the data, tracking the movements of people across the country and speaking with dozens of data companies, technologists, lawyers and academics who study this field, we feel the same sense of alarm. In the cities that the data file covers, it tracks people from nearly every neighborhood and block, whether they live in mobile homes in Alexandria, Va., or luxury towers in Manhattan.

One search turned up more than a dozen people visiting the Playboy Mansion, some overnight. Without much effort we spotted visitors to the estates of Johnny Depp, Tiger Woods and Arnold Schwarzenegger, connecting the devices’ owners to the residences indefinitely.

If you lived in one of the cities the dataset covers and use apps that share your location — anything from weather apps to local news apps to coupon savers — you could be in there, too.

If you could see the full trove, you might never use your phone the same way again.

A typical day at Grand Central Terminal
in New York City

Satellite imagery: Microsoft

The data reviewed by Times Opinion didn’t come from a telecom or giant tech company, nor did it come from a governmental surveillance operation. It originated from a location data company, one of dozens quietly collecting precise movements using software slipped onto mobile phone apps. You’ve probably never heard of most of the companies — and yet to anyone who has access to this data, your life is an open book. They can see the places you go every moment of the day, whom you meet with or spend the night with, where you pray, whether you visit a methadone clinic, a psychiatrist’s office or a massage parlor.

[…]

The companies that collect all this information on your movements justify their business on the basis of three claims: People consent to be tracked, the data is anonymous and the data is secure.

None of those claims hold up, based on the file we’ve obtained and our review of company practices.

Yes, the location data contains billions of data points with no identifiable information like names or email addresses. But it’s child’s play to connect real names to the dots that appear on the maps.

[…]

In most cases, ascertaining a home location and an office location was enough to identify a person. Consider your daily commute: Would any other smartphone travel directly between your house and your office every day?

Describing location data as anonymous is “a completely false claim” that has been debunked in multiple studies, Paul Ohm, a law professor and privacy researcher at the Georgetown University Law Center, told us. “Really precise, longitudinal geolocation information is absolutely impossible to anonymize.”

“D.N.A.,” he added, “is probably the only thing that’s harder to anonymize than precise geolocation information.”

[Work in the location tracking industry? Seen an abuse of data? We want to hear from you. Using a non-work phone or computer, contact us on a secure line at 440-295-5934, @charliewarzel on Wire or email Charlie Warzel and Stuart A. Thompson directly.]

Yet companies continue to claim that the data are anonymous. In marketing materials and at trade conferences, anonymity is a major selling point — key to allaying concerns over such invasive monitoring.

To evaluate the companies’ claims, we turned most of our attention to identifying people in positions of power. With the help of publicly available information, like home addresses, we easily identified and then tracked scores of notables. We followed military officials with security clearances as they drove home at night. We tracked law enforcement officers as they took their kids to school. We watched high-powered lawyers (and their guests) as they traveled from private jets to vacation properties. We did not name any of the people we identified without their permission.

The data set is large enough that it surely points to scandal and crime but our purpose wasn’t to dig up dirt. We wanted to document the risk of underregulated surveillance.

Watching dots move across a map sometimes revealed hints of faltering marriages, evidence of drug addiction, records of visits to psychological facilities.

Connecting a sanitized ping to an actual human in time and place could feel like reading someone else’s diary.

[…]

The inauguration weekend yielded a trove of personal stories and experiences: elite attendees at presidential ceremonies, religious observers at church services, supporters assembling across the National Mall — all surveilled and recorded permanently in rigorous detail.

Protesters were tracked just as rigorously. After the pings of Trump supporters, basking in victory, vanished from the National Mall on Friday evening, they were replaced hours later by those of participants in the Women’s March, as a crowd of nearly half a million descended on the capital. Examining just a photo from the event, you might be hard-pressed to tie a face to a name. But in our data, pings at the protest connected to clear trails through the data, documenting the lives of protesters in the months before and after the protest, including where they lived and worked.

[…]

Inauguration Day weekend was marked by other protests — and riots. Hundreds of protesters, some in black hoods and masks, gathered north of the National Mall that Friday, eventually setting fire to a limousine near Franklin Square. The data documented those rioters, too. Filtering the data to that precise time and location led us to the doorsteps of some who were there. Police were present as well, many with faces obscured by riot gear. The data led us to the homes of at least two police officers who had been at the scene.

As revealing as our searches of Washington were, we were relying on just one slice of data, sourced from one company, focused on one city, covering less than one year. Location data companies collect orders of magnitude more information every day than the totality of what Times Opinion received.

Data firms also typically draw on other sources of information that we didn’t use. We lacked the mobile advertising IDs or other identifiers that advertisers often combine with demographic information like home ZIP codes, age, gender, even phone numbers and emails to create detailed audience profiles used in targeted advertising. When datasets are combined, privacy risks can be amplified. Whatever protections existed in the location dataset can crumble with the addition of only one or two other sources.

There are dozens of companies profiting off such data daily across the world — by collecting it directly from smartphones, creating new technology to better capture the data or creating audience profiles for targeted advertising.

The full collection of companies can feel dizzying, as it’s constantly changing and seems impossible to pin down. Many use technical and nuanced language that may be confusing to average smartphone users.

While many of them have been involved in the business of tracking us for years, the companies themselves are unfamiliar to most Americans. (Companies can work with data derived from GPS sensors, Bluetooth beacons and other sources. Not all companies in the location data business collect, buy, sell or work with granular location data.)

A Selection of Companies Working

in the Location Data Business

Sources: MightySignal, LUMA Partners and AppFigures.

Location data companies generally downplay the risks of collecting such revealing information at scale. Many also say they’re not very concerned about potential regulation or software updates that could make it more difficult to collect location data.

[…]

Does it really matter that your information isn’t actually anonymous? Location data companies argue that your data is safe — that it poses no real risk because it’s stored on guarded servers. This assurance has been undermined by the parade of publicly reported data breaches — to say nothing of breaches that don’t make headlines. In truth, sensitive information can be easily transferred or leaked, as evidenced by this very story.

We’re constantly shedding data, for example, by surfing the internet or making credit card purchases. But location data is different. Our precise locations are used fleetingly in the moment for a targeted ad or notification, but then repurposed indefinitely for much more profitable ends, like tying your purchases to billboard ads you drove past on the freeway. Many apps that use your location, like weather services, work perfectly well without your precise location — but collecting your location feeds a lucrative secondary business of analyzing, licensing and transferring that information to third parties.

The data contains simple information like date, latitude and longitude, making it easy to inspect, download and transfer. Note: Values are randomized to protect sources and device owners.

For many Americans, the only real risk they face from having their information exposed would be embarrassment or inconvenience. But for others, like survivors of abuse, the risks could be substantial. And who can say what practices or relationships any given individual might want to keep private, to withhold from friends, family, employers or the government? We found hundreds of pings in mosques and churches, abortion clinics, queer spaces and other sensitive areas.

In one case, we observed a change in the regular movements of a Microsoft engineer. He made a visit one Tuesday afternoon to the main Seattle campus of a Microsoft competitor, Amazon. The following month, he started a new job at Amazon. It took minutes to identify him as Ben Broili, a manager now for Amazon Prime Air, a drone delivery service.

“I can’t say I’m surprised,” Mr. Broili told us in early December. “But knowing that you all can get ahold of it and comb through and place me to see where I work and live — that’s weird.” That we could so easily discern that Mr. Broili was out on a job interview raises some obvious questions, like: Could the internal location surveillance of executives and employees become standard corporate practice?

[…]

If this kind of location data makes it easy to keep tabs on employees, it makes it just as simple to stalk celebrities. Their private conduct — even in the dead of night, in residences and far from paparazzi — could come under even closer scrutiny.

Reporters hoping to evade other forms of surveillance by meeting in person with a source might want to rethink that practice. Every major newsroom covered by the data contained dozens of pings; we easily traced one Washington Post journalist through Arlington, Va.

In other cases, there were detours to hotels and late-night visits to the homes of prominent people. One person, plucked from the data in Los Angeles nearly at random, was found traveling to and from roadside motels multiple times, for visits of only a few hours each time.

While these pointillist pings don’t in themselves reveal a complete picture, a lot can be gleaned by examining the date, time and length of time at each point.

Large data companies like Foursquare — perhaps the most familiar name in the location data business — say they don’t sell detailed location data like the kind reviewed for this story but rather use it to inform analysis, such as measuring whether you entered a store after seeing an ad on your mobile phone.

But a number of companies do sell the detailed data. Buyers are typically data brokers and advertising companies. But some of them have little to do with consumer advertising, including financial institutions, geospatial analysis companies and real estate investment firms that can process and analyze such large quantities of information. They might pay more than $1 million for a tranche of data, according to a former location data company employee who agreed to speak anonymously.

Location data is also collected and shared alongside a mobile advertising ID, a supposedly anonymous identifier about 30 digits long that allows advertisers and other businesses to tie activity together across apps. The ID is also used to combine location trails with other information like your name, home address, email, phone number or even an identifier tied to your Wi-Fi network.

The data can change hands in almost real time, so fast that your location could be transferred from your smartphone to the app’s servers and exported to third parties in milliseconds. This is how, for example, you might see an ad for a new car some time after walking through a dealership.

That data can then be resold, copied, pirated and abused. There’s no way you can ever retrieve it.

Location data is about far more than consumers seeing a few more relevant ads. This information provides critical intelligence for big businesses. The Weather Channel app’s parent company, for example, analyzed users’ location data for hedge funds, according to a lawsuit filed in Los Angeles this year that was triggered by Times reporting. And Foursquare received much attention in 2016 after using its data trove to predict that after an E. coli crisis, Chipotle’s sales would drop by 30 percent in the coming months. Its same-store sales ultimately fell 29.7 percent.

Much of the concern over location data has focused on telecom giants like Verizon and AT&T, which have been selling location data to third parties for years. Last year, Motherboard, Vice’s technology website, found that once the data was sold, it was being shared to help bounty hunters find specific cellphones in real time. The resulting scandal forced the telecom giants to pledge they would stop selling location movements to data brokers.

Yet no law prohibits them from doing so.

[…]

If this information is so sensitive, why is it collected in the first place?

For brands, following someone’s precise movements is key to understanding the “customer journey” — every step of the process from seeing an ad to buying a product. It’s the Holy Grail of advertising, one marketer said, the complete picture that connects all of our interests and online activity with our real-world actions.

Once they have the complete customer journey, companies know a lot about what we want, what we buy and what made us buy it. Other groups have begun to find ways to use it too. Political campaigns could analyze the interests and demographics of rally attendees and use that information to shape their messages to try to manipulate particular groups. Governments around the world could have a new tool to identify protestors.

Pointillist location data also has some clear benefits to society. Researchers can use the raw data to provide key insights for transportation studies and government planners. The City Council of Portland, Ore., unanimously approved a deal to study traffic and transit by monitoring millions of cellphones. Unicef announced a plan to use aggregated mobile location data to study epidemics, natural disasters and demographics.

For individual consumers, the value of constant tracking is less tangible. And the lack of transparency from the advertising and tech industries raises still more concerns.

Does a coupon app need to sell second-by-second location data to other companies to be profitable? Does that really justify allowing companies to track millions and potentially expose our private lives?

Data companies say users consent to tracking when they agree to share their location. But those consent screens rarely make clear how the data is being packaged and sold. If companies were clearer about what they were doing with the data, would anyone agree to share it?

What about data collected years ago, before hacks and leaks made privacy a forefront issue? Should it still be used, or should it be deleted for good?

If it’s possible that data stored securely today can easily be hacked, leaked or stolen, is this kind of data worth that risk?

Is all of this surveillance and risk worth it merely so that we can be served slightly more relevant ads? Or so that hedge fund managers can get richer?

The companies profiting from our every move can’t be expected to voluntarily limit their practices. Congress has to step in to protect Americans’ needs as consumers and rights as citizens.

Until then, one thing is certain: We are living in the world’s most advanced surveillance system. This system wasn’t created deliberately. It was built through the interplay of technological advance and the profit motive. It was built to make money. The greatest trick technology companies ever played was persuading society to surveil itself.

Source: Opinion | Twelve Million Phones, One Dataset, Zero Privacy – The New York Times

Infrared cameras detect people and other objects by the heat they emit. Now, researchers have discovered the uncanny ability of a material to hide a target by masking its telltale heat properties.

The effect works for a range of temperatures that one day could include humans and vehicles, presenting a future asset to stealth technologies, the researchers say.

What makes the material special is its quantum nature—properties that are unexplainable by classical physics. The study, published today in the Proceedings of the National Academy of Sciences, is one step closer to unlocking the quantum material’s full potential.

The work was conducted by scientists and engineers at the University of Wisconsin-Madison, Harvard University, Purdue University, the Massachusetts Institute of Technology and Brookhaven National Laboratory.

Fooling infrared cameras is not new. Over the past few years, researchers have developed other materials made of graphene and black silicon that toy with electromagnetic radiation, also hiding objects from cameras.

But how the quantum material in this study tricks an infrared camera is unique: it decouples an object’s temperature from its thermal light radiation, which is counterintuitive based on what is known about how materials behave according to fundamental physics laws. The decoupling allows information about an object’s temperature to be hidden from an infrared camera.

The discovery does not violate any laws of physics, but suggests that these laws might be more flexible than conventionally thought.

Quantum phenomena tend to come with surprises. Several properties of the material, samarium nickel oxide, have been a mystery since its discovery a few decades ago.

Shriram Ramanathan, a professor of materials engineering at Purdue, has investigated samarium nickel oxide for the past 10 years. Earlier this year, Ramanathan’s lab co-discovered that the material also has the counterintuitive ability to be a good insulator of electrical current in low-oxygen environments, rather than an unstable conductor, when oxygen is removed from its molecular structure.

Additionally, samarium nickel oxide is one of a few materials that can switch from an insulating phase to a conducting phase at high temperatures. University of Wisconsin-Madison researcher Mikhail Kats suspected that materials with this property might be capable of decoupling temperature and thermal radiation.

“There is a promise of engineering thermal radiation to control heat transfer and make it either easier or harder to identify and probe objects via infrared imaging,” said Kats, an associate professor of electrical and computer engineering.

Ramanathan’s lab created films of samarium nickel oxide on sapphire substrates to be compared with reference materials. Kats’ group measured spectroscopic emission and captured infrared images of each material as it was heated and cooled. Unlike other materials, samarium nickel oxide barely appeared hotter when it was heated up and maintained this effect between 105 and 135 degrees Celsius.

“Typically, when you heat or cool a material, the electrical resistance changes slowly. But for samarium nickel oxide, resistance changes in an unconventional manner from an insulating to a conducting state, which keeps its thermal light emission properties nearly the same for a certain temperature range,” Ramanathan said.

Because thermal light emission doesn’t change when temperature changes, that means the two are uncoupled over a 30-degree range.

According to the Kats, this study paves the way for not only concealing information from infrared cameras, but also for making new types of optics and even improving infrared cameras themselves.

“We are looking forward to exploring this material and related nickel oxides for infrared camera components such as tunable filters, optical limiters that protect sensors, and new sensitive light detectors,” Kats said.

More information: Temperature-independent thermal radiation, Proceedings of the National Academy of Sciences (2019). DOI: 10.1073/pnas.1911244116 , https://www.pnas.org/content/early/2019/12/16/1911244116 , https://arxiv.org/abs/1902.00252

Source: Camouflage made of quantum material could hide you from infrared cameras

Next time you feel the need to justify to a family member, friend, or random acquaintance why you drive an old shitbox instead of a much more comfortable, modern vehicle, here’s another reason for you to trot out: your old shitbox, unlike every modern car, is not spying on you.

That’s the takeaway from a Washington Post investigation that hacked into a 2017 Chevy Volt to see what data the car hoovers up. The answer is: yikes.

From the Post:

Among the trove of data points were unique identifiers for my and Doug’s [the car’s owner] phones, and a detailed log of phone calls from the previous week. There was a long list of contacts, right down to people’s address, emails and even photos.

…

In our Chevy, we probably glimpsed just a fraction of what GM knows. We didn’t see what was uploaded to GM’s computers, because we couldn’t access the live OnStar cellular connection.

And it’s not just Chevy:

Mason has hacked into Fords that record locations once every few minutes, even when you don’t use the navigation system. He’s seen German cars with 300-gigabyte hard drives — five times as much as a basic iPhone 11. The Tesla Model 3 can collect video snippets from the car’s many cameras. Coming next: face data, used to personalize the vehicle and track driver attention.

Perhaps most troublingly, GM wouldn’t even share with the car’s owner what data about him it collected and shared.

And for what? Why are automakers collecting all this information about you? The short answer is they have no idea but are experimenting with the dumbest possible uses for it:

Automakers haven’t had a data reckoning yet, but they’re due for one. GM ran an experiment in which it tracked the radio music tastes of 90,000 volunteer drivers to look for patterns with where they traveled. According to the Detroit Free Press, GM told marketers that the data might help them persuade a country music fan who normally stopped at Tim Horton’s to go to McDonald’s instead.

That’s right, it wants to collect as much information about you as possible so it can take money from fast-food restaurants to target people who like a certain type of music, which is definitely, definitely a real indicator of what type of fast food restaurant you go to.

You should check out the entire investigation, as there are a lot of other fascinating bits in there, like what can be learned about a used infotainment system bought on eBay.

One point the article doesn’t mention, but that I think is important, is how badly this bodes for the electric future, since pretty much by definition every electric car must have at least some form of a computer. Unfortunately, making cars is hard and expensive so it’s unlikely a new privacy-focused electric automaker will pop up any time soon. I mean, hell, we barely even have privacy-focused phones.

Privacy or environmentally friendly: choose one. The future, it is trash.

Source: Your Modern Car Is A Privacy Nightmare

If you were one of the millions of people that signed up with Unrollme to cut down on the emails from outfits you once bought a product from, we have some bad news for you: it has been storing and selling your data.

On Tuesday, America’s Federal Trade Commission finalized a settlement [PDF] with the New York City company, noting that it had deceived netizens when it promised not to “touch” people’s emails when they gave it permission to unsubscribe from, block, or otherwise get rid of marketing mailings they didn’t want.

It did touch them. In fact, it grabbed copies of e-receipts sent to customers after they’d bought something – often including someone’s name and physical address – and provided them to its parent company, Slice Technologies. Slice then used the information to compile reports that it sold to the very businesses people were trying to escape from.

Huge numbers of people signed up with Unrollme as a quick and easy way to cut down on the endless emails consumers get sent when they either buy something on the web, or provide their email address in-store or online. It can be time-consuming and tedious to click “unsubscribe” on emails as they come into your inbox, so Unrollme combined them in a single daily report with the ability to easily remove emails. This required granting Unrollme access to your inbox.

As the adage goes, if a product is free, you are the product. And so it was with Unrollme, which scooped up all that delicious data from people’s emails, and provided it to Slice, which was then stored and compiled into market research analytics products that it sold.

And before you get all told-you-so and free-market about it, consider this: Unrollme knew that a significant number of potential customers would drop out of the sign-up process as soon as they were informed that the company would require access to their email account, and so it wooed them by making a series of comforting statements about how it wouldn’t actually do anything with that access.

Examples?

Here’s one: “You need to authorize us to access your emails. Don’t worry, this is just to watch for those pesky newsletters, we’ll never touch your personal stuff.”

Source: Remember Unrollme, the biz that helped you automatically ditch unwanted emails? Yeah, it was selling your data • The Register

Two browsers have yanked Avast and AVG online security extensions from their web stores after a report revealed that they were unnecessarily sucking up a ton of data about users’ browsing history.

Wladimir Palant, the creator behind Adblock Plus, initially surfaced the issue—which extends to Avast Online Security and Avast SafePrice as well as Avast-owned AVG Online Security and AVG SafePrice extensions—in a blog post back in October but this week flagged the issue to the companies themselves. In response, both Mozilla and Opera yanked the extensions from their stores. However, as of Wednesday, the extensions curiously remained in Google’s extensions store.

Using dev tools to examine network traffic, Palant was able to determine that the extensions were collecting an alarming amount of data about users’ browsing history and activity, including URLs, where you navigated from, whether the page was visited in the past, the version of browser you’re using, country code, and, if the Avast Antivirus is installed, the OS version of your device, among other data. Palant argued the data collection far exceeded what was necessary for the extensions to perform their basic jobs.

Source: Avast and AVG Plugins Reportedly Doing Some Shady Data Collection

Customers in China who buy SIM cards or register new mobile-phone services must have their faces scanned under a new law that came into effect yesterday. China’s government says the new rule, which was passed into law back in September, will “protect the legitimate rights and interest of citizens in cyberspace.”

A controversial step: It can be seen as part of an ongoing push by China’s government to make sure that people use services on the internet under their real names, thus helping to reduce fraud and boost cybersecurity. On the other hand, it also looks like part of a drive to make sure every member of the population can be surveilled.

How do Chinese people feel about it? It’s hard to say for sure, given how strictly the press and social media are regulated, but there are hints of growing unease over the use of facial recognition technology within the country. From the outside, there has been a lot of concern over the role the technology will play in the controversial social credit system, and how it’s been used to suppress Uighur Muslims in the western region of Xinjiang.

Source: All new cell phone users in China must now have their face scanned – MIT Technology Review

Homeland Security wants to expand facial recognition checks for travelers arriving to and departing from the U.S. to also include citizens, which had previously been exempt from the mandatory checks.

In a filing, the department has proposed that all travelers, and not just foreign nationals or visitors, will have to complete a facial recognition check before they are allowed to enter the U.S., but also to leave the country.

Facial recognition for departing flights has increased in recent years as part of Homeland Security’s efforts to catch visitors and travelers who overstay their visas. The department, whose responsibility is to protect the border and control immigration, has a deadline of 2021 to roll out facial recognition scanners to the largest 20 airports in the United States, despite facing a rash of technical challenges.

But although there may not always be a clear way to opt-out of facial recognition at the airport, U.S. citizens and lawful permanent residents — also known as green card holders — have been exempt from these checks, the existing rules say.

Now, the proposed rule change to include citizens has drawn ire from one of the largest civil liberties groups in the country.

“Time and again, the government told the public and members of Congress that U.S. citizens would not be required to submit to this intrusive surveillance technology as a condition of traveling,” said Jay Stanley, a senior policy analyst at the American Civil Liberties Union .

“This new notice suggests that the government is reneging on what was already an insufficient promise,” he said.

“Travelers, including U.S. citizens, should not have to submit to invasive biometric scans simply as a condition of exercising their constitutional right to travel. The government’s insistence on hurtling forward with a large-scale deployment of this powerful surveillance technology raises profound privacy concerns,” he said.

Citing a data breach of close to 100,000 license plate and traveler images in June, as well as concerns about a lack of sufficient safeguards to protect the data, Stanley said the government “cannot be trusted” with this technology and that lawmakers should intervene.

Source: DHS wants to expand airport face recognition scans to include US citizens

Developers working on open-source ad-blocker uBlock Origin have uncovered a mechanism for tracking web browsers around the internet that defies today’s blocking techniques.

A method to block this so-called unblockable tracker has been developed by the team, though it only works in Firefox, leaving Chrome and possibly other browsers susceptible. This fix is now available to uBlock Origin users.

The tracker relies on DNS queries to get past browser defenses, so some form of domain-name look-up filtering could thwart this snooping. As far as netizens armed with just their browser and a regular old content-blocker plugin are concerned, this tracker can sneak by unnoticed. It can be potentially used by advertising and analytics networks to fingerprint netizens as they browse through the web, and silently build up profiles of their interests and keep count of pages they visit.

And, interestingly enough, it’s seemingly a result of an arms race between browser makers and ad-tech outfits as they battle over first and third-party cookies.

[…]

Many marketers, keen on maintaining their tracking and data collection capabilities, have turned to a technique called DNS delegation or DNS aliasing. It involves having a website publisher delegate a subdomain that the third-party analytics provider can use and aliasing it to an external server using a CNAME DNS record. The website and its external trackers thus seem to the browser to be coming from the same domain and are allowed to operate.

As Eulerian explains on its website, “The collection taking place under the name of the advertiser, and not under a third party, neither the ad blockers nor the browsers, interrupt the calls of tags.”

But wait, there’s more

Another marketing analytics biz, Wizaly, also advocates this technique to bypass Apple’s ITP 2.2 privacy protections.

As does Adobe, which explains on its website that one of the advantages of CNAME records for data collection is they “[allow] you to track visitors between a main landing domain and other domains in browsers that do not accept third-party cookies.”

In a conversation with The Register, Aeris said Criteo, an ad retargeting biz, appears to have deployed the technique to their customers recently, which suggests it will become more pervasive. Aeris added that DNS delegation clearly violates Europe’s GDPR, which “clearly states that ‘user-centric tracking’ requires consent, especially in the case of a third-party service usage.”

A recent statement from the Hamburg Commissioner for Data Protection and Freedom of Information in Germany notes that Google Analytics and similar services can only be used with consent.

“This exploit has been around for a long time, but is particularly useful now because if you can pretend to be a first-party cookie, then you avoid getting blocked by ad blockers, and the major browsers – Chrome, Safari, and Firefox,” said Augustine Fou, a cybersecurity and ad fraud researcher who advises companies about online marketing, in an email to The Register.

“This is an exploit, not an ‘oopsies,’ because it is a hidden and deliberate action to make a third-party cookie appear to be first-party to skirt privacy regulations and consumer choice. This is yet another example of the ‘badtech industrial complex’ protecting its river of gold.”

[…]

Two days ago, uBlock Origin developer Raymond Hill deployed a fix for Firefox users in uBlock Origin v1.24.1b0. Firefox supports an API to resolve the hostname of a DNS record, which can unmask CNAME shenanigans, thereby allowing developers to craft blocking behavior accordingly.

“uBO is now equipped to deal with third-party disguised as first-party as far as Firefox’s browser.dns allows it,” Hill wrote, adding that he assumes this can’t be fixed in Chrome at the moment because Chrome doesn’t have an equivalent DNS resolution API.

Aeris said, “For Chrome, there is no DNS API available, and so no easy way to detect this,” adding that Chrome under Manifest v3, a pending revision of Google’s extension platform, will break uBO. Hill, uBO’s creator, recently confirmed to The Register that’s still the case.

Even if Chrome were to implement a DNS resolution API, Google has made it clear it wants to maintain the ability to track people on the web and place cookies, for the sake of its ad business.

Apple’s answer to marketer angst over being denied analytic data by Safari has been to propose a privacy-preserving ad click attribution scheme that allows 64 different ad campaign identifiers – so marketers can see which worked.

Google’s alternative proposal, part of its “Privacy Sandbox” initiative, calls for an identifier field capable of storing 64 bits of data – considerably more than the integer 64.

As the Electronic Frontier Foundation has pointed out, this enables a range of numbers up to 18 quintillion, allowing advertisers to create unique IDs for every ad impression they serve, information that could then be associated with individual users.

Source: Bad news: ‘Unblockable’ web trackers emerge. Good news: Firefox with uBlock Origin can stop it. Chrome, not so much • The Register

More than 600 police forces across the country have entered into partnerships with the camera giant allowing them to quickly request and download video captured by Ring’s motion-detecting, internet-connected cameras inside and around Americans’ homes.

The company says the videos can be a critical tool in helping law enforcement investigate crimes such as trespassing, burglary and package theft. But some lawmakers and privacy advocates say the systems could also empower more widespread police surveillance, fuel racial profiling and spark new neighborhood fears.

In September, following a report about Ring’s police partnerships in The Washington Post, Sen. Edward Markey, D-Mass., wrote to Amazon asking for details about how it protected the privacy and civil liberties of people caught on camera. Since that report, the number of law enforcement agencies working with Ring has increased nearly 50%.

In two responses from Amazon’s vice president of public policy, Brian Huseman, the company said it placed few restrictions on how police used or shared the videos offered up by homeowners. (Amazon CEO Jeff Bezos also owns The Washington Post.)

Police in those communities can use Ring software to request up to 12 hours of video from anyone within half a square mile of a suspected crime scene, covering a 45-day time span, Huseman said. Police are required to include a case number for the crime they are investigating, but not any other details or evidence related to the crime or their request.

Markey said in a statement that Ring’s policies showed the company had failed to enact basic safeguards to protect Americans’ privacy.

“Connected doorbells are well on their way to becoming a mainstay of American households, and the lack of privacy and civil rights protections for innocent residents is nothing short of chilling,” he said.

“If you’re an adult walking your dog or a child playing on the sidewalk, you shouldn’t have to worry that Ring’s products are amassing footage of you and that law enforcement may hold that footage indefinitely or share that footage with any third parties.”

Ring, which Amazon bought last year for more than $800 million, did not immediately respond to requests for comment.

Source: Police can keep Ring camera video forever, and share with whomever they’d like, company tells senator – Stripes

we are making plans to adopt DNS over HTTPS (or DoH) in the Windows DNS client. As a platform, Windows Core Networking seeks to enable users to use whatever protocols they need, so we’re open to having other options such as DNS over TLS (DoT) in the future. For now, we’re prioritizing DoH support as the most likely to provide immediate value to everyone. For example, DoH allows us to reuse our existing HTTPS infrastructure.

For our first milestone, we’ll start with a simple change: use DoH for DNS servers Windows is already configured to use. There are now several public DNS servers that support DoH, and if a Windows user or device admin configures one of them today, Windows will just use classic DNS (without encryption) to that server. However, since these servers and their DoH configurations are well known, Windows can automatically upgrade to DoH while using the same server.

Source: Windows will improve user privacy with DNS over HTTPS – Microsoft Tech Community – 1014229

There is a lot of discussion about this – MS is putting it over as being a user privacy tool, but really it’s a datagrab going on by the tech giants.

House Antitrust Investigators Now Scrutinizing Google’s Plans to Add DNS Encryption to Chrome