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This is part of a Motherboard mini-series on the proliferation of phone cracking technology, the people behind it, and who is buying it. Follow along here.When cops have a phone to break into, they just might pull a small, laptop-sized device out of a rugged briefcase. After plugging the phone in with a cable, and a few taps of a touch-screen, the cops have now bypassed the phone’s passcode. Almost like magic, they now have access to call logs, text messages, and in some cases even deleted data.State police forces and highway patrols in the US have collectively spent millions of dollars on this sort of technology to break into and extract data from mobile phones, according to documents obtained by Motherboard. Over 2,000 pages of invoices, purchase orders, communications, and other documents lay out in unprecedented detail how one company in particular has cornered the trade in mobile phone forensics equipment across the United States.Cellebrite, an Israel-based firm, sells tools that can pull data from most mobile phones on the market, such as contact lists, emails, and wiped messages. Cellebrite's products can also circumvent the passcode locks or other security protections on many current mobile phones. The gear is typically used to gather evidence from a criminal suspect's device after it has been seized, and although not many public examples of abuse are available, Cellebrite’s tools have been used by non-US authorities to prosecute dissidents.Previous reports have focused on federal agencies' acquisition of Cellebrite tools. But as smartphones have proliferated and increasingly become the digital center of our lives, the demand and supply of mobile forensics tools has trickled down to more local bodies.

The latest leaks from WikiLeaks' Vault 7 is titled “Dark Matter” and claims that the CIA has been bugging “factory fresh” iPhones since at least 2008 through suppliers.

And here is the full press release from WikiLeaks: Today, March 23rd 2017, WikiLeaks releases Vault 7 "Dark Matter", which contains documentation for several CIA projects that infect Apple Mac Computer firmware (meaning the infection persists even if the operating system is re-installed) developed by the CIA's Embedded Development Branch (EDB). These documents explain the techniques used by CIA to gain 'persistence' on Apple Mac devices, including Macs and iPhones and demonstrate their use of EFI/UEFI and firmware malware.   Among others, these documents reveal the "Sonic Screwdriver" project which, as explained by the CIA, is a "mechanism for executing code on peripheral devices while a Mac laptop or desktop is booting" allowing an attacker to boot its attack software for example from a USB stick "even when a firmware password is enabled". The CIA's "Sonic Screwdriver" infector is stored on the modified firmware of an Apple Thunderbolt-to-Ethernet adapter.   "DarkSeaSkies" is "an implant that persists in the EFI firmware of an Apple MacBook Air computer" and consists of "DarkMatter", "SeaPea" and "NightSkies", respectively EFI, kernel-space and user-space implants.   Documents on the "Triton" MacOSX malware, its infector "Dark Mallet" and its EFI-persistent version "DerStake" are also included in this release. While the DerStake1.4 manual released today dates to 2013, other Vault 7 documents show that as of 2016 the CIA continues to rely on and update these systems and is working on the production of DerStarke2.0.   Also included in this release is the manual for the CIA's "NightSkies 1.2" a "beacon/loader/implant tool" for the Apple iPhone. Noteworthy is that NightSkies had reached 1.2 by 2008, and is expressly designed to be physically installed onto factory fresh iPhones. i.e the CIA has been infecting the iPhone supply chain of its targets since at least 2008.   While CIA assets are sometimes used to physically infect systems in the custody of a target it is likely that many CIA physical access attacks have infected the targeted organization's supply chain including by interdicting mail orders and other shipments (opening, infecting, and resending) leaving the United States or otherwise.

In a sweeping victory for privacy rights in the digital age, the Supreme Court on Wednesday unanimously ruled that the police need warrants to search the cellphones of people they arrest.While the decision will offer protection to the 12 million people arrested every year, many for minor crimes, its impact will most likely be much broader. The ruling almost certainly also applies to searches of tablet and laptop computers, and its reasoning may apply to searches of homes and businesses and of information held by third parties like phone companies.“This is a bold opinion,” said Orin S. Kerr, a law professor at George Washington University. “It is the first computer-search case, and it says we are in a new digital age. You can’t apply the old rules anymore.”

"We are fast entering a world where mass-market mobile devices consume thousands of megabytes each month," FCC Chairman Julius Genachowski warned at CTIA Wireless yesterday. "So we must ask: what happens when every mobile user has an iPhone, a Palm Pre, a BlackBerry Tour, or whatever the next device is? What happens when we quadruple the number of subscribers with mobile broadband on their laptops or netbooks?"The short answer: We will need a lot more spectrum."

Montreal (AFP) - A Canadian charged for refusing to give border agents his smartphone passcode was expected Thursday to become the first to test whether border inspections can include information stored on devices.Alain Philippon, 38, risks up to a year in prison and a fine of up to Can$25,000 (US$20,000) if convicted of obstruction.He told local media that he refused to provide the passcode because he considered information on his smartphone to be "personal."Philippon was transiting through the port city of Halifax on his way home from a Caribbean vacation on Monday when he was selected for an in-depth exam.

"Philippon refused to divulge the passcode for his cell phone, preventing border services officers from their duties," Canada Border Services Agency said in an email.The agency insists that the Customs Act authorizes its officers to examine "all goods and conveyances including electronic devices, such as cell phones and laptops."But, according to legal experts, the issue of whether a traveler must reveal the password for an electronic device at a border crossing has not been tested in court. "(It's) one thing for them to inspect it, another thing for them to compel you to help them," Rob Currie, director of the Law and Technology Institute at Dalhousie University, told public broadcaster CBC.Philippon is scheduled to appear in court on May 12.

Linux never had the apps

Charles King, an IT analyst who follows enterprise trends, says the big change is in IT. At one time, executives in charge of computing services were mostly concerned with operating systems and applications for massive throng of traditional business users. Those users have now flocked to mobile computing devices, but they still have a Windows PC sitting on their desk.

Today, Microsoft's lock (on the desktop, anyway) remains secure, even in the face of Apple's surge," King says. "Ironically enough, though, the open source model remains alive and well but mostly in the development of new standards and development platforms."

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

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

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

Less than a week after the attacks in Paris — while the public and policymakers were still reeling, and the investigation had barely gotten off the ground — Cy Vance, Manhattan’s District Attorney, released a policy paper calling for legislation requiring companies to provide the government with backdoor access to their smartphones and other mobile devices. This is the first concrete proposal of this type since September 2014, when FBI Director James Comey reignited the “Crypto Wars” in response to Apple’s and Google’s decisions to use default encryption on their smartphones. Though Comey seized on Apple’s and Google’s decisions to encrypt their devices by default, his concerns are primarily related to end-to-end encryption, which protects communications that are in transit. Vance’s proposal, on the other hand, is only concerned with device encryption, which protects data stored on phones. It is still unclear whether encryption played any role in the Paris attacks, though we do know that the attackers were using unencrypted SMS text messages on the night of the attack, and that some of them were even known to intelligence agencies and had previously been under surveillance. But regardless of whether encryption was used at some point during the planning of the attacks, as I lay out below, prohibiting companies from selling encrypted devices would not prevent criminals or terrorists from being able to access unbreakable encryption. Vance’s primary complaint is that Apple’s and Google’s decisions to provide their customers with more secure devices through encryption interferes with criminal investigations. He claims encryption prevents law enforcement from accessing stored data like iMessages, photos and videos, Internet search histories, and third party app data. He makes several arguments to justify his proposal to build backdoors into encrypted smartphones, but none of them hold water.

Before addressing the major privacy, security, and implementation concerns that his proposal raises, it is worth noting that while an increase in use of fully encrypted devices could interfere with some law enforcement investigations, it will help prevent far more crimes — especially smartphone theft, and the consequent potential for identity theft. According to Consumer Reports, in 2014 there were more than two million victims of smartphone theft, and nearly two-thirds of all smartphone users either took no steps to secure their phones or their data or failed to implement passcode access for their phones. Default encryption could reduce instances of theft because perpetrators would no longer be able to break into the phone to steal the data.

Vance argues that creating a weakness in encryption to allow law enforcement to access data stored on devices does not raise serious concerns for security and privacy, since in order to exploit the vulnerability one would need access to the actual device. He considers this an acceptable risk, claiming it would not be the same as creating a widespread vulnerability in encryption protecting communications in transit (like emails), and that it would be cheap and easy for companies to implement. But Vance seems to be underestimating the risks involved with his plan. It is increasingly important that smartphones and other devices are protected by the strongest encryption possible. Our devices and the apps on them contain astonishing amounts of personal information, so much that an unprecedented level of harm could be caused if a smartphone or device with an exploitable vulnerability is stolen, not least in the forms of identity fraud and credit card theft. We bank on our phones, and have access to credit card payments with services like Apple Pay. Our contact lists are stored on our phones, including phone numbers, emails, social media accounts, and addresses. Passwords are often stored on people’s phones. And phones and apps are often full of personal details about their lives, from food diaries to logs of favorite places to personal photographs. Symantec conducted a study, where the company spread 50 “lost” phones in public to see what people who picked up the phones would do with them. The company found that 95 percent of those people tried to access the phone, and while nearly 90 percent tried to access private information stored on the phone or in other private accounts such as banking services and email, only 50 percent attempted contacting the owner.

Just as any new technology claims to offer the most advanced development; that their definition of progress will cure society’s ills or make life easier by eliminating the drudgery of antiquated appliances, the Wifi Alliance  was organized as a worldwide wireless network to connect ‘everyone and everything, everywhere” as it promised “improvements to nearly every aspect of daily life.”    The Alliance, which makes no pretense of potential health or environmental concerns, further proclaimed (and they may be correct) that there are “more wifi devices than people on earth”.   It is that inescapable exposure to ubiquitous wireless technologies wherein lies the problem.   

Even prior to the 1997 introduction of commercially available wifi devices which has saturated every industrialized country, EMF wifi hot spots were everywhere.  Today with the addition of cell and cordless phones and towers, broadcast antennas, smart meters and the pervasive computer wifi, both adults and especially vulnerable children are surrounded 24-7 by an inescapable presence with little recognition that all radiation exposure is cumulative.    

The National Toxicology Program (NTP), a branch of the US National Institute for Health (NIH), conducted the world’s largest study on radiofrequency radiation used by the US telecommunications industry and found a ‘significantly statistical increase in brain and heart cancers” in animals exposed to EMF (electromagnetic fields).  The NTP study confirmed the connection between mobile and wireless phone use and human brain cancer risks and its conclusions were supported by other epidemiological peer-reviewed studies.  Of special note is that studies citing the biological risk to human health were below accepted international exposure standards.    

A former Google engineer has released nearly 1,000 pages of documents that he says prove that the company, at least in some of its products, secretly boosts or demotes content based on what it deems to be true or false, while publicly claiming to be a neutral platform. The software engineer, Zach Vorhies, first provided the documents to Project Veritas, a right-leaning investigative journalism nonprofit, as well as the Justice Department’s antitrust division, which has been investigating Google for potentially anti-competitive behavior.

When he returned to work, however, Google sent him a letter demanding, among other things, that he turn over his employee badge and work laptop, which he did, and “cease and desist” from disclosing “any non-public Google files.” Afraid for his safety, he posted on Twitter that if something would happen to him, all the documents he took would be released to the public.Google then did a “wellness check” on him, he said. The San Francisco police received a call that Vorhies may be mentally ill. A group of officers waited for him outside his house and put him in handcuffs. “This is a large way in which they intimidate their employees that go rogue on the company,” he said.Vorhies then decided that it would be safer for him to go public.

One of the goals of the effort was a “clean & regularly sanitized news corpus,” it reads.

There’s a setting on your phone and web browser that Google is desperate to keep you from discovering. How desperate? In 2021 alone, Google paid Apple, Samsung and others $26.3 billion to keep it buried.

That’s more money each year than McDonald’s makes selling burgers.This setting affects who gets to track your location and watch what you look up online. It affects the usefulness of the information you see and how much of your screen is taken up by ads.

I’m talking about your search engine — what pops up the answers when you type into the search bar. Google pays the makers of phones, laptops and browsers to be your default and to stop them from even presenting you other options during setup. It’s billions for a favor.