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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.

But while the interviewer focused on the Skype revelation, I thought the most interesting part was the other claim, “that the National Security Agency already had pre-encryption stage access to email on Outlook.”  Say what??  They can see the plaintext on my computer before I encrypt it? That defeats any/all encryption methods. How could they do that? Bypass Encryption While most outside observers think the NSA’s job is cracking encrypted messages, as the Prism disclosures have shown, the actual mission is simply to read all communications. Cracking codes is a last resort.

The NSA has a history of figuring out how to get to messages before or after they are encrypted. Whether it was by putting keyloggers on keyboards and recording the keystrokes or detecting the images of the characters as they were being drawn on a CRT. Today every desktop and laptop computer has another way for the NSA to get inside. Intel Inside It’s inevitable that complex microprocessors have bugs in them when they ship. When the first microprocessors shipped the only thing you could hope is that the bug didn’t crash your computer. The only way the chip vendor could fix the problem was to physically revise the chip and put out a new version. But computer manufacturers and users were stuck if you had an old chip. After a particularly embarrassing math bug in 1994 that cost Intel $475 million, the company decided to fix the problem by allowing it’s microprocessors to load fixes automatically when your computer starts.

Starting in 1996 with the Intel P6 (Pentium Pro) to today’s P7 chips (Core i7) these processors contain instructions that are reprogrammable in what is called microcode. Intel can fix bugs on the chips by reprogramming a microprocessors microcode with a patch. This patch, called a microcode update, can be loaded into a processor by using special CPU instructions reserved for this purpose. These updates are not permanent, which means each time you turn the computer on, its microprocessor is reset to its built-in microcode, and the update needs to be applied again (through a computer’s BIOS.). Since 2000, Intel has put out 29 microcode updates to their processors. The microcode is distributed by 1) Intel or by 2) Microsoft integrated into a BIOS or 3) as part of a Windows update. Unfortunately, the microcode update format is undocumented and the code is encrypted. This allows Intel to make sure that 3rd parties can’t make unauthorized add-ons to their chips. But it also means that no one can look inside to understand the microcode, which makes it is impossible to know whether anyone is loading a backdoor into your computer.

When it comes to modern firewalls for corporate computer networks, the world's second largest network equipment manufacturer doesn't skimp on praising its own work. According to Juniper Networks' online PR copy, the company's products are "ideal" for protecting large companies and computing centers from unwanted access from outside. They claim the performance of the company's special computers is "unmatched" and their firewalls are the "best-in-class." Despite these assurances, though, there is one attacker none of these products can fend off -- the United States' National Security Agency.

Specialists at the intelligence organization succeeded years ago in penetrating the company's digital firewalls. A document viewed by SPIEGEL resembling a product catalog reveals that an NSA division called ANT has burrowed its way into nearly all the security architecture made by the major players in the industry -- including American global market leader Cisco and its Chinese competitor Huawei, but also producers of mass-market goods, such as US computer-maker Dell.

The specialists at ANT, which presumably stands for Advanced or Access Network Technology, could be described as master carpenters for the NSA's department for Tailored Access Operations (TAO). In cases where TAO's usual hacking and data-skimming methods don't suffice, ANT workers step in with their special tools, penetrating networking equipment, monitoring mobile phones and computers and diverting or even modifying data. Such "implants," as they are referred to in NSA parlance, have played a considerable role in the intelligence agency's ability to establish a global covert network that operates alongside the Internet. Some of the equipment available is quite inexpensive. A rigged monitor cable that allows "TAO personnel to see what is displayed on the targeted monitor," for example, is available for just $30. But an "active GSM base station" -- a tool that makes it possible to mimic a mobile phone tower and thus monitor cell phones -- costs a full $40,000. Computer bugging devices disguised as normal USB plugs, capable of sending and receiving data via radio undetected, are available in packs of 50 for over $1 million.

IBM announced today that it would throw another billion at Linux, the open-source operating system, to run its Power System servers. The first time it had thrown a billion at Linux was in 2001, when Linux was a crazy, untested, even ludicrous proposition for the corporate world. So the moolah back then didn’t go to Linux itself, which was free, but to related technologies across hardware, software, and service, including things like sales and advertising – and into IBM’s partnership with Red Hat which was developing its enterprise operating system, Red Hat Enterprise Linux. “It helped start a flurry of innovation that has never slowed,” said Jim Zemlin, executive director of the Linux Foundation. IBM claims that the investment would “help clients capitalize on big data and cloud computing with modern systems built to handle the new wave of applications coming to the data center in the post-PC era.” Some of the moolah will be plowed into the Power Systems Linux Center in Montpellier, France, which opened today. IBM’s first Power Systems Linux Center opened in Beijing in May. IBM may be trying to make hay of the ongoing revelations that have shown that the NSA and other intelligence organizations in the US and elsewhere have roped in American tech companies of all stripes with huge contracts to perfect a seamless spy network. They even include physical aspects of surveillance, such as license plate scanners and cameras, which are everywhere [read.... Surveillance Society: If You Drive, You Get Tracked].

Then another boon for IBM. Experts at the German Federal Office for Security in Information Technology (BIS) determined that Windows 8 is dangerous for data security. It allows Microsoft to control the computer remotely through a “special surveillance chip,” the wonderfully named Trusted Platform Module (TPM), and a backdoor in the software – with keys likely accessible to the NSA and possibly other third parties, such as the Chinese. Risks: “Loss of control over the operating system and the hardware” [read.... LEAKED: German Government Warns Key Entities Not To Use Windows 8 – Links The NSA.

It would be an enormous competitive advantage for an IBM salesperson to walk into a government or corporate IT department and sell Big Data servers that don’t run on Windows, but on Linux. With the Windows 8 debacle now in public view, IBM salespeople don’t even have to mention it. In the hope of stemming the pernicious revenue decline their employer has been suffering from, they can politely and professionally hype the security benefits of IBM’s systems and mention in passing the comforting fact that some of it would be developed in the Power Systems Linux Centers in Montpellier and Beijing. Alas, Linux too is tarnished. The backdoors are there, though the code can be inspected, unlike Windows code. And then there is Security-Enhanced Linux (SELinux), which was integrated into the Linux kernel in 2003. It provides a mechanism for supporting “access control” (a backdoor) and “security policies.” Who developed SELinux? Um, the NSA – which helpfully discloses some details on its own website (emphasis mine): The results of several previous research projects in this area have yielded a strong, flexible mandatory access control architecture called Flask. A reference implementation of this architecture was first integrated into a security-enhanced Linux® prototype system in order to demonstrate the value of flexible mandatory access controls and how such controls could be added to an operating system. The architecture has been subsequently mainstreamed into Linux and ported to several other systems, including the Solaris™ operating system, the FreeBSD® operating system, and the Darwin kernel, spawning a wide range of related work.

The Clipper chip was not embraced by consumers or manufacturers and the chip itself was no longer relevant by 1996. The U.S. government continued to press for key escrow by offering incentives to manufacturers, allowing more relaxed export controls if key escrow were part of cryptographic software that was exported. These attempts were largely made moot by the widespread use of strong cryptographic technologies, such as PGP, which were not under the control of the U.S. government.

Selling Your Secrets The Invisible World of Software Backdoors and Bounty Hunters

(Reuters) - As a key part of a campaign to embed encryption software that it could crack into widely used computer products, the U.S. National Security Agency arranged a secret $10 million contract with RSA, one of the most influential firms in the computer security industry, Reuters has learned. Documents leaked by former NSA contractor Edward Snowden show that the NSA created and promulgated a flawed formula for generating random numbers to create a "back door" in encryption products, the New York Times reported in September. Reuters later reported that RSA became the most important distributor of that formula by rolling it into a software tool called Bsafe that is used to enhance security in personal computers and many other products.Undisclosed until now was that RSA received $10 million in a deal that set the NSA formula as the preferred, or default, method for number generation in the BSafe software, according to two sources familiar with the contract. Although that sum might seem paltry, it represented more than a third of the revenue that the relevant division at RSA had taken in during the entire previous year, securities filings show.

The earlier disclosures of RSA's entanglement with the NSA already had shocked some in the close-knit world of computer security experts. The company had a long history of championing privacy and security, and it played a leading role in blocking a 1990s effort by the NSA to require a special chip to enable spying on a wide range of computer and communications products.

The RSA deal shows one way the NSA carried out what Snowden's documents describe as a key strategy for enhancing surveillance: the systematic erosion of security tools. NSA documents released in recent months called for using "commercial relationships" to advance that goal, but did not name any security companies as collaborators.

Silicon Valley and a bipartisan group of lawmakers are lining up against the Obama administration, criticizing what they see as a lack of support for total online privacy.The steady rise of sophisticated privacy techniques such as encryption and anonymity software has put the government in a difficult position — trying to support the right to privacy while figuring out how to prevent people from evading law enforcement.ADVERTISEMENT“The technologies are evolving in ways that potentially make this trickier,” President Obama said during a January news conference with British Prime Minister David Cameron.The conundrum has led to a heated debate in Washington: Should law enforcement have guaranteed access to data?

The Obama administration — from officials with FBI and the National Security Agency (NSA) to the president himself — has come out in favor of some form of guaranteed access while still endorsing strong encryption.“If we get into a situation in which the technologies do not allow us at all to track somebody that we're confident is a terrorist,” Obama said, “that's a problem.”What shape that access takes, however, is unclear.“The dialogue that we're engaged in is designed to make sure that all of us feel confident that if there is an actual threat out there, our law enforcement and our intelligence officers can identify that threat and track that threat at the same time that our governments are not going around phishing into whatever text you might be sending on your smartphone,” Obama said. “And I think that's something that can be achieved.”Privacy hawks on Capitol Hill aren’t buying it.

“I don’t think much of that,” Rep. Joe Barton (R-Texas), co-founder of the Congressional Bipartisan Privacy Caucus, told The Hill. “We have a huge homeland security apparatus with almost unlimited authority to — with some sort of a reasonable suspicion — check almost any type of communication, whether it’s voice, Internet, telephonic, electronic, you name it.”“Those were positions that did not receive rave reviews here in Silicon Valley,” said Rep. Zoe Lofgren (D-Calif.), whose district includes parts of tech-heavy San Jose.Many believe the administration’s stance is inherently at odds with robust digital protection.“In order to fully implement what he's suggesting, you would need one of two things,” Lofgren said.One would be installing so-called “backdoors” in encryption — an access point known only to law enforcement agencies. Security experts find this concept abhorrent, since cyber crooks or foreign intelligence agencies would likely exploit it.

Pending before federal magistrate judge James Orenstein is the government’s request for an order obligating Apple, Inc. to unlock an iPhone and thereby assist prosecutors in decrypting data the government has seized and is authorized to search pursuant to a warrant. In an order questioning the government’s purported legal basis for this request, the All Writs Act of 1789 (AWA), Judge Orenstein asked Apple for a brief informing the court whether the request would be technically feasible and/or burdensome. After Apple filed, the court asked it to file a brief discussing whether the government had legal grounds under the AWA to compel Apple’s assistance. Apple filed that brief and the government filed a reply brief last week in the lead-up to a hearing this morning.

We’ve long been concerned about whether end users own software under the law. Software owners have rights of adaptation and first sale enshrined in copyright law. But software publishers have claimed that end users are merely licensees, and our rights under copyright law can be waived by mass-market end user license agreements, or EULAs. Over the years, Granick has argued that users should retain their rights even if mass-market licenses purport to take them away. The government’s brief takes advantage of Apple’s EULA for iOS to argue that Apple, the software publisher, is responsible for iPhones around the world. Apple’s EULA states that when you buy an iPhone, you’re not buying the iOS software it runs, you’re just licensing it from Apple. The government argues that having designed a passcode feature into a copy of software which it owns and licenses rather than sells, Apple can be compelled under the All Writs Act to bypass the passcode on a defendant’s iPhone pursuant to a search warrant and thereby access the software owned by Apple. Apple’s supplemental brief argues that in defining its users’ contractual rights vis-à-vis Apple with regard to Apple’s intellectual property, Apple in no way waived its own due process rights vis-à-vis the government with regard to users’ devices. Apple’s brief compares this argument to forcing a car manufacturer to “provide law enforcement with access to the vehicle or to alter its functionality at the government’s request” merely because the car contains licensed software. 

This is an interesting twist on the decades-long EULA versus users’ rights fight. As far as we know, this is the first time that the government has piggybacked on EULAs to try to compel software companies to provide assistance to law enforcement. Under the government’s interpretation of the All Writs Act, anyone who makes software could be dragooned into assisting the government in investigating users of the software. If the court adopts this view, it would give investigators immense power. The quotidian aspects of our lives increasingly involve software (from our cars to our TVs to our health to our home appliances), and most of that software is arguably licensed, not bought. Conscripting software makers to collect information on us would afford the government access to the most intimate information about us, on the strength of some words in some license agreements that people never read. (And no wonder: The iPhone’s EULA came to over 300 pages when the government filed it as an exhibit to its brief.)

The insert method and other variants of QUANTUM are closely linked to a shadow network operated by the NSA alongside the Internet, with its own, well-hidden infrastructure comprised of "covert" routers and servers. It appears the NSA also incorporates routers and servers from non-NSA networks into its covert network by infecting these networks with "implants" that then allow the government hackers to control the computers remotely. (Click here to read a related article on the NSA's "implants".) In this way, the intelligence service seeks to identify and track its targets based on their digital footprints. These identifiers could include certain email addresses or website cookies set on a person's computer. Of course, a cookie doesn't automatically identify a person, but it can if it includes additional information like an email address. In that case, a cookie becomes something like the web equivalent of a fingerprint.

Once TAO teams have gathered sufficient data on their targets' habits, they can shift into attack mode, programming the QUANTUM systems to perform this work in a largely automated way. If a data packet featuring the email address or cookie of a target passes through a cable or router monitored by the NSA, the system sounds the alarm. It determines what website the target person is trying to access and then activates one of the intelligence service's covert servers, known by the codename FOXACID. This NSA server coerces the user into connecting to NSA covert systems rather than the intended sites. In the case of Belgacom engineers, instead of reaching the LinkedIn page they were actually trying to visit, they were also directed to FOXACID servers housed on NSA networks. Undetected by the user, the manipulated page transferred malware already custom tailored to match security holes on the target person's computer. The technique can literally be a race between servers, one that is described in internal intelligence agency jargon with phrases like: "Wait for client to initiate new connection," "Shoot!" and "Hope to beat server-to-client response." Like any competition, at times the covert network's surveillance tools are "too slow to win the race." Often enough, though, they are effective. Implants with QUANTUMINSERT, especially when used in conjunction with LinkedIn, now have a success rate of over 50 percent, according to one internal document.

At the same time, it is in no way true to say that the NSA has its sights set exclusively on select individuals. Of even greater interest are entire networks and network providers, such as the fiber optic cables that direct a large share of global Internet traffic along the world's ocean floors. One document labeled "top secret" and "not for foreigners" describes the NSA's success in spying on the "SEA-ME-WE-4" cable system. This massive underwater cable bundle connects Europe with North Africa and the Gulf states and then continues on through Pakistan and India, all the way to Malaysia and Thailand. The cable system originates in southern France, near Marseille. Among the companies that hold ownership stakes in it are France Telecom, now known as Orange and still partly government-owned, and Telecom Italia Sparkle. The document proudly announces that, on Feb. 13, 2013, TAO "successfully collected network management information for the SEA-Me-We Undersea Cable Systems (SMW-4)." With the help of a "website masquerade operation," the agency was able to "gain access to the consortium's management website and collected Layer 2 network information that shows the circuit mapping for significant portions of the network."

Earlier today, FBI Director James Comey implied that a broad coalition of technology companies, trade associations, civil society groups, and security experts were either uninformed or were not “fair-minded” in a letter they sent to the President yesterday urging him to reject any legislative proposals that would undermine the adoption of strong encryption by US companies. The letter was signed by dozens of organizations and companies in the latest part of the debate over whether the government should be given built-in access to encrypted data (see, for example, here, here, here, and here for previous iterations). The comments were made at the Third Annual Cybersecurity Law Institute held at Georgetown University Law Center. The transcript of his encryption-related discussion is below (emphasis added).

Increasingly, communications at rest sitting on a device or in motion are encrypted. The device is encrypted or the communication is encrypted and therefore unavailable to us even with a court order. So I make a showing of probable cause to a judge in a criminal case or in an intelligence case to the Foreign Intelligence Surveillance Court judge that the content of a particular defense or a particular communication stream should be collected to our statutory authority, and the judge approves, increasingly we are finding ourselves unable to read what we find or we’re unable to open a device. And that is a serious concern. I am actually — I think encryption is a good thing. I think there are tremendous societal benefits to encryption. That’s one of the reasons the FBI tells people not only lock your cars, but you should encrypt things that are important to you to make it harder for thieves to take them.

A group of tech companies and some prominent folks wrote a letter to the President yesterday that I frankly found depressing. Because their letter contains no acknowledgment that there are societal costs to universal encryption. Look, I recognize the challenges facing our tech companies. Competitive challenges, regulatory challenges overseas, all kinds of challenges. I recognize the benefits of encryption, but I think fair-minded people also have to recognize the costs associated with that. And I read this letter and I think, “Either these folks don’t see what I see or they’re not fair-minded.” And either one of those things is depressing to me. So I’ve just got to continue to have the conversation. I don’t know the answer, but I don’t think a democracy should drift to a place where suddenly law enforcement people say, “Well, actually we — the Fourth Amendment is an awesome thing, but we actually can’t access any information.”

The first shot was fired on Monday. Teradata, which sells analytics tools for Big Data, warned that quarterly revenues plunged 21% in Asia and 19% in the Middle East and Africa. Wednesday evening, it was IBM’s turn to confess that its hardware sales in China had simply collapsed. Every word was colored by Edward Snowden’s revelations about the NSA’s hand-in-glove collaboration with American tech companies, from startups to mastodons like IBM.

The explanation is more obvious. In mid-August, an anonymous source told the Shanghai Securities News, a branch of the state-owned Xinhua News Agency, which reports directly to the Propaganda and Public Information Departments of the Communist Party, that IBM, along with Oracle and EMC, have become targets of the Ministry of Public Security and the cabinet-level Development Research Centre due to the Snowden revelations. “At present, thanks to their technological superiority, many of our core information technology systems are basically dominated by foreign hardware and software firms, but the Prism scandal implies security problems,” the source said, according to Reuters. So the government would launch an investigation into these security problems, the source said. Absolute stonewalling ensued. IBM told Reuters that it was unable to comment. Oracle and EMC weren’t available for comment. The Ministry of Public Security refused to comment. The Development Research Centre knew nothing of any such investigation. The Ministry of Industry and Information Technology “could not confirm anything because of the matter’s sensitivity.”

I’d warned about its impact at the time [read.... US Tech Companies Raked Over The Coals In China]. Snowden’s revelations started hitting in May. Not much later, the Chinese security apparatus must have alerted IT buyers in government agencies, state-owned enterprises, and major independent corporations to turn off the order pipeline for sensitive products until this is sorted out. As Mr. Loughridge’s efforts have shown, it’s hard to explain any other way that hardware sales suddenly collapsed by “40%, 50%” in China, where they’d boomed until then. This is the first quantitative indication of the price Corporate America has to pay for gorging at the big trough of the US Intelligence Community, and particularly the NSA with its endlessly ballooning budget. For once, there is a price to be paid, if only temporarily, for helping build a perfect, seamless, borderless surveillance society. The companies will deny it. At the same time, they’ll be looking for solutions. China, Russia, and Brazil are too important to just get kicked out of – and other countries might follow suit. In September, IBM announced that it would throw another billion at Linux, the open-source operating system, to run its Power System servers – the same that China had stopped buying. It seems IBM was trying to make hay of the NSA revelations that had tangled up American operating system makers. Linux, free of NSA influence, would be a huge competitive advantage for IBM. Or so it would seem. Read.... The Other Reason Why IBM Throws A Billion At Linux (With NSA- Designed Backdoor)

Spy agencies in Britain will be given the explicit right to hack into smartphones and computers as part of a new law being introduced by the Conservative government. Security services MI5, MI6 and GCHQ can already access electronic devices by exploiting software security vulnerabilities, but the legal foundation for the practice is under scrutiny.New powers laid out in the Investigatory Powers Bill, due to be introduced in Parliament next month, will give spies a solid legal basis for hacking into computer systems, according to the Times.The revelation has sparked criticism from human rights group Liberty, which accuses the government of giving spy agencies “unlimited potential” to act against citizens.The bill, which was announced in the Queens’ Speech following the general election, is likely to include the new Snooper’s Charter, according to privacy campaigners at the Open Rights Group.

British spies will be able to hack into a person’s “property” through backdoors in the software. Once inside, intelligence agents can install software that allows them operate microphones to eavesdrop on conversations and even control the camera to take photographs of targets.The government admitted in February that MI5, MI6 and GCHQ were hacking into computers, servers, routers and mobile phones using the Intelligence Services Act 1994, which does not give explicit authorization for such practices.Independent reviewer of terrorism legislation Dave Anderson QC recommended in June that new legislation be introduced to clarify give intrusive hacking a firm legal basis.Anderson said that hacking presents a “dizzying array of possibilities to the security and intelligence agencies.”While some methods are appropriate, “many are of the view that there are others which are so intrusive that they would require exceptional safeguards for their use to be legal … A debate is clearly needed,” he said.

The investigatory powers bill will give agents explicit powers to interfere with “property” once they have obtained a warrant from the home secretary.Digital evidence expert Peter Sommer said the powers circumvented encryption technology.“Increasingly, [intelligence agents] can’t read communications sent over the internet because of encryption, so their ability to get information from interception is rapidly diminishing. The best way around this is to get inside someone’s computer. This is an increasingly important avenue for them,” he told the Times.

ESEARCHERS WORKING with the Central Intelligence Agency have conducted a multi-year, sustained effort to break the security of Apple’s iPhones and iPads, according to top-secret documents obtained by The Intercept. The security researchers presented their latest tactics and achievements at a secret annual gathering, called the “Jamboree,” where attendees discussed strategies for exploiting security flaws in household and commercial electronics. The conferences have spanned nearly a decade, with the first CIA-sponsored meeting taking place a year before the first iPhone was released. By targeting essential security keys used to encrypt data stored on Apple’s devices, the researchers have sought to thwart the company’s attempts to provide mobile security to hundreds of millions of Apple customers across the globe. Studying both “physical” and “non-invasive” techniques, U.S. government-sponsored research has been aimed at discovering ways to decrypt and ultimately penetrate Apple’s encrypted firmware. This could enable spies to plant malicious code on Apple devices and seek out potential vulnerabilities in other parts of the iPhone and iPad currently masked by encryption.

The CIA declined to comment for this story. The security researchers also claimed they had created a modified version of Apple’s proprietary software development tool, Xcode, which could sneak surveillance backdoors into any apps or programs created using the tool. Xcode, which is distributed by Apple to hundreds of thousands of developers, is used to create apps that are sold through Apple’s App Store. The modified version of Xcode, the researchers claimed, could enable spies to steal passwords and grab messages on infected devices. Researchers also claimed the modified Xcode could “force all iOS applications to send embedded data to a listening post.” It remains unclear how intelligence agencies would get developers to use the poisoned version of Xcode. Researchers also claimed they had successfully modified the OS X updater, a program used to deliver updates to laptop and desktop computers, to install a “keylogger.”

Other presentations at the CIA conference have focused on the products of Apple’s competitors, including Microsoft’s BitLocker encryption system, which is used widely on laptop and desktop computers running premium editions of Windows. The revelations that the CIA has waged a secret campaign to defeat the security mechanisms built into Apple’s devices come as Apple and other tech giants are loudly resisting pressure from senior U.S. and U.K. government officials to weaken the security of their products. Law enforcement agencies want the companies to maintain the government’s ability to bypass security tools built into wireless devices. Perhaps more than any other corporate leader, Apple’s CEO, Tim Cook, has taken a stand for privacy as a core value, while sharply criticizing the actions of U.S. law enforcement and intelligence agencies. “If U.S. products are OK to target, that’s news to me,” says Matthew Green, a cryptography expert at Johns Hopkins University’s Information Security Institute. “Tearing apart the products of U.S. manufacturers and potentially putting backdoors in software distributed by unknowing developers all seems to be going a bit beyond ‘targeting bad guys.’ It may be a means to an end, but it’s a hell of a means.”

China’s new draft anti-terror legislation has sent waves across the U.S. tech community. If there is a brewing tech war between U.S. and China over government surveillance backdoors and a preference for indigenous software, China’s new draft terror law makes it clear that Beijing is happy to give the United States a taste of its own medicine. The law has already drawn considerable criticism from international human rights groups, including Amnesty International and Human Rights Watch for its purported attempts to legitimize wanton human rights violations in the name of counter-terrorism. Additionally, China has opted to implement its own definition of terrorism, placing  “any thought, speech, or activity that, by means of violence, sabotage, or threat, aims to generate social panic, influence national policy-making, create ethnic hatred, subvert state power, or split the state” under the umbrella of the overused T-word. The problematic human rights issues aside, the draft anti-terror law will have important implications for foreign tech firms within China. According to Reuters’ reporting on the draft anti-terror law, counter-terrorism precautions by the Chinese government would essentially require foreign firms to “hand over encryption keys and install security ‘backdoors’” into their software. Additionally, these firms would have to store critical data — certainly data on Chinese citizens and residents — on Chinese soil. The onerous implications of this law could have lead to an immediate freeze to the activities of several Western tech companies in China, the world’s second largest economy and a booming emerging market for new technologies.

On the surface, the most troublesome implication of this law is that in order to comply with this law, Western firms, including non-technical ventures such as financial institutions and manufacturers, will be forced to give up a great deal of security. In essence, corporate secrets, financial data — all critical data — would be insecure and available for access by Chinese regulators. The new law would also prohibit the use of secure virtual private networks (VPNs) to get around these requirements.

The U.S. diplomatic response to Beijing’s new draft law is perhaps best captured in the fact that a whopping four cabinet members in the Obama administration, including Secretary of State John Kerry and U.S. Trade Representative Michael Froman, wrote the Chinese government expressing “serious concern.” China, for its part, seemed unfazed by U.S. concerns. Foreign Ministry spokesperson Hua Chunying told the press that she hoped the United States would view the new anti-terror precautions in “in a calm and objective way.” Indeed, following Edward Snowden’s revelations regarding the extent of the United States’ surveillance of private firms both within and outside the United States, Beijing likely views U.S. concerns as hypocritical. One U.S. industry source told Reuters that the new law was ”the equivalent of the Patriot Act on really, really strong steroids.”

One security start-up that had an encounter with the FBI was Wickr, a privacy-forward text messaging app for the iPhone with an Android version in private beta. Wickr's co-founder Nico Sell told CNET at Defcon, "Wickr has been approached by the FBI and asked for a backdoor. We said, 'No.'" The mistrust runs deep. "Even if [the NSA] stood up tomorrow and said that [they] have eliminated these programs," said Marlinspike, "How could we believe them? How can we believe that anything they say is true?" Where does security innovation go next? The immediate future of information security innovation most likely lies in software that provides an existing service but with heightened privacy protections, such as webmail that doesn't mine you for personal data.

Wickr's Sell thinks that her company has hit upon a privacy innovation that a few others are also doing, but many will soon follow: the company itself doesn't store user data. "[The FBI] would have to force us to build a new app. With the current app there's no way," she said, that they could incorporate backdoor access to Wickr users' texts or metadata. "Even if you trust the NSA 100 percent that they're going to use [your data] correctly," Sell said, "Do you trust that they're going to be able to keep it safe from hackers? What if somebody gets that database and posts it online?" To that end, she said, people will start seeing privacy innovation for services that don't currently provide it. Calling it "social networks 2.0," she said that social network competitors will arise that do a better job of protecting their customer's privacy and predicted that some that succeed will do so because of their emphasis on privacy. Abine's recent MaskMe browser add-on and mobile app for creating disposable e-mail addresses, phone numbers, and credit cards is another example of a service that doesn't have access to its own users' data.

Stamos predicted changes in services that companies with cloud storage offer, including offering customers the ability to store their data outside of the U.S. "If they want to stay competitive, they're going to have to," he said. But, he cautioned, "It's impossible to do a cloud-based ad supported service." Soghoian added, "The only way to keep a service running is to pay them money." This, he said, is going to give rise to a new wave of ad-free, privacy protective subscription services.

The National Security Agency is secretly intercepting, recording, and archiving the audio of virtually every cell phone conversation on the island nation of the Bahamas. According to documents provided by NSA whistleblower Edward Snowden, the surveillance is part of a top-secret system – code-named SOMALGET – that was implemented without the knowledge or consent of the Bahamian government. Instead, the agency appears to have used access legally obtained in cooperation with the U.S. Drug Enforcement Administration to open a backdoor to the country’s cellular telephone network, enabling it to covertly record and store the “full-take audio” of every mobile call made to, from and within the Bahamas – and to replay those calls for up to a month. SOMALGET is part of a broader NSA program called MYSTIC, which The Intercept has learned is being used to secretly monitor the telecommunications systems of the Bahamas and several other countries, including Mexico, the Philippines, and Kenya. But while MYSTIC scrapes mobile networks for so-called “metadata” – information that reveals the time, source, and destination of calls – SOMALGET is a cutting-edge tool that enables the NSA to vacuum up and store the actual content of every conversation in an entire country.

All told, the NSA is using MYSTIC to gather personal data on mobile calls placed in countries with a combined population of more than 250 million people. And according to classified documents, the agency is seeking funding to export the sweeping surveillance capability elsewhere. The program raises profound questions about the nature and extent of American surveillance abroad. The U.S. intelligence community routinely justifies its massive spying efforts by citing the threats to national security posed by global terrorism and unpredictable rival nations like Russia and Iran. But the NSA documents indicate that SOMALGET has been deployed in the Bahamas to locate “international narcotics traffickers and special-interest alien smugglers” – traditional law-enforcement concerns, but a far cry from derailing terror plots or intercepting weapons of mass destruction.

By targeting the Bahamas’ entire mobile network, the NSA is intentionally collecting and retaining intelligence on millions of people who have not been accused of any crime or terrorist activity. Nearly five million Americans visit the country each year, and many prominent U.S. citizens keep homes there, including Sen. Tom Harkin (D-Iowa), Bill Gates, and Oprah Winfrey.

But the hack hasn’t just ruined the day for Hacking Team’s employees. The company, which sells surveillance software to government customers all over the world, from Morocco and Ethiopia to the US Drug Enforcement Agency and the FBI, has told all its customers to shut down all operations and suspend all use of the company’s spyware, Motherboard has learned. “They’re in full on emergency mode,” a source who has inside knowledge of Hacking Team’s operations told Motherboard.

Hacking Team notified all its customers on Monday morning with a “blast email,” requesting them to shut down all deployments of its Remote Control System software, also known as Galileo, according to multiple sources. The company also doesn’t have access to its email system as of Monday afternoon, a source said. On Sunday night, an unnamed hacker, who claimed to be the same person who breached Hacking Team’s competitor FinFisher last year, hijacked its Twitter account and posted links to 400GB of internal data. Hacking Team woke up to a massive breach of its systems.

A source told Motherboard that the hackers appears to have gotten “everything,” likely more than what the hacker has posted online, perhaps more than one terabyte of data. “The hacker seems to have downloaded everything that there was in the company’s servers,” the source, who could only speak on condition of anonymity, told Motherboard. “There’s pretty much everything here.” It’s unclear how the hackers got their hands on the stash, but judging from the leaked files, they broke into the computers of Hacking Team’s two systems administrators, Christian Pozzi and Mauro Romeo, who had access to all the company’s files, according to the source. “I did not expect a breach to be this big, but I’m not surprised they got hacked because they don’t take security seriously,” the source told me. “You can see in the files how much they royally fucked up.”

Brazil plans to divorce itself from the U.S.-centric Internet over Washington’s widespread online spying, a move that many experts fear will be a potentially dangerous first step toward fracturing a global network built with minimal interference by governments. President Dilma Rousseff ordered a series of measures aimed at greater Brazilian online independence and security following revelations that the U.S. National Security Agency intercepted her communications, hacked into the state-owned Petrobras oil company’s network and spied on Brazilians who entrusted their personal data to U.S. tech companies such as Facebook and Google. The leader is so angered by the espionage that on Tuesday she postponed next month’s scheduled trip to Washington, where she was to be honored with a state dinner. Internet security and policy experts say the Brazilian government’s reaction to information leaked by former NSA contractor Edward Snowden is understandable, but warn it could set the Internet on a course of Balkanization.

“The global backlash is only beginning and will get far more severe in coming months,” said Sascha Meinrath, director of the Open Technology Institute at the Washington-based New America Foundation think tank. “This notion of national privacy sovereignty is going to be an increasingly salient issue around the globe.” While Brazil isn’t proposing to bar its citizens from U.S.-based Web services, it wants their data to be stored locally as the nation assumes greater control over Brazilians’ Internet use to protect them from NSA snooping. The danger of mandating that kind of geographic isolation, Meinrath said, is that it could render inoperable popular software applications and services and endanger the Internet’s open, interconnected structure.

The effort by Latin America’s biggest economy to digitally isolate itself from U.S. spying not only could be costly and difficult, it could encourage repressive governments to seek greater technical control over the Internet to crush free expression at home, experts say. In December, countries advocating greater “cyber-sovereignty” pushed for such control at an International Telecommunications Union meeting in Dubai, with Western democracies led by the United States and the European Union in opposition.

Stepping into a heated debate within the nation’s intelligence agencies, President Obama has decided that when the National Security Agency discovers major flaws in Internet security, it should — in most circumstances — reveal them to assure that they will be fixed, rather than keep mum so that the flaws can be used in espionage or cyberattacks, senior administration officials said Saturday.But Mr. Obama carved a broad exception for “a clear national security or law enforcement need,” the officials said, a loophole that is likely to allow the N.S.A. to continue to exploit security flaws both to crack encryption on the Internet and to design cyberweapons.

elements of the decision became evident on Friday, when the White House denied that it had any prior knowledge of the Heartbleed bug, a newly known hole in Internet security that sent Americans scrambling last week to change their online passwords. The White House statement said that when such flaws are discovered, there is now a “bias” in the government to share that knowledge with computer and software manufacturers so a remedy can be created and distributed to industry and consumers.Caitlin Hayden, the spokeswoman for the National Security Council, said the review of the recommendations was now complete, and it had resulted in a “reinvigorated” process to weigh the value of disclosure when a security flaw is discovered, against the value of keeping the discovery secret for later use by the intelligence community.“This process is biased toward responsibly disclosing such vulnerabilities,” she said.

The N.S.A. made use of four “zero day” vulnerabilities in its attack on Iran’s nuclear enrichment sites. That operation, code-named “Olympic Games,” managed to damage roughly 1,000 Iranian centrifuges, and by some accounts helped drive the country to the negotiating table.Not surprisingly, officials at the N.S.A. and at its military partner, the United States Cyber Command, warned that giving up the capability to exploit undisclosed vulnerabilities would amount to “unilateral disarmament” — a phrase taken from the battles over whether and how far to cut America’s nuclear arsenal.“We don’t eliminate nuclear weapons until the Russians do,” one senior intelligence official said recently. “You are not going to see the Chinese give up on ‘zero days’ just because we do.” Even a senior White House official who was sympathetic to broad reforms after the N.S.A. disclosures said last month, “I can’t imagine the president — any president — entirely giving up a technology that might enable him some day to take a covert action that could avoid a shooting war.”