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This June 5th, I pledge to take strong steps to protect my freedom from government mass surveillance. I expect the services I use to do the same.

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“Is this related to what we talked about before?” Bencsáth said, referring to a previous discussion they’d had about testing new services the company planned to offer customers. “No, something else,” Bartos said. “Can you come now? It’s important. But don’t tell anyone where you’re going.” Bencsáth wolfed down the rest of his lunch and told his colleagues in the lab that he had a “red alert” and had to go. “Don’t ask,” he said as he ran out the door. A while later, he was at Bartos’ office, where a triage team had been assembled to address the problem they wanted to discuss. “We think we’ve been hacked,” Bartos said.

They found a suspicious file on a developer’s machine that had been created late at night when no one was working. The file was encrypted and compressed so they had no idea what was inside, but they suspected it was data the attackers had copied from the machine and planned to retrieve later. A search of the company’s network found a few more machines that had been infected as well. The triage team felt confident they had contained the attack but wanted Bencsáth’s help determining how the intruders had broken in and what they were after. The company had all the right protections in place—firewalls, antivirus, intrusion-detection and -prevention systems—and still the attackers got in.

Bencsáth was a teacher, not a malware hunter, and had never done such forensic work before. At the CrySyS Lab, where he was one of four advisers working with a handful of grad students, he did academic research for the European Union and occasional hands-on consulting work for other clients, but the latter was mostly run-of-the-mill cleanup work—mopping up and restoring systems after random virus infections. He’d never investigated a targeted hack before, let alone one that was still live, and was thrilled to have the chance. The only catch was, he couldn’t tell anyone what he was doing. Bartos’ company depended on the trust of customers, and if word got out that the company had been hacked, they could lose clients. The triage team had taken mirror images of the infected hard drives, so they and Bencsáth spent the rest of the afternoon poring over the copies in search of anything suspicious. By the end of the day, they’d found what they were looking for—an “infostealer” string of code that was designed to record passwords and other keystrokes on infected machines, as well as steal documents and take screenshots. It also catalogued any devices or systems that were connected to the machines so the attackers could build a blueprint of the company’s network architecture. The malware didn’t immediately siphon the stolen data from infected machines but instead stored it in a temporary file, like the one the triage team had found. The file grew fatter each time the infostealer sucked up data, until at some point the attackers would reach out to the machine to retrieve it from a server in India that served as a command-and-control node for the malware.

It may well be the case that Russia soon leaves the two systems of international connection: Internet and Swift

According to President Putin’s Adviser on Telecommunications, German Klimenko, the US Department of Commerce persists in refusing to internationalize control of the internet network. According to Klimenko, Russia would have been ready from the beginning of March to withdraw from the US system and to launch its own telecommunication systems.

Amidst an escalating trade war and political tensions with the US, Beijing officials have decided to develop a custom operating system that will replace the Windows OS on computers used by the Chinese military.

Beijing officials are well aware of the US' hefty arsenal of hacking tools, available for anything from smart TVs to Linux servers, and from routers to common desktop operating systems, such as Windows and Mac.Since these leaks have revealed that the US can hack into almost anything, the Chinese government's plan is to adopt a "security by obscurity" approach and run a custom operating system that will make it harder for foreign threat actors -- mainly the US -- to spy on Chinese military operations.

Disaster stories involving the Internet of Things are all the rage. They feature cars (both driven and driverless), the power grid, dams, and tunnel ventilation systems. A particularly vivid and realistic one, near-future fiction published last month in New York Magazine, described a cyberattack on New York that involved hacking of cars, the water system, hospitals, elevators, and the power grid. In these stories, thousands of people die. Chaos ensues. While some of these scenarios overhype the mass destruction, the individual risks are all real. And traditional computer and network security isn’t prepared to deal with them.Classic information security is a triad: confidentiality, integrity, and availability. You’ll see it called “CIA,” which admittedly is confusing in the context of national security. But basically, the three things I can do with your data are steal it (confidentiality), modify it (integrity), or prevent you from getting it (availability).

So far, internet threats have largely been about confidentiality. These can be expensive; one survey estimated that data breaches cost an average of $3.8 million each. They can be embarrassing, as in the theft of celebrity photos from Apple’s iCloud in 2014 or the Ashley Madison breach in 2015. They can be damaging, as when the government of North Korea stole tens of thousands of internal documents from Sony or when hackers stole data about 83 million customer accounts from JPMorgan Chase, both in 2014. They can even affect national security, as in the case of the Office of Personnel Management data breach by—presumptively—China in 2015. On the Internet of Things, integrity and availability threats are much worse than confidentiality threats. It’s one thing if your smart door lock can be eavesdropped upon to know who is home. It’s another thing entirely if it can be hacked to allow a burglar to open the door—or prevent you from opening your door. A hacker who can deny you control of your car, or take over control, is much more dangerous than one who can eavesdrop on your conversations or track your car’s location. With the advent of the Internet of Things and cyber-physical systems in general, we've given the internet hands and feet: the ability to directly affect the physical world. What used to be attacks against data and information have become attacks against flesh, steel, and concrete. Today’s threats include hackers crashing airplanes by hacking into computer networks, and remotely disabling cars, either when they’re turned off and parked or while they’re speeding down the highway. We’re worried about manipulated counts from electronic voting machines, frozen water pipes through hacked thermostats, and remote murder through hacked medical devices. The possibilities are pretty literally endless. The Internet of Things will allow for attacks we can’t even imagine.

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.

Only 10% of respondents claimed cost reduction as the key driver for their cloud adoption campaign.

The President of Brazil, Dilma Rousseff announces publicly the creation of a world internet system INDEPENDENT from US and Britain ( the “US-centric internet”). Not many understand that, while the immediate trigger for the decision (coupled with the cancellation of a summit with the US president) was the revelations on NSA spying, the reason why Rousseff can take such a historic step is that the alternative infrastructure: The BRICS cable from Vladivostock, Russia  to Shantou, China to Chennai, India  to Cape Town, South Africa  to Fortaleza, Brazil,  is being built and it’s, actually, in its final phase of implementation. No amount of provocation and attempted “Springs” destabilizations and Color Revolution in the Middle East, Russia or Brazil can stop this process.  The huge submerged part of the BRICS plan is not yet known by the broader public.

Nonetheless it is very real and extremely effective. So real that international investors are now jumping with both feet on this unprecedented real economy opportunity. The change… has already happened. 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 politically fracturing a global network built with minimal interference by governments. President Dilma Rousseff has 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.

BRICS Cable… a 34 000 km, 2 fibre pair, 12.8 Tbit/s capacity, fibre optic cable system For any global investor, there is no crisis – there is plenty of growth. It’s just not in the old world BRICS is ~45% of the world’s population and ~25% of the world’s GDP BRICS together create an economy the size of Italy every year… that’s the 8th largest economy in the world The BRICS presents profound opportunities in global geopolitics and commerce Links Russia, China, India, South Africa, Brazil – the BRICS economies – and the United States. Interconnect with regional and other continental cable systems in Asia, Africa and South America for improved global coverage Immediate access to 21 African countries and give those African countries access to the BRICS economies. Projected ready for service date is mid to second half of 2015.

As fast as it can, Google is sealing up cracks in its systems that Edward J. Snowden revealed the N.S.A. had brilliantly exploited. It is encrypting more data as it moves among its servers and helping customers encode their own emails. Facebook, Microsoft and Yahoo are taking similar steps.

After years of cooperating with the government, the immediate goal now is to thwart Washington — as well as Beijing and Moscow. The strategy is also intended to preserve business overseas in places like Brazil and Germany that have threatened to entrust data only to local providers. Google, for example, is laying its own fiber optic cable under the world’s oceans, a project that began as an effort to cut costs and extend its influence, but now has an added purpose: to assure that the company will have more control over the movement of its customer data.

A year after Mr. Snowden’s revelations, the era of quiet cooperation is over. Telecommunications companies say they are denying requests to volunteer data not covered by existing law. A.T.&T., Verizon and others say that compared with a year ago, they are far more reluctant to cooperate with the United States government in “gray areas” where there is no explicit requirement for a legal warrant.

Before Chinese President Xi Jinping visits President Obama, he and Chinese executives have some business in Seattle: pressing U.S. tech companies, hungry for the Chinese market, to comply with the country’s new stringent and suppressive Internet policies. The New York Times reported last week that Chinese authorities sent a letter to some U.S. tech firms seeking a promise they would not harm China’s national security. That might require such things as forcing users to register with their real names, storing Chinese citizens’ data locally where the government can access it, and building government “back doors” into encrypted communication products for better surveillance. China’s new national security law calls for systems that are “secure and controllable”, which industry groups told the Times in July means companies will have to hand over encryption keys or even source code to their products. Among the big names joining Xi at Wednesday’s U.S.-China Internet Industry Forum: Apple, Google, Facebook, IBM, and Microsoft.

The meeting comes as U.S. law enforcement officials have been pressuring companies to give them a way to access encrypted communications. The technology community has responded by pointing out that any sort of hole for law enforcement weakens the entire system to attack from outside bad actors—such as China, which has been tied to many instances of state-sponsored hacking into U.S systems. In fact, one argument privacy advocates have repeatedly made is that back doors for law enforcement would set a dangerous precedent when countries like China want the same kind of access to pursue their own domestic political goals. But here, potentially, the situation has been reversed, with China using its massive economic leverage to demand that sort of access right now. Human rights groups are urging U.S. companies not to give in.

Intel wants x86 to conquer all computing spaces -- including mobile -- and is trying to leverage its process lead to make that happen.  However, it's been slowed by a lack of inclusion of 4G cellular modems on-die and difficulties adapting to the mobile market's low component prices.  ARM, meanwhile, wants a piece of the PC and server markets, but has received a lukewarm response from consumers due to software compatibility concerns. The disappointing sales of (x86) tablet products using Microsoft Corp.'s (MSFT) Windows 8 and the flop of Windows RT (ARM) product in general somewhat unexpectedly had the net result of being a driver to maintain the status quo, allowing neither company to gain much ground.  For Intel, its partnership with Microsoft (the historic "Wintel" combo) has damaged its mobile efforts, as Windows 8 flopped in the tablet market.  Likewise ARM's efforts to score PC market share were stifled by the flop of Windows RT, which led to OEMs killing off ARM-based laptops and convertibles.

III. Profit vs. Risk -- Understanding the Modern CPU Food Chain

Yesterday, news broke that Google has been stealth downloading audio listeners onto every computer that runs Chrome, and transmits audio data back to Google. Effectively, this means that Google had taken itself the right to listen to every conversation in every room that runs Chrome somewhere, without any kind of consent from the people eavesdropped on. In official statements, Google shrugged off the practice with what amounts to “we can do that”.It looked like just another bug report. "When I start Chromium, it downloads something." Followed by strange status information that notably included the lines "Microphone: Yes" and "Audio Capture Allowed: Yes".

Without consent, Google’s code had downloaded a black box of code that – according to itself – had turned on the microphone and was actively listening to your room.A brief explanation of the Open-source / Free-software philosophy is needed here. When you’re installing a version of GNU/Linux like Debian or Ubuntu onto a fresh computer, thousands of really smart people have analyzed every line of human-readable source code before that operating system was built into computer-executable binary code, to make it common and open knowledge what the machine actually does instead of trusting corporate statements on what it’s supposed to be doing. Therefore, you don’t install black boxes onto a Debian or Ubuntu system; you use software repositories that have gone through this source-code audit-then-build process. Maintainers of operating systems like Debian and Ubuntu use many so-called “upstreams” of source code to build the final product.Chromium, the open-source version of Google Chrome, had abused its position as trusted upstream to insert lines of source code that bypassed this audit-then-build process, and which downloaded and installed a black box of unverifiable executable code directly onto computers, essentially rendering them compromised. We don’t know and can’t know what this black box does. But we see reports that the microphone has been activated, and that Chromium considers audio capture permitted.

This was supposedly to enable the “Ok, Google” behavior – that when you say certain words, a search function is activated. Certainly a useful feature. Certainly something that enables eavesdropping of every conversation in the entire room, too.Obviously, your own computer isn’t the one to analyze the actual search command. Google’s servers do. Which means that your computer had been stealth configured to send what was being said in your room to somebody else, to a private company in another country, without your consent or knowledge, an audio transmission triggered by… an unknown and unverifiable set of conditions.Google had two responses to this. The first was to introduce a practically-undocumented switch to opt out of this behavior, which is not a fix: the default install will still wiretap your room without your consent, unless you opt out, and more importantly, know that you need to opt out, which is nowhere a reasonable requirement. But the second was more of an official statement following technical discussions on Hacker News and other places. That official statement amounted to three parts (paraphrased, of course):

The National Security Agency and its British counterpart, Government Communications Headquarters, have worked to subvert anti-virus and other security software in order to track users and infiltrate networks, according to documents from NSA whistleblower Edward Snowden. The spy agencies have reverse engineered software products, sometimes under questionable legal authority, and monitored web and email traffic in order to discreetly thwart anti-virus software and obtain intelligence from companies about security software and users of such software. One security software maker repeatedly singled out in the documents is Moscow-based Kaspersky Lab, which has a holding registered in the U.K., claims more than 270,000 corporate clients, and says it protects more than 400 million people with its products. British spies aimed to thwart Kaspersky software in part through a technique known as software reverse engineering, or SRE, according to a top-secret warrant renewal request. The NSA has also studied Kaspersky Lab’s software for weaknesses, obtaining sensitive customer information by monitoring communications between the software and Kaspersky servers, according to a draft top-secret report. The U.S. spy agency also appears to have examined emails inbound to security software companies flagging new viruses and vulnerabilities.

The efforts to compromise security software were of particular importance because such software is relied upon to defend against an array of digital threats and is typically more trusted by the operating system than other applications, running with elevated privileges that allow more vectors for surveillance and attack. Spy agencies seem to be engaged in a digital game of cat and mouse with anti-virus software companies; the U.S. and U.K. have aggressively probed for weaknesses in software deployed by the companies, which have themselves exposed sophisticated state-sponsored malware.

The requested warrant, provided under Section 5 of the U.K.’s 1994 Intelligence Services Act, must be renewed by a government minister every six months. The document published today is a renewal request for a warrant valid from July 7, 2008 until January 7, 2009. The request seeks authorization for GCHQ activities that “involve modifying commercially available software to enable interception, decryption and other related tasks, or ‘reverse engineering’ software.”

This is a Working Draft of the Authoring Tool Accessibility Guidelines (ATAG) version 2.0. This document includes recommendations for assisting authoring tool developers to make the authoring tools that they develop more accessible to people with disabilities, including blindness and low vision, deafness and hearing loss, learning disabilities, cognitive limitations, motor difficulties, speech difficulties, and others. Accessibility, from an authoring tool perspective, includes addressing the needs of two (potentially overlapping) user groups with disabilities: authors of web content, whose needs are met by ensuring that the authoring tool user interface itself is accessible (addressed by Part A of the guidelines), and end users of web content, whose needs are met by ensuring that all authors are enabled, supported, and guided towards producing accessible web content (addressed by Part B of the guidelines).

Examples of authoring tools: ATAG 2.0 applies to a wide variety of web content generating applications, including, but not limited to: web page authoring tools (e.g., WYSIWYG HTML editors) software for directly editing source code (see note below) software for converting to web content technologies (e.g., "Save as HTML" features in office suites) integrated development environments (e.g., for web application development) software that generates web content on the basis of templates, scripts, command-line input or "wizard"-type processes software for rapidly updating portions of web pages (e.g., blogging, wikis, online forums) software for generating/managing entire web sites (e.g., content management systems, courseware tools, content aggregators) email clients that send messages in web content technologies multimedia authoring tools debugging tools for web content software for creating mobile web applications

Web-based and non-web-based: ATAG 2.0 applies equally to authoring tools of web content that are web-based, non-web-based or a combination (e.g., a non-web-based markup editor with a web-based help system, a web-based content management system with a non-web-based file uploader client). Real-time publishing: ATAG 2.0 applies to authoring tools with workflows that involve real-time publishing of web content (e.g., some collaborative tools). For these authoring tools, conformance to Part B of ATAG 2.0 may involve some combination of real-time accessibility supports and additional accessibility supports available after the real-time authoring session (e.g., the ability to add captions for audio that was initially published in real-time). For more information, see the Implementing ATAG 2.0 - Appendix E: Real-time content production. Text Editors: ATAG 2.0 is not intended to apply to simple text editors that can be used to edit source content, but that include no support for the production of any particular web content technology. In contrast, ATAG 2.0 can apply to more sophisticated source content editors that support the production of specific web content technologies (e.g., with syntax checking, markup prediction, etc.).

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

The Justice Department is examining Apple’s tactics in the market for digital music, and its staff members have talked to major music labels and Internet music companies, according to several people briefed on the conversations.

But people briefed on the inquiries also said investigators had asked in particular about recent allegations that Apple used its dominant market position to persuade music labels to refuse to give the online retailer Amazon.com exclusive access to music about to be released.

The inquiry is one of several by the federal government involving Apple. The Federal Trade Commission is moving ahead with a separate investigation of Apple’s rules for developers who create applications for the iPhone operating system, according to a person familiar with that discussion. That inquiry, initiated by complaint from Adobe Systems, the maker of the Flash format for Internet video, is said to be in its early stages as well.