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WikiLeaks’ latest release in its Vault7 series details how the CIA’s alleged ‘Brutal Kangaroo’ program is being used to penetrate the most secure networks in the world.

Brutal Kangaroo, a tool suite for Microsoft Windows, targets closed air gapped networks by using thumb drives, according to WikiLeaks.Air gapping is a security measure employed on one or more computers to ensure that a secure computer network is physically isolated from unsecured networks.

These networks are used by financial institutions, military and intelligence agencies, the nuclear power industry, as well as even some advanced news networks to protect sources, according to La Repubblica journalist Stefania Maurizi.READ MORE: ‘CIA’s Cherry Bomb’: WikiLeaks #Vault7 reveals wireless network targetsThese newly released documents show how closed networks not connected to the internet can be compromised by this malware. However, the tool only works on machines with a Windows operating system.Firstly, an internet-connected computer within the targeted organization is infected with the malware. When a user inserts a USB stick into this computer, the thumbdrive itself is infected with a separate malware.Once this is inserted into a single computer on the air gapped network the infection jumps – like a kangaroo – across the entire system, enabling sabotage and data theft.RELEASE: CIA air-gap jumping virus 'Emotional Simian' https://t.co/KkBnXhNtGCpic.twitter.com/w6MZFGushc— WikiLeaks (@wikileaks) June 22, 2017If multiple computers on the closed network are under CIA control, they “form a covert network to coordinate tasks and data exchange,” according to Wikileaks.Data can be returned to the CIA once again, although this does depend on someone connecting the USB used on the closed network computer to an online device.

These and other classified documents provided by former NSA contractor Edward Snowden reveal that the NSA has developed technology not just to record and transcribe private conversations but to automatically identify the speakers. Americans most regularly encounter this technology, known as speaker recognition, or speaker identification, when they wake up Amazon’s Alexa or call their bank. But a decade before voice commands like “Hello Siri” and “OK Google” became common household phrases, the NSA was using speaker recognition to monitor terrorists, politicians, drug lords, spies, and even agency employees. The technology works by analyzing the physical and behavioral features that make each person’s voice distinctive, such as the pitch, shape of the mouth, and length of the larynx. An algorithm then creates a dynamic computer model of the individual’s vocal characteristics. This is what’s popularly referred to as a “voiceprint.” The entire process — capturing a few spoken words, turning those words into a voiceprint, and comparing that representation to other “voiceprints” already stored in the database — can happen almost instantaneously. Although the NSA is known to rely on finger and face prints to identify targets, voiceprints, according to a 2008 agency document, are “where NSA reigns supreme.” It’s not difficult to see why. By intercepting and recording millions of overseas telephone conversations, video teleconferences, and internet calls — in addition to capturing, with or without warrants, the domestic conversations of Americans — the NSA has built an unrivaled collection of distinct voices. Documents from the Snowden archive reveal that analysts fed some of these recordings to speaker recognition algorithms that could connect individuals to their past utterances, even when they had used unknown phone numbers, secret code words, or multiple languages.

The classified documents, dating from 2004 to 2012, show the NSA refining increasingly sophisticated iterations of its speaker recognition technology. They confirm the uses of speaker recognition in counterterrorism operations and overseas drug busts. And they suggest that the agency planned to deploy the technology not just to retroactively identify spies like Pelton but to prevent whistleblowers like Snowden.

The European Commission, on January 24, published its guidance aimed to facilitate a direct and smooth application of the European Union’s new data protection rules across the EU as of 25 May. The Commission also launches a new online tool dedicated to SMEs.

With just over 100 days left before the application of the new law, the guidance outlines what the European Commission, national data protection authorities and national administrations, according to the Commission, should still do to bring the preparation to a successful completion. The Commission notes that while the new regulation provides for a single set of rules directly applicable in all Member States, it will still require significant adjustments in certain aspects, like amending existing laws by EU governments or setting up the European Data Protection Board by data protection authorities. The Commission states that the guidance recalls the main innovations, opportunities opened up by the new rules, takes stock of the preparatory work already undertaken and outlines the work still ahead of the European Commission, national data protection authorities and national administrations. Andrus Ansip, European Commission Vice-President for the Digital Single Market, said: “Our digital future can only be built on trust. Everyone’s privacy has to be protected. Strengthened EU data protection rules will become a reality on 25 May. It is a major step forward and we are committed to making it a success for everyone.” Vĕra Jourová, Commissioner for Justice, Consumers and Gender Equality, added:” In today’s world, the way we handle data will determine to a large extent our economic future and personal safety. We need modern rules to respond to new risks, so we call on EU governments, authorities and businesses to use the remaining time efficiently and fulfil their roles in the preparations for the big day.”

The guidance recalls the main elements of the new data protection rules: One set of rules across the continent, guaranteeing legal certainty for businesses and the same data protection level across the EU for citizens. Same rules apply to all companies offering services in the EU, even if these companies are based outside the EU. Stronger and new rights for citizens: the right to information, access and the right to be forgotten are strengthened. A new right to data portability allows citizens to move their data from one company to the other. This will give companies new business opportunities. Stronger protection against data breaches: a company experiencing a data breach, which put individuals at risk, has to notify the data protection authority within 72 hours. Rules with teeth and deterrent fines: all data protection authorities will have the power to impose fines for up to EUR 20 million or, in the case of a company, 4% of the worldwide annual turnover.

The opening panel of the Stigler Center’s annual antitrust conference discussed the source of digital platforms’ power and what, if anything, can be done to address the numerous challenges their ability to shape opinions and outcomes present. 

Google CEO Sundar Pichai caused a worldwide sensation earlier this week when he unveiled Duplex, an AI-driven digital assistant able to mimic human speech patterns (complete with vocal tics) to such a convincing degree that it managed to have real conversations with ordinary people without them realizing they were actually talking to a robot.   While Google presented Duplex as an exciting technological breakthrough, others saw something else: a system able to deceive people into believing they were talking to a human being, an ethical red flag (and a surefire way to get to robocall hell). Following the backlash, Google announced on Thursday that the new service will be designed “with disclosure built-in.” Nevertheless, the episode created the impression that ethical concerns were an “after-the-fact consideration” for Google, despite the fierce public scrutiny it and other tech giants faced over the past two months. “Silicon Valley is ethically lost, rudderless and has not learned a thing,” tweeted Zeynep Tufekci, a professor at the University of North Carolina at Chapel Hill and a prominent critic of tech firms.   The controversial demonstration was not the only sign that the global outrage has yet to inspire the profound rethinking critics hoped it would bring to Silicon Valley firms. In Pichai’s speech at Google’s annual I/O developer conference, the ethical concerns regarding the company’s data mining, business model, and political influence were briefly addressed with a general, laconic statement: “The path ahead needs to be navigated carefully and deliberately and we feel a deep sense of responsibility to get this right.”

Google’s fellow FAANGs also seem eager to put the “techlash” of the past two years behind them. Facebook, its shares now fully recovered from the Cambridge Analytica scandal, is already charging full-steam ahead into new areas like dating and blockchain.   But the techlash likely isn’t going away soon. The rise of digital platforms has had profound political, economic, and social effects, many of which are only now becoming apparent, and their sheer size and power makes it virtually impossible to exist on the Internet without using their services. As Stratechery’s Ben Thompson noted in the opening panel of the Stigler Center’s annual antitrust conference last month, Google and Facebook—already dominating search and social media and enjoying a duopoly in digital advertising—own many of the world’s top mobile apps. Amazon has more than 100 million Prime members, for whom it is usually the first and last stop for shopping online.   Many of the mechanisms that allowed for this growth are opaque and rooted in manipulation. What are those mechanisms, and how should policymakers and antitrust enforcers address them? These questions, and others, were the focus of the Stigler Center panel, which was moderated by the Economist’s New York bureau chief, Patrick Foulis.

Huawei Technologies, the world’s largest telecommunications equipment supplier, is set to launch its HongMeng operating system (OS) as a potential alternative to Google's Android OS, on August 9 at Huawei's Developer Conference, industry insiders told the Global Times Wednesday. According to media reports, the user experience (UX) design features a brand new ringtone and notification panel, a cleaner interface for the camera, more animation and faster speed. Users can also add widgets and personalize the locked screen. Citing industry experts (most likely of Chinese origin), the Global Times reported that "it is possible for Huawei to build a sustainable smartphone ecosystem on the HongMeng OS and reshape the current market dominated by Android and Apple's iOS", although the new system is primarily designed for industrial automation and applications in the Internet of Things (IoT). "Given the design features of the HongMeng OS, it can be a game changer in IoT-related areas, such as driverless cars and smart homes," Fu Liang, a Beijing-based independent industry analyst, told the Global Times. According to Huawei's website, the HongMeng OS is built with a processing latency of less than 5 milliseconds, which is especially required in circumstances involving IoT applications that often need to transfer large amount of data simultaneously.

Researchers at Yale Privacy Lab and French nonprofit Exodus Privacy have documented the proliferation of tracking software on smartphones, finding that weather, flashlight, rideshare, and dating apps, among others, are infested with dozens of different types of trackers collecting vast amounts of information to better target advertising. Exodus security researchers identified 44 trackers in more than 300 apps for Google’s Android smartphone operating system. The apps, collectively, have been downloaded billions of times. Yale Privacy Lab, within the university’s law school, is working to replicate the Exodus findings and has already released reports on 25 of the trackers. Yale Privacy Lab researchers have only been able to analyze Android apps, but believe many of the trackers also exist on iOS, since companies often distribute for both platforms. To find trackers, the Exodus researchers built a custom auditing platform for Android apps, which searched through the apps for digital “signatures” distilled from known trackers. A signature might be a tell-tale set of keywords or string of bytes found in an app file, or a mathematically-derived “hash” summary of the file itself. The findings underscore the pervasiveness of tracking despite a permissions system on Android that supposedly puts users in control of their own data. They also highlight how a large and varied set of firms are working to enable tracking.