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WikiLeaks has published what it says is another batch of secret hacking manuals belonging to the US Central Intelligence Agency as part of its Vault7 series of leaks. The site is billing Vault7 as the largest publication of intelligence documents ever. Friday's installment includes 27 documents related to "Grasshopper," the codename for a set of software tools used to build customized malware for Windows-based computers. The Grasshopper framework provides building blocks that can be combined in unique ways to suit the requirements of a given surveillance or intelligence operation. The documents are likely to be of interest to potential CIA targets looking for signatures and other signs indicating their Windows systems were hacked. The leak will also prove useful to competing malware developers who want to learn new techniques and best practices. "Grasshopper is a software tool used to build custom installers for target computers running Microsoft Windows operating system," one user guide explained. "An operator uses the Grasshopper builder to construct a custom installation executable."

“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.

The first thing to understand about Apple’s latest fight with the FBI—over a court order to help unlock the deceased San Bernardino shooter’s phone—is that it has very little to do with the San Bernardino shooter’s phone. It’s not even, really, the latest round of the Crypto Wars—the long running debate about how law enforcement and intelligence agencies can adapt to the growing ubiquity of uncrackable encryption tools. Rather, it’s a fight over the future of high-tech surveillance, the trust infrastructure undergirding the global software ecosystem, and how far technology companies and software developers can be conscripted as unwilling suppliers of hacking tools for governments. It’s also the public face of a conflict that will undoubtedly be continued in secret—and is likely already well underway.

Considered in isolation, the request seems fairly benign: If it were merely a question of whether to unlock a single device—even one unlikely to contain much essential evidence—there would probably be little enough harm in complying. The reason Apple CEO Tim Cook has pledged to fight a court’s order to assist the bureau is that he understands the danger of the underlying legal precedent the FBI is seeking to establish. Four important pieces of context are necessary to see the trouble with the Apple order.

Today we’re announcing the launch of STARTTLS Everywhere, EFF’s initiative to improve the security of the email ecosystem. Thanks to previous EFF efforts like Let's Encrypt, and Certbot, as well as help from the major web browsers, we've seen significant wins in encrypting the web. Now we want to do for email what we’ve done for web browsing: make it simple and easy for everyone to help ensure their communications aren’t vulnerable to mass surveillance.

t’s important to note that STARTTLS Everywhere is designed to be run by mailserver admins, not regular users. No matter your role, you can join in the STARTTLS fun and find out how secure your current email provider is at: https://www.starttls-everywhere.org/ Enter your email domain (the part of your email address after the “@” symbol), and we’ll check if your email provider has configured their server to use STARTTLS, whether or not they use a valid certificate, and whether or not they’re on the STARTTLS Preload List—all different indications of how secure (or vulnerable) your email provider is to mass surveillance.

An uncontested vote by the Beverly Hills City Council could guarantee a chauffeur for all residents in the near future. However, instead of a driver, the newly adopted program foresees municipally-owned driverless cars ready to order via a smartphone app. Also known as autonomous vehicles, or AV, driverless cars would appear to be the next big thing not only for people, but local governments as well – if the Beverly Hills City Council can get its AV development program past a few more hurdles, that is. The technology itself has some challenges ahead as well.

In the meantime, the conceptual shuttle service, which was unanimously approved at an April 5 city council meeting, is being celebrated.

Naming Google and Tesla in its press release, Beverly Hills must first develop a partnership with a manufacturer that can build it a fleet of unmanned cars. There will also be a need to bring in policy experts. All of these outside parties will have a chance to explore the program’s potential together at an upcoming community event.The Wallis Annenberg Center for the Performing Arts will host a summit this fall that will include expert lectures, discussions, and test drives. Er, test rides.Already in the works for Beverly Hills is a fiber optics cable network that will, in addition to providing high-speed internet access to all residents and businesses, one day be an integral part of a public transit system that runs on its users’ spontaneous desires.Obviously, Beverly Hills has some money on hand for the project, and it is also an ideal testing space as the city takes up an area of less than six square miles. Another positive factor is the quality of the city’s roads, which exceeds that of most in the greater Los Angeles area, not to mention California and the whole United States.“It can’t find the lane markings!” Volvo’s North American CEO, Lex Kerssemakers, complained to Los Angeles Mayor Eric Garcetti last month, according to Reuters. “You need to paint the bloody roads here!”Whether lanes are marked or signs are clear has made a big difference in how successfully the new technology works.Unfortunately, the US Department of Transportation considers 65 percent of US roads to be in poor condition, so AV cars may not be in the works for many Americans living outside of Beverly Hills quite as soon.

Google and Apple, which already battle over mobile operating systems, are opening a new front in their fight. How that plays out may determine the future of the web. Google was born on the web, and its business reflects its origin. The company depends on the web for search and advertising revenue. So it isn't a surprise that Google sees the web as key to the future of software. Front and center are web apps, interactive websites with the same power as conventional apps that run natively on operating systems like Windows, Android, MacOS and iOS.  Apple has a different vision of the future, one that plays to its strengths. The company revolutionized mobile computing with its iPhone line. Its profits depend on those products and the millions of apps that run on them. Apple, unsurprisingly, appears less excited about developments, like web apps, that could cut into its earnings.

In the middle of the night, invisible to anyone but special telescopes in two Chinese observatories, satellite Micius sends particles of light to Earth to establish the world’s most secure communication link. Named after the ancient Chinese philosopher also known as Mozi, Micius is the world’s first quantum communications satellite and has, for several years, been at the forefront of quantum encryption. Scientists have now reported using this technology to reach a major milestone: long-range secure communication you could trust even without trusting the satellite it runs through. Launched in 2016, Micius has already produced a number of breakthroughs under its operating team led by Pan Jian-Wei, China’s “Father of Quantum”. The satellite serves as the source of pairs of entangled photons, twinned light particles whose properties remain intertwined no matter how far apart they are. If you manipulate one of the photons, the other will be similarly affected at the very same moment.

It is this property that lies in the heart of the most secure forms of quantum cryptography, the entanglement-based quantum key distribution. If you use one of the entangled particles to create a key for encoding messages, only the person with the other particle can decode them.

Secure long-distance links such as this one will be the foundation of the quantum internet, the future global network with added security powered by laws of quantum mechanics, unmatched by classical cryptographic methods. The launch of Micius and the records set by the scientists and engineers building quantum communication systems with its help have been compared to the effect Sputnik had on the space race in the 20th century. In a similar way, the quantum race has political and military implications that are hard to ignore.

Alleged leaked documents about the NSA's XKeyscore snooping software appear to show the paranoid agency is targeting Tor and Tails users, Linux Journal readers – and anyone else interested in online privacy.Apparently, this configuration file for XKeyscore is in the divulged data, which was obtained and studied by members of the Tor project and security specialists for German broadcasters NDR and WDR. <a href="http://pubads.g.doubleclick.net/gampad/jump?iu=/6978/reg_security/front&sz=300x250%7C300x600&tile=3&c=33U7ZK6qwQrMkAACSrTugAAAP1&t=ct%3Dns%26unitnum%3D3%26unitname%3Dwww_top_mpu%26pos%3Dtop%26test%3D0" target="_blank"> <img src="http://pubads.g.doubleclick.net/gampad/ad?iu=/6978/reg_security/front&sz=300x250%7C300x600&tile=3&c=33U7ZK6qwQrMkAACSrTugAAAP1&t=ct%3Dns%26unitnum%3D3%26unitname%3Dwww_top_mpu%26pos%3Dtop%26test%3D0" alt=""></a> In their analysis of the alleged top-secret documents, they claim the NSA is, among other things:Specifically targeting Tor directory servers Reading email contents for mentions of Tor bridges Logging IP addresses used to search for privacy-focused websites and software And possibly breaking international law in doing so. We already know from leaked Snowden documents that Western intelligence agents hate Tor for its anonymizing abilities. But what the aforementioned leaked source code, written in a rather strange custom language, shows is that not only is the NSA targeting the anonymizing network Tor specifically, it is also taking digital fingerprints of any netizens who are remotely interested in privacy.

These include readers of the Linux Journal site, anyone visiting the website for the Tor-powered Linux operating system Tails – described by the NSA as "a comsec mechanism advocated by extremists on extremist forums" – and anyone looking into combining Tails with the encryption tool Truecrypt.If something as innocuous as Linux Journal is on the NSA's hit list, it's a distinct possibility that El Reg is too, particularly in light of our recent exclusive report on GCHQ – which led to a Ministry of Defence advisor coming round our London office for a chat.

If you take even the slightest interest in online privacy or have Googled a Linux Journal article about a broken package, you are earmarked in an NSA database for further surveillance, according to these latest leaks.This is assuming the leaked file is genuine, of course.Other monitored sites, we're told, include HotSpotShield, FreeNet, Centurian, FreeProxies.org, MegaProxy, privacy.li and an anonymous email service called MixMinion. The IP address of computer users even looking at these sites is recorded and stored on the NSA's servers for further analysis, and it's up to the agency how long it keeps that data.The XKeyscore code, we're told, includes microplugins that target Tor servers in Germany, at MIT in the United States, in Sweden, in Austria, and in the Netherlands. In doing so it may not only fall foul of German law but also the US's Fourth Amendment.

In a remarkable development last night resonant of the revelations in the Leveson inquiry, the Cabinet Office voided the findings of the first open standards consultation round-table on the grounds that it's facilitator had a previously undisclosed relationship with Microsoft. The news posting on the Cabinet Office web site also announced that an extra month has been added to the process, so that the consultation meeting can be run again.

As both ComputerWeekly's Mark Ballard and ComputerWorld's Glyn Moody have discovered, there has been extensive behind-the-scenes manoeuvring to re-open the Government's position on open standards and protect the incumbent suppliers to the government, so the discovery of an over-cozy relationship in this area of the government's business too is no real surprise.

Larry Page and Sergey Brin, the Stanford graduate students who founded Google over two decades ago, are stepping down from executive roles at Google’s parent company, Alphabet, they announced on Tuesday. Sundar Pichai, Google’s chief executive, will become the chief of both Google and Alphabet.The move is an end of an era for Google. Mr. Page and Mr. Brin have personified the company since its founding and have been two of the technology industry’s most influential figures, on a par with the founders of Apple and Microsoft, Steve Jobs and Bill Gates. Their early work on the Google search engine helped corral an unruly cloud of information on the World Wide Web. And their ideas about how to run an internet company — like offering generous employee perks like free shuttle buses to the office and making rank-and-file employees feel as though they have a stake in the company — became a standard for Silicon Valley.