(Above) Photo credit: dailydotcom
Check out the original New York Times story.
Check out this video by the Anonymous:
House of Representatives Passes Cybersecurity Bills Without Fixing Core Problems
April 22, 2015 | By Mark Jaycox
The House passed two cybersecurity “information sharing” bills today: the House Permanent Select Committee on Intelligence’s Protecting Cyber Networks Act, and the House Homeland Security Committee’s National Cybersecurity Protection Advancement Act. Both bills will be “conferenced” to create one bill and then sent to the Senate for advancement. EFF opposed both bills and has been urging users to tell Congress to vote against them.
The bills are not cybersecurity “information sharing” bills, but surveillance bills in disguise. Like other bills we’ve opposed during the last five years, they authorize more private sector spying under new legal immunity provisions and use vague definitions that aren’t carefully limited to protect privacy. The bills further facilitate companies’ sharing even more of our personal information with the NSA and some even allow companies to “hack back” against potentially innocent users.
As we’ve noted before, information sharing is not a silver bullet to stopping security failures. Companies can already share the necessary technical information to stop threats via Information Sharing and Analysis Centers (ISACs), public reports, private communications, and the DHS’s Enhanced Cybersecurity Services.
While we are disappointed in the House, we look forward to the fight in the Senate where equally dangerous bills, like the Senate Select Committee on Intelligence’s Cybersecurity Information Sharing Act, have failed to pass every year since 2010.
Contact your Senator now to oppose the Senate bills.
Time to brace up for further loss of privacy as the PCNA would amount to voluntary wholesale transfer of data to the NSA (see story below).
And the Congress actually believe it’s in the name of stopping hackers and cyber attacks?
House Passes Cybersecurity Bill Despite Privacy Protests
Congress is hellbent on passing a cybersecurity bill that can stop the wave of hacker breaches hitting American corporations. And they’re not letting the protests of a few dozen privacy and civil liberties organizations get in their way.
On Wednesday the House of Representatives voted 307-116 to pass the Protecting Cyber Networks Act, a bill designed to allow more fluid sharing of cybersecurity threat data between corporations and government agencies. That new system for sharing information is designed to act as a real-time immune system against hacker attacks, allowing companies to warn one another via government intermediaries about the tools and techniques of advanced hackers. But privacy critics say it also threatens to open up a new backchannel for surveillance of American citizens, in some cases granting the same companies legal immunity to share their users’ private data with government agencies that include the NSA.
“PCNA would significantly increase the National Security Agency’s (NSA’s) access to personal information, and authorize the federal government to use that information for a myriad of purposes unrelated to cybersecurity,” reads a letter signed earlier this week by 55 civil liberties groups and security experts that includes the American Civil Liberties Union, the Electronic Frontier Foundation, the Freedom of the Press Foundation, Human Rights Watch and many others.
“The revelations of the past two years concerning the intelligence community’s abuses of surveillance authorities and the scope of its collection and use of individuals’ information demonstrates the potential for government overreach, particularly when statutory language is broad or ambiguous,” the letter continues. “[PCNA] fails to provide strong privacy protections or adequate clarity about what actions can be taken, what information can be shared, and how that information may be used by the government.”
Specifically, PCNA’s data-sharing privileges let companies give data to government agencies—including the NSA—that might otherwise have violated the Electronic Communications Privacy Act or the Wiretap Act, both of which restrict the sharing of users’ private data with the government. And PCNA doesn’t even restrict the use of that shared information to cybersecurity purposes; its text also allows the information to be used for investigating any potential threat of “bodily harm or death,” opening its application to the surveillance of run-of-the-mill violent crimes like robbery and carjacking.
Congressman Adam Schiff, who led the advocacy for the bill on the House floor, argued in a statement to reporters that PCNA in fact supports privacy by protecting Americans from future hacker breaches. “We do this while recognizing the huge and growing threat cyber hacking and cyber espionage poses to our privacy, as well as to our financial wellbeing and our jobs,” he writes.
“In the process of drafting this bill, protecting privacy was at the forefront throughout, and we consulted extensively with privacy and civil liberties groups, incorporating their suggestions in many cases. This is a strong bill that protects privacy, and one that I expect will get even better as the process goes forward—we expect to see large bipartisan support on the Floor.”
Here’s a video [above] of Schiff’s statement on the House floor.
PCNA does include some significant privacy safeguards, such as a requirement that companies scrub “unrelated” data of personally identifying information before sending it to the government, and that the government agencies pass it through another filter to delete such data after receiving it.
But those protections still don’t go far enough, says Robyn Greene, policy counsel for the Open Technology Institute. Any information considered a “threat indicator” could still legally be sent to the government—even, for instance, IP address innocent victims of botnets used in distributed denial of service attacks against corporate websites. No further amendments that might have added new privacy restrictions to the bill were considered before the House’s vote Wednesday. “I’m very disappointed that the house has passed an information sharing bill that does so much to threaten Americans’ privacy and civil liberties, and no real effort was made to address the problems the bill still had,” says Greene. “The rules committee has excluded amendments that would have resolved privacy concerns…This is little more than a backdoor for general purpose surveillance.”
In a surprise move yesterday, the White House also publicly backed PCNA and its Senate counterpart, the Cybersecurity Information Sharing Act in a statement to press. That’s a reversal of its threat to veto a similar Cybersecurity Information Sharing and Protection Ac in 2013 over privacy concerns, a decision that all but killed the earlier attempt at cybersecurity data sharing legislation. Since then, however, a string of high-profile breaches seems to have swayed President Obama’s thinking, from the cybercriminal breaches of Target and health insurer Anthem that spilled millions of users’ data, to the devastating hack of Sony Pictures Entertainment, which the FBI has claimed was perpetrated as an intimidation tactic by the North Korean government to prevent the release of its Kim Jong-un assassination comedy the Interview.
If the White House’s support stands, it now leaves only an upcoming Senate vote sometime later this month on the Senate’s CISA as the deciding factor as to whether it and PCNA are combined to become law.
But privacy advocates haven’t given up on a presidential veto. A new website called StopCyberspying.com launched by the internet freedom group Access, along with the EFF, the ACLU and others, includes a petition to the President to reconsider a veto for PCNA, CISA and any other bill that threatens to widen internet surveillance.
OTI’s Greene says she’s still banking on a change of heart from Obama, too. “We’re hopeful that the administration would veto any bill that doesn’t address these issues,” she says. “To sign a bill that resembles CISA or PCNA would represent the administration doing a complete 180 on its commitment to protect Americans’ privacy.”
Here’s an insight to one man at Google to keep tab on – see the article below.
New Google security chief looks for balance with privacy
By GLENN CHAPMAN, AFP April 19, 2015 4:55am
MOUNTAIN VIEW, United States – Google has a new sheriff keeping watch over the wilds of the Internet.
Austrian-born Gerhard Eschelbeck has ranged the British city of Oxford; cavorted at notorious Def Con hacker conclaves, wrangled a herd of startups, and camped out in Silicon Valley.
He now holds the reins of security and privacy for all-things Google.
In an exclusive interview with AFP, Eschelbeck spoke of using Google’s massive scope to protect users from cyber villains such as spammers and state-sponsored spies.
“The size of our computing infrastructure allows us to process, analyze, and research the changing threat landscape and look ahead to predict what is coming,” Eschelbeck said during his first one-on-one press interview in his new post.
“Security is obviously a constant race; the key is how far can you look ahead.”
Eschelbeck took charge of Google’s 500-strong security and privacy team early this year, returning to Silicon Valley after running engineering for a computer security company in Oxford for two years.
“It was a very natural move for me to join Google,” Eschelbeck said. “What really excited me was doing security at large scale.”
Google’s range of global services and products means there are many fronts for a security expert to defend. Google’s size also means there are arsenals of powerful computer servers for defenders to employ and large-scale data from which to discern cyber dangers.
Eschelbeck’s career in security stretches back two decades to a startup he built while a university student in Austria that was acquired by security company McAfee.
What started out as a six-month work stint in California where McAfee is based turned into a 15-year stay by Eschelbeck.
He created and advised an array of computer security startups before heading off to Oxford. Eschelbeck, has worked at computer technology titans such as Sophos and Qualys, and holds patents for network security technologies.
He was confident his team was up to the challenge of fending off cyber attacks, even from onslaughts of sophisticated operations run by the likes of the US National Security Agency or the Chinese military.
Eschelbeck vowed that he would “absolutely” find any hacker that came after his network.
“As a security guy, I am never comfortable,” he said. “But, I do have a very strong team…I have confidence we have the right reactive and proactive defense mechanisms as well.”
State-sponsored cyber attacks making news in the past year come on top of well-known trends of hacking expressly for fun or profit.
The sheer numbers of attack “vectors” has rocketed exponentially over time, with weapons targeting smartphones, applications, datacenters, operating systems and more.
“You can safely assume that every property on the Internet is continuously under attack,” Eschelbeck said.
“I feel really strong about our ability to identify them before they become a threat and the ability to block and prevent them from entering our environment.”
Eschelbeck is a backer of encrypting data, whether it be an email to a friend or photos stored in the cloud.
“I hope for a time when all the traffic on the Internet is encrypted,” he said.
“You’re not sending a letter to your friend in a transparent envelop, and that is why encryption in transport is so critical.”
He believes that within five years, accessing accounts with no more than passwords will be a thing of the past.
Google lets people require code numbers sent to phones be used along with passwords to access accounts in what is referred to as “two-factor” authentication.
The Internet titan also provides “safe browsing” technology that warns people when they are heading to websites rigged to attack visitors.
Google identifies about 50,000 malicious websites monthly, and another 90,000 phishing websites designed to trick people into giving up their passwords or other valuable personal information, Eschelbeck said.
“We have some really great visibility into the Web, as you can imagine,” he said.
“The time for us to recognize a bad site is incredibly short.”
Doubling-down on privacy
Eschelbeck saw the world of online security as fairly black and white, while the privacy side of his job required subjective interpretations.
Google works closely with data protection authorities in Europe and elsewhere to try and harmonize privacy protections with the standards in various countries.
“I really believe that with security and privacy, there is more overlap than there are differences,” he said.
“We have made a tremendous effort to focus and double-down on privacy issues.”
As have other large Internet companies, Google has routinely made public requests by government agencies for information about users.
Requests are carefully reviewed, and only about 65 percent of them satisfied, according to Google.
“Privacy, to me, is protecting and securing my activities; that they are personal to myself and not visible to the whole wide world,” Eschelbeck said. — Agence France-Presse
Has Julian Assange gone overboard with the latest WikiLeaks‘ dump of over 200,000 Sony documents and emails on its website this week?
“This archive shows the inner workings of an influential multinational corporation. It is newsworthy and at the centre of a geo-political conflict. It belongs in the public domain. WikiLeaks will ensure it stays there,” Assange explains in his press statement.
Sony’s lawyer David Boies was certainly not impressed and he has sent letters to media outlets urging them not to make use of the data, according to a Bloomberg report.
Here’s an interesting story:
Meet the privacy activists who spy on the surveillance industry
by Daniel Rivero | April 6, 2015
LONDON– On the second floor of a narrow brick building in the London Borough of Islington, Edin Omanovic is busy creating a fake company. He is playing with the invented company’s business cards in a graphic design program, darkening the reds, bolding the blacks, and testing fonts to strike the right tone: informational, ambiguous, no bells and whistles. In a separate window, a barren website is starting to take shape. Omanovic, a tall, slender Bosnian-born, Scottish-raised Londonite gives the company a fake address that forwards to his real office, and plops in a red and black company logo he just created. The privacy activist doesn’t plan to scam anyone out of money, though he does want to learn their secrets. Ultimately, he hopes that the business cards combined with a suit and a close-cropped haircut will grant him access to a surveillance industry trade show, a privilege usually restricted to government officials and law enforcement agencies.
Once he’s infiltrated the trade show, he’ll pose as an industry insider, chatting up company representatives, swapping business cards, and picking up shiny brochures that advertise the invasive capabilities of bleeding-edge surveillance technology. Few of the features are ever marketed or revealed openly to the general public, and if the group didn’t go through the pains of going undercover, it wouldn’t know the lengths to which law enforcement and the intelligence community are going to keep tabs on their citizens.
“I don’t know when we’ll get to use this [company], but we need a lot of these to do our research,” Omanovic tells me. (He asked Fusion not to reveal the name of the company in order to not blow its cover.)
The strange tactic– hacking into an expo in order to come into close proximity with government hackers and monitors– is a regular part of operations at Privacy International, a London-based anti-surveillance advocacy group founded 25 years ago. Omanovic is one of a few activists for the group who goes undercover to collect the surveillance promotional documents.
“At last count we had about 1,400 files,” Matt Rice, PI’s Scottish-born advocacy officer says while sifting through a file cabinet full of the brochures. “[The files] help us understand what these companies are capable of, and what’s being sold around the world,” he says. The brochures vary in scope and claims. Some showcase cell site simulators, commonly called Stingrays, which allow police to intercept cell phone activity within a certain area. Others provide details about Finfisher– surveillance software that is marketed exclusively to governments, which allows officials to put spyware on a target’s home computer or mobile device to watch their Skype calls, Facebook and email activity.
The technology buyers at these conferences are the usual suspects — the Federal Bureau of Investigation (FBI), the UK’s Government Communications Headquarters (GCHQ), and the Australian Secret Intelligence Service– but also representatives of repressive regimes —Bahrain, Sudan, pre-revolutionary Libya– as the group has revealed in attendees lists it has surfaced.
At times, companies’ claims can raise eyebrows. One brochure shows a soldier, draped in fatigues, holding a portable device up to the faces of a somber group of Arabs. “Innocent civilian or insurgent?,” the pamphlet asks.
“Our systems are.”
The treasure trove of compiled documents was available as an online database, but PI recently took it offline, saying the website had security vulnerabilities that could have compromised information of anyone who wanted to donate to the organization online. They are building a new one. The group hopes that the exposure of what Western companies are selling to foreign governments will help the organization achieve its larger goal: ending the sale of hardware and software to governments that use it to monitor their populations in ways that violate basic privacy rights.
The group acknowledges that it might seem they are taking an extremist position when it comes to privacy, but “we’re not against surveillance,” Michael Rispoli, head of PI’s communications, tells me. “Governments need to keep people safe, whether it’s from criminals or terrorists or what it may be, but surveillance needs to be done in accordance with human rights, and in accordance with the rule of law.”
The group is waging its fight in courtrooms. In February of last year, it filed a criminal complaint to the UK’s National Cyber Crime Unit of the National Crime Agency, asking it to investigate British technology allegedly used repeatedly by the Ethiopian government to intercept the communications of an Ethiopian national. Even after Tadesse Kersmo applied for– and was granted– asylum in the UK on the basis of being a political refugee, the Ethiopian government kept electronically spying on him, the group says, using technology from British firm Gamma International. The group currently has six lawsuits in action, mostly taking on large, yet opaque surveillance companies and the British government. Gamma International did not respond to Fusion’s request for comment on the lawsuit, which alleges that exporting the software to Ethiopian authorities means the company assisted in illegal electronic spying.
“The irony that he was given refugee status here, while a British company is facilitating intrusions into his basic right to privacy isn’t just ironic, it’s wrong,” Rispoli says. “It’s so obvious that there should be laws in place to prevent it.”
PI says it has uncovered other questionable business relationships between oppressive regimes and technology companies based in other Western countries. An investigative report the group put out a few months ago on surveillance in Central Asia said that British and Swiss companies, along with Israeli and Israeli-American companies with close ties to the Israeli military, are providing surveillance infrastructure and technical support to countries like Turkmenistan and Uzbekistan– some of the worst-ranking countries in the world when it comes to freedom of speech, according to Freedom House. Only North Korea ranks lower than them.
PI says it used confidential sources, whose accounts have been corroborated, to reach those conclusions.
Not only are these companies complicit in human rights violations, the Central Asia report alleges, but they know they are. Fusion reached out to the companies named in the report, NICE Systems (Israel), Verint Israel (U.S./ Israel), Gamma (UK), or Dreamlab (Switzerland), and none have responded to repeated requests for comment.
The report is a “blueprint” for the future of the organization’s output, says Rice, the advocacy officer. “It’s the first time we’ve done something that really looks at the infrastructure, the laws, and putting it all together to get a view on how the system actually works in a country, or even a whole region,” says Rice.
“What we can do is take that [report], and have specific findings and testimonials to present to companies, to different bodies and parliamentarians, and say this is why we need these things addressed,” adds Omanovic, the researcher and fake company designer.
The tactic is starting to show signs of progress, he says. One afternoon, Omanovic was huddled over a table in the back room, taking part in what looked like an intense conference call. “European Commission,” he says afterwards. The Commission has been looking at surveillance exports since it was revealed that Egypt, Tunisia, and Bahrain were using European tech to crack down on protesters during the Arab Spring, he added. Now, PI is consulting with some members, and together they “hope to bring in a regulation specifically on this subject by year’s end.”
Privacy International has come a long way from the “sterile bar of an anonymous business hotel in Luxembourg,” where founder Simon Davies, then a lone wolf privacy campaigner, hosted its first meeting with a handful of people 25 years ago. In a blog post commemorating that anniversary, Davies (who left the organization about five years ago) described the general state of privacy advocacy when that first meeting was held:
“Those were strange times. Privacy was an arcane subject that was on very few radar screens. The Internet had barely emerged, digital telephony was just beginning, the NSA was just a conspiracy theory and email was almost non-existent (we called it electronic mail back then). We communicated by fax machines, snail mail – and through actual real face to face meetings that you travelled thousands of miles to attend.”
Immediately, there were disagreements about the scope of issues the organization should focus on, as detailed in the group’s first report, filed in 1991. Some of the group’s 120-odd loosely affiliated members and advisors wanted the organization to focus on small privacy flare-ups; others wanted it to take on huge, international privacy policies, from “transborder data flows” to medical research. Disputes arose as to what “privacy” actually meant at the time. It took years for the group to narrow down the scope of its mandate to something manageable and coherent.
Gus Hosein, current executive director, describes the 90’s as a time when the organization “just knew that it was fighting against something.” He became part of the loose collective in 1996, three days after moving to the UK from New Haven, Connecticut, thanks to a chance encounter with Davies at the London Economics School. For the first thirteen years he worked with PI, he says, the group’s headquarters was the school pub.
They were fighting then some of the same battles that are back in the news cycle today, such as the U.S. government wanting to ban encryption, calling it a tool for criminals to hide their communications from law enforcement. “[We were] fighting against the Clinton Administration and its cryptography policy, fighting against new intersections of law, or proposals in countries X, Y and Z, and almost every day you would find something to fight around,” he says.
Just as privacy issues stemming from the dot com boom were starting to stabilize, 9/11 happened. That’s when Hosein says “the shit hit the fan.”
In the immediate wake of that tragedy, Washington pushed through the Patriot Act and the Aviation and Transportation Security Act, setting an international precedent of invasive pat-downs and extensive monitoring in the name of anti-terrorism. Hosein, being an American, followed the laws closely, and the group started issuing criticism of what it considered unreasonable searches. In the UK, a public debate about issuing national identification cards sprung up. PI fought it vehemently.
“All of a sudden we’re being called upon to respond to core policy-making in Western governments, so whereas policy and surveillance were often left to some tech expert within the Department of Justice or whatever, now it had gone to mainstream policy,” he says. “We were overwhelmed because we were still just a ragtag bunch of people trying to fight fights without funding, and we were taking on the might of the executive arm of government.”
The era was marked by a collective struggle to catch up. “I don’t think anyone had any real successes in that era,” Hosein says.
But around 2008, the group’s advocacy work in India, Thailand and the Philippines started to gain the attention of donors, and the team decided it was time to organize. The three staff members then started the formal process of becoming a charity, after being registered as a corporation for ten years. By the time it got its first office in 2011 (around the time its founder, Davies, walked away to pursue other ventures) the Arab Spring was dominating international headlines.
“With the Arab Spring and the rise of attention to human rights and technology, that’s when PI actually started to realize our vision, and become an organization that could grow,” Hosein says. “Four years ago we had three employees, and now we have 16 people,” he says with a hint of pride.
“This is a real vindication for [Edward] Snowden,” Eric King, PI’s deputy director says about one of the organization’s recent legal victories over the UK’s foremost digital spy agency, known as the Government Communications Headquarters or GCHQ.
PI used the documents made public by Snowden to get the British court that oversees GCHQ to determine that all intelligence sharing between GCHQ and the National Security Administration (NSA) was illegal up until December 2014. Ironically, the court went on to say that the sharing was only illegal because of lack of public disclosure of the program. Now that details of the program were made public thanks to the lawsuit, the court said, the operation is now legal and GCHQ can keep doing what it was doing.
“It’s like they’re creating the law on the fly,” King says. “[The UK government] is knowingly breaking the law and then retroactively justifying themselves. Even though we got the court to admit this whole program was illegal, the things they’re saying now are wholly inadequate to protect our privacy in this country.”
Nevertheless, it was a “highly significant ruling,” says Elizabeth Knight, Legal Director of fellow UK-based civil liberties organization Open Rights Group. “It was the first time the [courts have] found the UK’s intelligence services to be in breach of human rights law,” she says. “The ruling is a welcome first step towards demonstrating that the UK government’s surveillance practices breach human rights law.”
In an email, a GCHQ spokesperson downplayed the significance of the ruling, saying that PI only won the case in one respect: on a “transparency issue,” rather than on the substance of the data sharing program. “The rulings re-affirm that the processes and safeguards within these regimes were fully adequate at all times, so we have not therefore needed to make any changes to policy or practice as a result of the judgement,” the spokesperson says.
Before coming on board four years ago, King, a 25-year old Wales native, worked at Reprieve, a non-profit that provides legal support to prisoners. Some of its clients are at Guantanamo Bay and other off-the-grid prisons, something that made him mindful of security concerns when the group was communicating with clients. King worried that every time he made a call to his clients, they were being monitored. “No one could answer those questions, and that’s what got me going on this,” says King.
Right now, he tells me, most of the group’s legal actions have to do with fighting the “Five Eyes”– the nickname given to the intertwined intelligence networks of the UK, Canada, the US, Australia and New Zealand. One of the campaigns, stemming from the lawsuit against GCHQ that established a need for transparency, is asking GCHQ to confirm if the agency illegally collected information about the people who signed a “Did the GCHQ Illegally Spy On You?” petition. So far, 10,000 people have signed up to be told whether their communications or online activity were collected by the UK spy agency when it conducted mass surveillance of the Internet. If a court actually forces GCHQ to confirm whether those individuals were spied on, PI will then ask that all retrieved data be deleted from the database.
“It’s such an important campaign not only because people have the right to know, but it’s going to bring it home to people and politicians that regular, everyday people are caught up in this international scandal,” King says. “You don’t even have to be British to be caught up in it. People all over the world are being tracked in that program.”
Eerke Boiten, a senior lecturer at the interdisciplinary Cyber Security Centre at the University of Kent, says that considering recent legal victories, he can’t write off the effort, even if he would have dismissed it just a year ago.
“We have now finally seen some breakthroughs in transparency in response to Snowden, and the sense that intelligence oversight needs an overhaul is increasing,” he wrote in an email to me. “So although the [British government] will do its best to shore up the GCHQ legal position to ensure it doesn’t need to respond to this, their job will be harder than before.”
“Privacy International have a recent record of pushing the right legal buttons,” he says. “They may win again.”
A GCHQ spokesperson says that the agency will “of course comply with any direction or order” a court might give it, stemming from the campaign.
King is also the head of PI’s research arm– organizing in-depth investigations into national surveillance ecosystems, in tandem with partner groups in countries around the world. The partners hail from places as disparate as Kenya and Mexico. One recently released report features testimonials from people who reported being heavily surveilled in Morocco. Another coming out of Colombia will be more of an “exposé,” with previously unreported details on surveillance in that country, he says.
And then there’s the stuff that King pioneered: the method of sneaking into industry conferences by using a shadow company. He developed the technique Omanovic is using. King can’t go to the conferences undercover anymore because his face is now too well known. When asked why he started sneaking into the shows, he says: “Law enforcement doesn’t like talking about [surveillance]. Governments don’t talk about it. And for the most part our engagement with companies is limited to when we sue them,” he laughs.
When it comes to the surveillance field, you would be hard pressed to find a company that does exactly what it says it does, King tells me. So when he or someone else at PI sets up a fake company, they expect to get about as much scrutiny as the next ambiguous, potentially official organization that lines up behind them.
Collectively, PI has been blacklisted and been led out of a few conferences over the past four years they have been doing this, he estimates.
“If we have to navigate some spooky places to get what we need, then that’s what we’ll do,” he says. Sometimes you have to walk through a dark room to turn on a light. Privacy International sees a world with a lot of dark rooms.
“Being shadowy is acceptable in this world.”
No arrest yet but the good news is that the US and Europe have, via the FBI and Europol’s European Cybercrime Center, dismantled on Wednesday a network of as many as 12,000 computers that cyber-criminals used to elude security firms and law enforcement agencies for some years. Check out the video clip and Bloomberg article below.
Meanwhile, recall yesterday’s blog on data breach and the 22 countries where stolen data were most frequently accessed.
Police Shut Europe Computer Network Enabling Theft, Extortion
by Cornelius RahnChris Strohm
European and U.S. police shut down a computer network on Wednesday used by cybercriminals to facilitate the theft of banking passwords and extortion which had eluded security companies and law enforcement for years.
Agents of the U.S. Federal Bureau of Investigation and the European Cybercrime Center seized servers across Europe that had been responsible for spreading malware on thousands of mainly U.S.-based victim computers, said Raj Samani, chief technology officer for Intel Corp.’s security unit in the region, which helped prepare the takedown.
Governments are responding to increasing frequency and impact of online attacks by setting up dedicated cybercrime units and working with security-software companies to weed out threats before more damage is done. The network functioned as a portal offered by criminals to others seeking to spread their own malware, according to Paul Gillen, head of operations at Europol’s European Cybercrime Centre.
“If that carried on in earnest, it had great potential from a criminal perspective,” Gillen said. “People set up infrastructure like that and rent it out to others, saying ‘here are a lot of infected computers so you can upload all your banking malware or other things on them.’”
FBI and Europol said there had been no arrests yet as it was too early to say who the perpetrators were, or what damage the malware had caused. Police will now sift through the data gained from the seized machines before notifying victims and determining the culprits, according to Gillen.
The malicious code, labeled W32/Worm-AAEH, was first detected in 2009 but was difficult to weed out because it changed its shape as many as six times a day, Intel’s Samani said. The worm had evolved capabilities such as shutting down connections with servers from antivirus companies and disabling tools that could terminate it, he said.
Even after the control servers are no longer available to the criminals to morph existing pieces of malware, users must still clean up their machines. Computer owners can stop the software’s core function by setting rules that prevent new software from running automatically and shutting certain ports, Intel said.
Here’s an interesting experiment (below) on where did those stolen data go after a data breach.
The list of those 22 countries where the (fake) sensitive data were accessed is noteworthy, especially if one falls under your jurisdiction – mine in the list…
What happens to data after a breach?
Posted on 07 April 2015.
Bitglass undertook an experiment geared towards understanding what happens to sensitive data once it has been stolen. In the experiment, stolen data traveled the globe, landing in five different continents and 22 countries within two weeks.
Overall, the data was viewed more than 1,000 times and downloaded 47 times; some activity had connections to crime syndicates in Nigeria and Russia.
Threat researcher programmatically synthesized 1,568 fake names, social security numbers, credit card numbers, addresses and phone numbers that were saved in an Excel spreadsheet. The spreadsheet was then transmitted through the Bitglass proxy, which automatically watermarked the file.
Each time the file is opened, the persistent watermark, which survives copy, paste and other file manipulations, “calls home” to record view information such as IP address, geographic location and device type. Finally, the spreadsheet was posted anonymously to cyber-crime marketplaces on the Dark Web.
The experiment offers insight into how stolen records from data breaches are shared, bought and then sold on the black market. During the experiment, crime syndicates in Nigeria and Russia emerged via clusters of closely-related activity. Traffic patterns indicate the fake data was shared among members of the syndicates to vet its validity and subsequently shared elsewhere on the Dark Web, beyond the original drop sites.
In 2014, 783 data breaches were reported, which represents a 27.5 percent spike over the previous year. Data breaches continue to spike in 2015 – as of March 20, 174 breaches, affecting nearly 100 million customer records were reported. While many are suffering from data-breach fatigue, this experiment sheds light on how cybercriminals interact with pilfered data and thus helps enterprises understand why visibility is critical when it comes to limiting the damage of breaches.
The falsified data was placed on Dropbox as well as on seven Dark Web sites believed to be frequented by cybercriminals. The result of the experiment found that within 12 days the data was:
– Accessed from five continents – North America, Asia, Europe, Africa and South America
– Accessed from 22 countries – United States, Brazil, Belgium, Nigeria, Hong Kong, Spain, Germany, the United Kingdom, France, Sweden, Finland, the Maldives, New Zealand, Canada, Norway, the Russian Federation, the Netherlands, the Czech Republic, Denmark, Italy, Turkey
– Accessed most often from Nigeria, Russia and Brazil
– Viewed 1,081 times, with 47 unique downloads.
Photo (above) credit: http://www.freakingnews.com
Here’s a breaking news (below) from the CNN:
How the U.S. thinks Russians hacked the White House
By Evan Perez and Shimon Prokupecz, CNN
Updated 0037 GMT (0737 HKT) April 8, 2015
Washington (CNN)Russian hackers behind the damaging cyber intrusion of the State Department in recent months used that perch to penetrate sensitive parts of the White House computer system, according to U.S. officials briefed on the investigation.
While the White House has said the breach only affected an unclassified system, that description belies the seriousness of the intrusion. The hackers had access to sensitive information such as real-time non-public details of the president’s schedule. While such information is not classified, it is still highly sensitive and prized by foreign intelligence agencies, U.S. officials say.
The White House in October said it noticed suspicious activity in the unclassified network that serves the executive office of the president. The system has been shut down periodically to allow for security upgrades.
The FBI, Secret Service and U.S. intelligence agencies are all involved in investigating the breach, which they consider among the most sophisticated attacks ever launched against U.S. government systems. The intrusion was routed through computers around the world, as hackers often do to hide their tracks, but investigators found tell-tale codes and other markers that they believe point to hackers working for the Russian government.
National Security Council spokesman Mark Stroh didn’t confirm the Russian hack, but he did say that “any such activity is something we take very seriously.”
“In this case, as we made clear at the time, we took immediate measures to evaluate and mitigate the activity,” he said. “As has been our position, we are not going to comment on [this] article’s attribution to specific actors.”
Neither the U.S. State Department nor the Russian Embassy immediately responded to a request for comment.
Ben Rhodes, President Barack Obama’s deputy national security adviser, said the White House’s use of a separate system for classified information protected sensitive national security-related items from being obtained by hackers.
“We do not believe that our classified systems were compromised,” Rhodes told CNN’s Wolf Blitzer on Tuesday.
“We’re constantly updating our security measures on our unclassified system, but we’re frankly told to act as if we need not put information that’s sensitive on that system,” he said. “In other words, if you’re going to do something classified, you have to do it on one email system, one phone system. Frankly, you have to act as if information could be compromised if it’s not on the classified system.”
To get to the White House, the hackers first broke into the State Department, investigators believe.
The State Department computer system has been bedeviled by signs that despite efforts to lock them out, the Russian hackers have been able to reenter the system. One official says the Russian hackers have “owned” the State Department system for months and it is not clear the hackers have been fully eradicated from the system.
As in many hacks, investigators believe the White House intrusion began with a phishing email that was launched using a State Department email account that the hackers had taken over, according to the U.S. officials.
Director of National Intelligence James Clapper, in a speech at an FBI cyberconference in January, warned government officials and private businesses to teach employees what “spear phishing” looks like.
“So many times, the Chinese and others get access to our systems just by pretending to be someone else and then asking for access, and someone gives it to them,” Clapper said.
The ferocity of the Russian intrusions in recent months caught U.S. officials by surprise, leading to a reassessment of the cybersecurity threat as the U.S. and Russia increasingly confront each other over issues ranging from the Russian aggression in Ukraine to the U.S. military operations in Syria.
The attacks on the State and White House systems is one reason why Clapper told a Senate hearing in February that the “Russian cyberthreat is more severe than we have previously assessed.”
The revelations about the State Department hacks also come amid controversy over former Secretary of State Hillary Clinton’s use of a private email server to conduct government business during her time in office. Critics say her private server likely was even less safe than the State system. The Russian breach is believed to have come after Clinton departed State.
But hackers have long made Clinton and her associates targets.
The website The Smoking Gun first reported in 2013 that a hacker known as Guccifer had broken into the AOL email of Sidney Blumenthal, a friend and advisor to the Clintons, and published emails Blumenthal sent to Hillary Clinton’s private account. The emails included sensitive memos on foreign policy issues and were the first public revelation of the existence of Hillary Clinton’s private email address now at the center of controversy: email@example.com. The address is no longer in use.
Wesley Bruer contributed to this report
This is one app all parents should be aware of. The Secrets app is the cyberspace where kids make their confessions and share their best kept secrets and the nightmare is, their supposedly anonymous postings were highly vulnerable after all.
It should come as no surprise that health insurance companies store lots, lots more sensitive and personal information about their clients than banks and credit card companies and it certainly doesn’t help when they were not taking cybersecurity seriously, as the recent hacks on Anthem and Premera (article below) have highlighted.
And what’s going to happen to these clients following the (Anthem and Premera) hacks? Watch the video clips below.
The disturbing truth behind the Premera, Anthem attacks
March 24, 2015 | By Dan Bowman
As details continue to emerge following the recent hack attacks on payers Anthem and Premera–in which information for close to 90 million consumers combined may have been put at risk–perhaps the most disturbing revelation of all is that, in both instances, neither entity appears to truly take security seriously.
Premera, for instance, knew three weeks prior to the initial penetration of its systems in May 2014 that network security issues loomed large. A report sent by the U.S. Office of Personnel Management’s Office of Inspector General detailed several vulnerabilities, including a lack of timely patch implementations and insecure server configurations.
The findings were so bad, they prompted OPM to warn Premera, “failiure to promptly install important updates increases the risk that vulnerabilities will not be remediated and sensitive data could be breached.” In addition, OPM told the Mountlake Terrace, Washington-based insurer that failure to remove outdated software would increase the risk of a successful malicious attack on its information systems.
“Promptly” to Premera apparently meant eight months down the road. And one month after its self-imposed Dec. 31, 2014, deadline to resolve its issues, guess what the payer found?
Just imagine how much damage could have been spared had Premera acted with more haste.
In Anthem’s case, negligence continues to persist. The nation’s second-largest payer has refused to allow a federal watchdog agency to perform vulnerability scans and compliance tests on its systems in the wake of its massive hack attack. It also prevented auditors from adequately testing whether it appropriately secured its computer information systems during a 2013 audit, citing corporate policy prohibiting external entities from connecting to the Anthem network.
Corporate policy is all well and good, but it’s not going to mean squat to a consumer two years from now when Anthem’s complimentary credit monitoring wears off and the hackers begin wading through the treasure trove of stolen information. As one of those consumers, it would be nice to hear Anthem take the advice Shaun Greene, chief operating officer of Salt Lake City-based Arches Health Plan, who told my colleague Brian Eastwood last month that payers should hire third parties to conduct HIPAA risk assessments.
“That way, you avoid internal posturing and receive objective feedback,” Greene said.
Following last summer’s massive Community Health Systems breach–and on the heels of other high-profile cybersecurity attacks–it appeared earlier this year that the healthcare industry was finally starting to truly prioritize information protection.
That’s not to say that the majority of the industry doesn’t take such matters seriously. But it’s disappointing to see that some of its biggest players seem to feel differently. – Dan (@Dan_Bowman and @FierceHealthIT)
You may want to think twice about the new MacBook.
Apple may have ideas about its newly introduced USB-C but widely reported vulnerabilities of USB devices amplify big troubles ahead, as the following article explains.
The NSA Is Going to Love These USB-C Charging Cables
Thanks to Apple’s new MacBook and Google’s new Chromebook Pixel, USB-C has arrived. A single flavor of cable for all your charging and connectivity needs? Hell yes. But that convenience doesn’t come without a cost; our computers will be more vulnerable than ever to malware attacks, from hackers and surveillance agencies alike.
The trouble with USB-C stems from the fact that the USB standard isn’t very secure. Last year, researchers wrote a piece of malware called BadUSB which attaches to your computer using USB devices like phone chargers or thumb drives. Once connected, the malware basically takes over a computer imperceptibly. The scariest part is that the malware is written directly to the USB controller chip’s firmware, which means that it’s virtually undetectable and so far, unfixable.
Before USB-C, there was a way to keep yourself somewhat safe. As long as you kept tabs on your cables, and never stuck random USB sticks into your computer, you could theoretically keep it clean. But as The Verge points out, the BadUSB vulnerability still hasn’t been fixed in USB-C, and now the insecure port is the slot where you connect your power supply. Heck, it’s shaping up to be the slot where you connect everything. You have no choice but to use it every day. Think about how often you’ve borrowed a stranger’s power cable to get charged up. Asking for a charge from a stranger is like having unprotected sex with someone you picked up at the club.
What the Verge fails to mention however, is that it’s potentially much worse than that. If everyone is using the same power charger, it’s not just renegade hackers posing as creative professionals in coffee shops that you need to worry about. With USB-C, the surveillance establishment suddenly has a huge incentive to figure out how to sneak a compromised cable into your power hole.
It might seem alarmist and paranoid to suggest that the NSA would try to sneak a backdoor into charging cables through manufacturers, except that the agency has been busted trying exactly this kind of scheme. Last year, it was revealed that the NSA paid security firm RSA $10 million to leave a backdoor in their encryption unpatched. There’s no telling if or when or how the NSA might try to accomplish something similar with USB-C cables, but it stands to reason they would try.
We live in a world where we plug in with abandon, and USB-C’s flexibility is designed to make plugging in easier than ever. Imagine never needing to guess whether or not your aunt’s house will have a charger for your phone. USB-C could become so common that this isn’t even a question. Of course she has one! With that ubiquity and convenience comes a risk that the tech could become exploited—not just by criminals, but also by the government’s data siphoning machine.
Ever wonder what happens when one’s hacked?
Here’s an insightful chilling account of how one victim attempted to trace the hacker who invaded into his onlife life and Bitcoin wallet.
Anatomy of a Hack
In the early morning hours of October 21st, 2014, Partap Davis lost $3,000. He had gone to sleep just after 2AM in his Albuquerque, New Mexico, home after a late night playing World of Tanks. While he slept, an attacker undid every online security protection he set up. By the time he woke up, most of his online life had been compromised: two email accounts, his phone, his Twitter, his two-factor authenticator, and most importantly, his bitcoin wallets.
Davis was careful when it came to digital security. He chose strong passwords and didn’t click on bogus links. He used two-factor authentication with Gmail, so when he logged in from a new computer, he had to type in six digits that were texted to his phone, just to make sure it was him. He had made some money with the rise of bitcoin and held onto the bitcoin in three protected wallets, managed by Coinbase, Bitstamp, and BTC-E. He also used two-factor with the Coinbase and BTC-E accounts. Any time he wanted to access them, he had to verify the login with Authy, a two-factor authenticator app on his phone.
Other than the bitcoin, Davis wasn’t that different from the average web user. He makes his living coding, splitting time between building video education software and a patchwork of other jobs. On the weekends, he snowboards, exploring the slopes around Los Alamos. This is his 10th year in Albuquerque; last year, he turned 40.
After the hack, Davis spent weeks tracking down exactly how it had happened, piecing together a picture from access logs and reluctant customer service reps. Along the way, he reached out to The Verge, and we added a few more pieces to the puzzle. We still don’t know everything — in particular, we don’t know who did it — but we know enough to say how they did it, and the points of failure sketch out a map of the most glaring vulnerabilities of our digital lives.
It started with Davis’ email. When he was first setting up an email account, Davis found that Partap@gmail.com was taken, so he chose a Mail.com address instead, setting up Partap@mail.com to forward to a less memorably named Gmail address.
Some time after 2AM on October 21st, that link was broken. Someone broke into Davis’ mail.com account and stopped the forwarding. Suddenly there was a new phone number attached to the account — a burner Android device registered in Florida. There was a new backup email too, firstname.lastname@example.org, which is still the closest thing we have to the attacker’s name.
For simplicity’s sake, we’ll call her Eve.
How did Eve get in? We can’t say for sure, but it’s likely that she used a script to target a weakness in Mail.com’s password reset page. We know such a script existed. For months, users on the site Hackforum had been selling access to a script that reset specific account passwords on Mail.com. It was an old exploit by the time Davis was targeted, and the going rate was $5 per account. It’s unclear how the exploit worked and whether it has been closed in the months since, but it did exactly what Eve needed. Without any authentication, she was able to reset Davis’ password to a string of characters that only she knew.
Eve’s next step was to take over Partap’s phone number. She didn’t have his AT&T password, but she just pretended to have forgotten it, and ATT.com sent along a secure link to email@example.com to reset it. Once inside the account, she talked a customer service rep into forwarding his calls to her Long Beach number. Strictly speaking, there are supposed to be more safeguards required to set up call forwarding, and it’s supposed to take more than a working email address to push it through. But faced with an angry client, customer service reps will often give way, putting user satisfaction over the colder virtues of security.
Once forwarding was set up, all of Davis’ voice calls belonged to Eve. Davis still got texts and emails, but every call was routed straight to the attacker. Davis didn’t realize what had happened until two days later, when his boss complained that Davis wasn’t picking up the phone.
Google and Authy
Next, Eve set her sights on Davis’ Google account. Experts will tell you that two-factor authentication is the best protection against attacks. A hacker might get your password or a mugger might steal your phone, but it’s hard to manage both at once. As long as the phone is a physical object, that system works. But people replace their phones all the time, and they expect to be able to replace the services, too. Accounts have to be reset 24 hours a day, and two-factor services end up looking like just one more account to crack.
Davis hadn’t set up Google’s Authenticator app, the more secure option, but he had two-factor authentication enabled — Google texted him a confirmation code every time he logged in from a new computer. Call forwarding didn’t pass along Davis’ texts, but Eve had a back door: thanks to Google’s accessibility functions, she could ask for the confirmation code to be read out loud over the phone.
Authy should have been harder to break. It’s an app, like Authenticator, and it never left Davis’ phone. But Eve simply reset the app on her phone using a mail.com address and a new confirmation code, again sent by a voice call. A few minutes after 3AM, the Authy account moved under Eve’s control.
It was the same trick that had fooled Google: as long as she had Davis’ email and phone, two-factor couldn’t tell the difference between them. At this point, Eve had more control over Davis’s online life than he did. Aside from texting, all digital roads now led to Eve.
At 3:19AM, Eve reset Davis’s Coinbase account, using Authy and his Mail.com address. At 3:55AM, she transferred the full balance (worth roughly $3,600 at the time) to a burner account she controlled. From there, she made three withdrawals — one 30 minutes after the account was opened, then another 20 minutes later, and another five minutes after that. After that, the money disappeared into a nest of dummy accounts, designed to cover her tracks. Less than 90 minutes after his Mail.com account was first compromised, Davis’ money was gone for good.
Authy might have known something was up. The service keeps an eye out for fishy behavior, and while they’re cagey about what they monitor, it seems likely that an account reset to an out-of-state number in the middle of the night would have raised at least a few red flags. But the number wasn’t from a known fraud center like Russia or Ukraine, even if Eve might have been. It would have seemed even more suspicious when Eve logged into Coinbase from the Canadian IP. Could they have stopped her then? Modern security systems like Google’s ReCAPTCHA often work this way, adding together small indicators until there’s enough evidence to freeze an account — but Coinbase and Authy each only saw half the picture, and neither had enough to justify freezing Partap’s account.
BTC-E and Bitstamp
When Davis woke up, the first thing he noticed was that his Gmail had mysteriously logged out. The password had changed, and he couldn’t log back in. Once he was back in the account, he saw how deep the damage went. There were reset emails from each account, sketching out a map of the damage. When he finally got into his Coinbase account, he found it empty. Eve had made off with 10 bitcoin, worth more than $3,000 at the time. It took hours on the phone with customer service reps and a faxed copy of his driver’s license before he could convince them he was the real Partap Davis.
What about the two other wallets? There was $2,500 worth of bitcoin in them, with no advertised protections that the Coinbase wallet didn’t have. But when Davis checked, both accounts were still intact. BTC-e had put a 48-hour hold on the account after a password change, giving him time to prove his identity and recover the account. Bitstamp had an even simpler protection: when Eve emailed to reset Davis’s authentication token, they had asked for an image of his driver’s license. Despite all Eve’s access, it was one thing she didn’t have. Davis’ last $2,500 worth of bitcoin was safe.
It’s been two months now since the attack, and Davis has settled back into his life. The last trace of the intrusion is Davis’ Twitter account, which stayed hacked for weeks after the other accounts. @Partap is a short handle, which makes it valuable, so Eve held onto it, putting in a new picture and erasing any trace of Davis. A few days after the attack, she posted a screenshot of a hacked Xfinity account, tagging another handle. The account didn’t belong to Davis, but it belonged to someone. She had moved onto the next target, and was using @partap as a disposable accessory to her next theft, like a stolen getaway car.
Who was behind the attack? Davis has spent weeks looking for her now — whole afternoons wasted on the phone with customer service reps — but he hasn’t gotten any closer. According to account login records, Eve’s computer was piping in from a block of IP addresses in Canada, but she may have used Tor or a VPN service to cover her tracks. Her phone number belonged to an Android device in Long Beach, California, but that phone was most likely a burner. There are only a few tracks to follow, and each one peters out fast. Wherever she is, Eve got away with it.
Why did she choose Partap Davis? She knew about the wallets upfront, we can assume. Why else would she have spent so much time digging through the accounts? She started at the mail.com account too, so we can guess that somehow, Eve came across a list of bitcoin users with Davis’ email address on it. A number of leaked Coinbase customer lists are floating around the internet, although I couldn’t find Davis’ name on any of them. Or maybe his identity came from an equipment manufacturer or a bitcoin retailer. Leaks are commonplace these days, and most go unreported.
Davis is more careful with bitcoin these days, and he’s given up on the mail.com address — but otherwise, not much about his life has changed. Coinbase has given refunds before, but this time they declined, saying the company’s security wasn’t at fault. He filed a report with the FBI, but the bureau doesn’t seem interested in a single bitcoin theft. What else is there to do? He can’t stop using a phone or give up the power to reset an account. There were just so many accounts, so many ways to get in. In the security world, they call this the attack surface. The bigger the surface, the harder it is to defend.
Most importantly, resetting a password is still easy, as Eve discovered over and over again. When a service finally stopped her, it wasn’t an elaborate algorithm or a fancy biometric. Instead, one service was willing to make customers wait 48 hours before authorizing a new password. On a technical level, it’s a simple fix, but a costly one. Companies are continuously balancing the small risk of compromise against the broad benefits of convenience. A few people may lose control of their account, but millions of others are able to keep using the service without a hitch. In the fight between security and convenience, security is simply outgunned.
3/5 11:10am ET: Updated to clarify Bitstamp security protocols.
If there’s any one lesson on computer/phone scams you need to remember: Microsoft, or Apple for that matter, will not initiate a call to offer a remote computer scan to fix a “problem”.
So here’s an actual incident when the scammers called and met their match – it was a computer security researcher on the line, who recorded the entire conversation (his two audio files below).
At one point, after allowing the scammer to gain some limited control of his computer screen, he informed the caller that she was busted, who in turn threatened to hack him (second audio file).
Enjoy witnessing scammers at work and here’s the article for a brief background.
Oh by the way, the caller’s number was 949-000-7676.
Above photo credit: http://background-kid.com/blurred-people-background.html
Great, now there’s a new technology to get true clear pictures out of blurred CCTV images just when we learned last week that there are gadgets to hide one’s identity from the prying eyes of facial recognition programs like the FBI’s US$1 billion futuristic facial recognition program – the Next Generation Identification (NGI) System.
Fujitsu, the Japanese multinational information technology equipment and services company, recently said it has invented a new, first of its kind image-processing technology that can detect people from low-resolution imagery and track people in security camera footage, even when the images are heavily blurred to protect privacy. See full story below.
Sad to say, this is probably the easiest, effective and most feasible solution:
Fujitsu tech can track heavily blurred people in security videos
By Tim Hornyak
IDG News Service | March 6, 2015
Fujitsu has developed image-processing technology that can be used to track people in security camera footage, even when the images are heavily blurred to protect their privacy.
Fujitsu Laboratories said its technology is the first of its kind that can detect people from low-resolution imagery in which faces are indistinguishable.
Detecting the movements of people could be useful for retail design, reducing pedestrian congestion in crowded urban areas or improving evacuation routes for emergencies, it said.
Fujitsu used computer-vision algorithms to analyze the imagery and identify the rough shapes, such as heads and torsos, that remain even if the image is heavily pixelated. The system can pick out multiple people in a frame, even if they overlap.
Using multiple camera sources, it can then determine if two given targets are the same person by focusing on the distinctive colors of a person’s clothing.
An indoor test of the system was able to track the paths of 80 percent of test subjects, according to the company. Further details of the trial were not immediately available.
“The technology could be used by a business owner when planning the layout of their next restaurant/shop,” a Fujitsu spokesman said via email. “It would also be used by the operators of a large sporting event during times of heavy foot traffic.”
People-tracking know-how has raised privacy concerns in Japan. Last year, the National Institute of Information and Communications Technology (NICT) was forced to delay and scale down a large, long-term face-recognition study it was planning to carry out at Osaka Station, one of the country’s busiest rail hubs.
The Fujitsu research is being presented to a conference of the Information Processing Society of Japan being held at Tohoku University in northern Japan. The company hopes to improve the accuracy of the system with an aim to commercializing it in the year ending March 31, 2016.
Fujitsu has also been developing retail-oriented technology such as sensors that follow a person’s gaze as he or she looks over merchandise as well as LED lights that can beam product information for smartphones.
Forget Google Glass, there’s something more fun and useful (picture above) but first, consider this picture below.
It may sounds like the Hollywood movie Matrix but let’s face it, everyone would sooner or later have their photos captured in the public space.
Consider for example, the FBI’s US$1 billion futuristic facial recognition program – the Next Generation Identification (NGI) System – was already up and running with the aim to capture photographs of every Americans and everyone on US soils.
The pictures above is an example of what the US government had collected of one individual – she filed a Freedom of Information Act request to see what was collected and the Department of Homeland Security subsequently released the data collected under the Global Entry Program.
But apart from immigration checkpoints, and potentially other files from other government departments (local and global), we are also subjected to the millions of CCTV cameras in public areas and the facial recognition programs scanning through the captured images (and also those on the internet and social networks).
So it’s good to know there may be a potential solution – though it’s still early days and it may not apply to cameras at immigration checkpoints.
The (computer) antivirus software company AVG is working on a “privacy glasses” project. These glasses (above) are designed to obfuscate your identity and prevent any facial recognition software from figuring out who you are, either by matching you with the pictures in their database or creating a new file of you for future use.
Find out more from this article below.
It could be game over for Russian hacker Evgeniy Bogachev as the US State Department and FBI have issued a “Wanted” poster with a US$3 million reward for information leading to his arrest, the highest price the US authorities had ever placed on a head in a cyber case.
Bogachev, apparently still in Russia, was charged by the US for running a computer attack called GameOver Zeus that has allegedly amassed in excess of US$100 million from online bank accounts of businesses and consumers in the US and around the world.
However, despite the taking down of the GameOver botnet and the demise of CryptoLocker, it’s not all over as new variants of file-encrypting ransomware still exist. The following screen is what you don’t want to see on your computer monitor.
Check out this nice article about how to protect yourself from ransomware with the Sophos Virus Removal Tool.
I have an easier, effective and unorthodox solution, which I have mentioned in public lectures and previous columns.: changing your cyber lifestyle by having “naked” computers, i.e. not storing a single file in the computer hard disks, apart from the operating system and software program files.
In essence, I store all my files on an external encrypted hard disk and use either the 1 laptop or 2 laptops approach – with the former you alternate between online and offline depending on when you connect the external disk to the laptop and with the latter, you attach the external disk to a laptop that is offline (you can go one step further with the Snowden approach by using an “air gapped” computer, as he has recommended to Glenn Greenwald) and work online only with the other computer. The latter would come handy when on the road (even with the extra weight) as there are always risks with public (which one should always avoid) and hotel internet connections, spying walls, etc.
Gemalto, the world’s largest SIM cards manufacturer that The Intercept reported last week to be hacked by the NSA and GCHQ, putting at risk some two billion SIM cards used in cellphones across the world, has somehow and somewhat concluded its findings after a “thorough” internal investigations in just six days, with assurance that its encryption keys are safe and admitted that the French-Dutch company believes the US and British spy agencies were behind a “particularly sophisticated intrusion” of its internal computer networks, back four-five years ago.
In The Intercept follow-up report (please see further below):
“Gemalto learned about this five-year-old hack by GCHQ when the The Intercept called them up for a comment last week. That doesn’t sound like they’re on top of things, and it certainly suggests they don’t have the in-house capability to detect and thwart sophisticated state-sponsored attacks,” says Christopher Soghoian, the chief technologist at the American Civil Liberties Union.
Or consider this (below – Source: https://www.youtube.com/watch?v=z0amvXr8BUk )
Gemalto Doesn’t Know What It Doesn’t Know
By Jeremy Scahill
Gemalto, the French-Dutch digital security giant, confirmed that it believes American and British spies were behind a “particularly sophisticated intrusion” of its internal computer networks, as reported by The Intercept last week.
This morning, the company tried to downplay the significance of NSA and GCHQ efforts against its mobile phone encryption keys — and, in the process, made erroneous statements about cellphone technology and sweeping claims about its own security that experts describe as highly questionable.
Gemalto, which is the largest manufacturer of SIM cards in the world, launched an internal investigation after The Intercept six days ago revealed that the NSA and its British counterpart GCHQ hacked the company and cyberstalked its employees. In the secret documents, provided by NSA whistleblower Edward Snowden, the intelligence agencies described a successful effort to obtain secret encryption keys used to protect hundreds of millions of mobile devices across the globe.
The company was eager to address the claims that its systems and encryption keys had been massively compromised. At one point in stock trading after publication of the report, Gemalto suffered a half billion dollar hit to its market capitalization. The stock only partially recovered in the following days.
After the brief investigation, Gemalto now says that the NSA and GCHQ operations in 2010-2011 would not allow the intelligence agencies to spy on 3G and 4G networks, and that theft would have been rare after 2010, when it deployed a “secure transfer system.” The company also said the spy agency hacks only affected “the outer parts of our networks — our office networks — which are in contact with the outside world.”
Security experts and cryptography specialists immediately challenged Gemalto’s claim to have done a “thorough” investigation into the state-sponsored attack in just six days, saying the company was greatly underestimating the abilities of the NSA and GCHQ to penetrate its systems without leaving detectable traces.
“Gemalto learned about this five-year-old hack by GCHQ when the The Intercept called them up for a comment last week. That doesn’t sound like they’re on top of things, and it certainly suggests they don’t have the in-house capability to detect and thwart sophisticated state-sponsored attacks,” says Christopher Soghoian, the chief technologist at the American Civil Liberties Union. He adds that Gemalto remains “a high-profile target for intelligence agencies.”
Matthew Green, a cryptography specialist at the Johns Hopkins Information Security Institute, said, “This is an investigation that seems mainly designed to produce positive statements. It is not an investigation at all.”
In its statement, Gemalto asserted:
“While the intrusions described above were serious, sophisticated attacks, nothing was detected in other parts of our network. No breaches were found in the infrastructure running our SIM activity or in other parts of the secure network which manage our other products such as banking cards, ID cards or electronic passports. Each of these networks is isolated from one another and they are not connected to external networks.
It is extremely difficult to remotely attack a large number of SIM cards on an individual basis. This fact, combined with the complex architecture of our networks explains why the intelligence services instead, chose to target the data as it was transmitted between suppliers and mobile operators as explained in the documents.”
But security and encryption experts told The Intercept that Gemalto’s statements about its investigation contained a significant error about cellphone technology. The company also made sweeping, overly-optimistic statements about the security and stability of Gemalto’s networks, and dramatically underplayed the significance of the NSA-GCHQ targeting of the company and its employees. “Their ‘investigation’ seem to have consisted of asking their security team which attacks they detected over the past few years. That isn’t much of an investigation, and it certainly won’t reveal successful nation-state attacks,” says the ACLU’s Soghoian.
Security expert Ronald Prins, co-founder of the Dutch firm Fox IT, told The Intercept, “A true forensic investigation in such a complex environment is not possible in this time frame.”
“A damage assessment is more what this looks like,” he added.
In a written presentation of its findings, Gemalto claims that “in the case of an eventual key theft, the intelligence services would only be able to spy on communications on second generation 2G mobile networks. 3G and 4G networks are not vulnerable.” Gemalto also referred to its own “custom algorithms” and other, unspecified additional security mechanisms on top of the 3G and 4G standards.
Green, the Johns Hopkins cryptography specialist, said Gemalto’s claims are flatly incorrect.
“No encryption mechanism stands up to key theft,” Green says, “which means Gemalto is either convinced that the additional keys could not also have been stolen or they’re saying that their mechanisms have some proprietary ‘secret sauce’ and that GCHQ, backed by the resources of NSA, could not have reverse engineered them. That’s a deeply worrying statement.”
“I think you could make that statement against some gang of Internet hackers,” Green adds. “But you don’t get to make it against nation state adversaries. It simply doesn’t have a place in the conversation. They are saying that NSA/GCHQ could not have breached those technologies due to ‘additional encryption’ mechanisms that they don’t specify, and yet here we have evidence that GCHQ and NSA were actively compromising encryption keys.”
In a press conference today in Paris, Gemalto’s CEO, Olivier Piou, said his company will not take legal action against the NSA and GCHQ. “It’s difficult to prove our conclusions legally, so we’re not going to take legal action,” he said. “The history of going after a state shows it is costly, lengthy and rather arbitrary.”
There has been significant commercial pressure and political attention placed on Gemalto since The Intercept’s report. Wireless network providers on multiple continents demanded answers and some, like Deutsche Telekom, took immediate action to change their encryption algorithms on Gemalto-supplied SIM cards. The Australian Privacy Commissioner has launched an investigation and several members of the European Union parliament and Dutch parliament have asked individual governments to launch investigations. German opposition lawmakers say they are initiating a probe into the hack as well.
On Wednesday, Gerard Schouw, a member of the Dutch parliament, submitted formal questions about the Gemalto hack and the findings of the company’s internal investigation to the interior minister. “Will the Minister address this matter with the Ambassadors of the United States and the United Kingdom? If not, why is the Minister not prepared to do so? If so, when will the Minister do this?” Schouw asked. “How does the Minister assess the claim by Gemalto that the attack could only lead to wiretapping 2G-network connections, and that 3G and 4G-type networks are not susceptible to this kind of hacks?”
China Mobile, which uses Gemalto SIM cards, has more wireless network customers than any company in the world. This week it announced it was investigating the breach and the Chinese government said it was “concerned” about the Gemalto hack. “We are opposed to any country attempting to use information technology products to conduct cyber surveillance,” Foreign Ministry spokesman Hong Lei said. “This not only harms the interests of consumers but also undermines users’ confidence.” He did not mention that China itself engages in widespread, state-sponsored hacking.
While Gemalto is clearly trying to calm its investors and customers, security experts say the company’s statements appear intended to reassure the public about the company’s security rather than to demonstrate that it is taking the breach seriously.
The documents published by The Intercept relate to hacks done in 2010 and 2011. The idea that spy agencies are no longer targeting the company — and its competitors — with more sophisticated intrusions, according to Soghoian, is ridiculous. “Gemalto is as much of an interesting target in 2015 as they were in 2010. Gemalto’s security team may want to keep looking, not just for GCHQ and NSA, but also, for the Chinese, Russians and Israelis too,” he said.
Green, the Johns Hopkins cryptographer, says this hack should be “a wake-up call that manufacturers are considered valuable targets by intelligence agencies. There’s a lot of effort in here to minimize and deny the impact of some old attacks, but who cares about old attacks? What I would like to see is some indication that they’re taking this seriously going forward, that they’re hardening their systems and closing any loopholes — because loopholes clearly existed. That would make me enormously more confident than this response.”
Green says that the Gemalto hack evidences a disturbing trend that is on the rise: the targeting of innocent employees of tech firms and the companies themselves. (The same tactic was used by GCHQ in its attack on Belgian telecommunications company Belgacom.)
“Once upon a time we might have believed that corporations like this were not considered valid targets for intelligence agencies, that GCHQ would not go after system administrators and corporations in allied nations. All of those assumptions are out the window, so now we’re in this new environment, where everyone is a valid target,” he says. “In computer security, we talk about ‘threat models,’ which is a way to determine who your adversary is, and what their capabilities are. This news means everyone has to change their threat model.”
Additional reporting by Ryan Gallagher. Josh Begley contributed to this report.
Congratulations to Laura Poitras and her team behind “CitizenFour” in winning the Oscars for Best Documentary Feature. And did you notice Snowden‘s girlfriend Lindsay Mills was on the stage (see picture above (Credit: YouTube) and video clips below)?
The newly announced internet-connected “Hello Barbie” (see video clip below) may be every girls’ dream but every parents’ nightmare.
The first-ever conversational doll (developed by ToyTalk in partnership with Mattel) will chat with the kids, record their conversations and transmit the recorded data to servers to be analyzed… and yes, risk being hacked and abused by pedophiles.
Think about it, it has all the hacking ingredients for any tech savvy blokes: wi-fi connection, speech-recognition software, phone apps (for kids?!), two-way conversations with kids and cloud storage.
Not convinced? Consider this: these capabilities mean these Barbies can also eavesdrop and record any conversation within the four-walls. Not much difference from the internet-connected spying Samsung smart TV.
“It wouldn’t take much for a malicious individual to intercept either the wi-fi communications from the phone or tablet, or connect to the doll over Bluetooth directly. These problems aren’t difficult to solve; the manufacturer needs to check the phone application carefully to make sure it’s secure. They also need to check that any information sent by the doll to their online systems is protected,” reportedly according to Ken Munro, a security researcher at Pen Test Partners, who has previously warned about the vulnerabilities in another doll called Cayla which uses speech-recognition and Google’s translation tools.
This news originally from The Intercept, based on leaked files from Edward Snowden, shouldn’t come as a surprise as the NSA had been on a mission to Collect It All (Chapter 3) according to Glenn Greenwald’s book “No Place to Hide” (see above).
I’m a self-confessed hardcore fan of the good old IBM Thinkpad laptops but I’ve shied away from the black box ever since the Lenovo acquisition in 2005. And this (see video clips below) is one of those reasons. My tilt these days is towards those laptops with no parts made in China…
Amid continuing Sino-US spats on cyber-espionage and related matters, China is beefing up its cyber and national security in a big way as it is reportedly just months away from launching the longest quantum communications network on earth stretching some 2,000 kilometer between its capital Beijing and financial center Shanghai to transfer data close to the speed of light with no hacking risks – initially to transmit sensitive diplomatic and classified information for the government and military with personal and financial data also on the cards for the near future.
And that’s ahead of the previously announced plan for 2016 to become the first country to launch a quantum communications satellite into the orbit.
Looks like Snowden was spot on again. In a post just a month ago, I wrote what he said about how the US (would and) is paying the price for focusing too much on the cyber offensive at the expense of cyber defense.
Meanwhile, following the recent cyber-attack on Sony Pictures, President Barack Obama’s homeland security and counter-terrorism adviser Lisa Monaco announced earlier this week a new intelligence unit – the Cyber Threat Intelligence Integration Center – to take the lead in tracking cyber-threats by pooling and disseminating data on cyber-breaches to other US agencies.
“Currently, no single government entity is responsible for producing coordinated cyber threat assessments,” according to Monaco.
China nears launch of hack-proof ‘quantum communications’ link
Published: Feb 9, 2015 11:13 p.m. ET
Technology to be employed for military and other official uses
BEIJING (Caixin Online) — This may be a quantum-leap year for an initiative that accelerates data transfers close to the speed of light with no hacking threats through so-called “quantum communications” technology.
Within months, China plans to open the world’s longest quantum-communications network, a 2,000-kilometer (1,240-mile) electronic highway linking government offices in the cities of Beijing and Shanghai.
Meanwhile, the country’s aerospace scientists are preparing a communications satellite for a 2016 launch that would be a first step toward building a quantum communications network in the sky. It’s hoped this and other satellites can be used to overcome technical hurdles, such as distance restrictions, facing land-based systems.
Physicists around the world have spent years working on quantum-communications technology. But if all goes as planned, China would be the first country to put a quantum-communications satellite in orbit, said Wang Jianyu, deputy director of the China Academy of Science’s (CAS) Shanghai branch.
At a recent conference on quantum science in Shanghai, Wang said scientists from CAS and other institutions have completed major research and development tasks for launching the satellite equipped with quantum-communications gear.
The satellite program’s likelihood for success was confirmed by China’s leading quantum-communications scientist, Pan Jianwei, a CAS academic who is also a professor of quantum physics at the University of Science and Technology of China (USTC) in Hefei, in the eastern province of Anhui. Pan said researchers reported significant progress on systems development after conducting experiments at a test center in Qinghai province, in the northwest
The satellite would be used to transmit encoded data through a method called quantum key distribution (QKD), which relies on cryptographic keys transmitted via light-pulse signals. QKD is said to be nearly impossible to hack, since any attempted eavesdropping would change the quantum states and thus could be quickly detected by data-flow monitors.
A satellite-based quantum-communications system could be used to build a secure information bridge between the nation’s capital and Urumqi, a city that’s the capital of the restive Xinjiang Uyghur Autonomous Region in the west, Pan said.
It’s likely the technology initially will be used to transmit sensitive diplomatic, government-policy and military information. Future applications could include secure transmissions of personal and financial data.
Plans call for China to put additional satellites into orbit after next year’s ground-breaking launch, Pan said, without divulging how many satellites might be deployed or when. He did say that China hopes to complete a QKD system linking Asia and Europe by 2020, and have a worldwide quantum-communications network in place by 2030.
In 2009, China became the first country in the world to put quantum-communications technology to work outside of a laboratory.
In October of that year, a team of scientists led by Pan built a secure network for exchanging information among government officials during a military parade in Beijing celebrating the 60th anniversary of the People’s Republic. The demonstration underscored the research project’s key military application.
“China is completely capable of making full use of quantum communications in a regional war,” Pan said. “The direction of development in the future calls for using relay satellites to realize quantum communications and control that covers the entire army.”
The country is also working to configure the new technology for civilian use.
A pilot quantum-communications network that took 18 months to build was completed in February 2012 in Hefei. The network, which cost the city’s government 60 million yuan ($9.6 million), was designed by Pan’s team to link 40 telephones and 16 video cameras installed at city government agencies, military units, financial institutions and health-care offices.
A similar, civilian-focused network built by Pan’s team in Jinan, the provincial capital of the eastern province of Shandong, started operating in March 2014. It connects some 90 users, most of whom tap the network for general business and information.
In late 2012, Pan’s team installed a quantum-communications network that was used to securely connect the Beijing venue hosting a week-long meeting of the 18th National Congress of the Communist Party, with hotel rooms where delegates stayed, as well as the Zhongnanhai compound in Beijing where the nation’s top leaders live and work.
Next on the development agenda is opening the network linking Beijing and Shanghai. Pan is leading that project as well.
If all goes as planned, Pan said, existing networks in Hefei and Jinan would eventually be tied to the Beijing-Shanghai channel to provide secure communications connecting government and financial agencies in each of the four regions. The new network could be operating as early as 2016.
No room for hype
A quantum code expert said that so far, quantum-communications technology development efforts in China have basically focused on protecting national security. “How important it will be for the public and in everyday life are questions that remain unanswered,” said the expert.
To date, Pan said, technical barriers and the high cost of systems development have kept private capital out of what’s now almost exclusively a government initiative. Moreover, it’s still too early to tell whether the technology has any potential commercial value.
Pan has warned the public not to listen to investment come-ons that hype the money-making potential of quantum-communications businesses. At this stage of the game, he said, the focus is still on technological development, not commercial applications.
Nevertheless, since 2009, USTC has been building a commercial enterprise called Anhui Quantum Communication Technology Co. to produce equipment based on technology developed by Pan and his team. The company is China’s largest quantum-communications equipment supplier. Last September, it said it had started mass-producing quantum-cryptography equipment.
Anhui Quantum general manager Zhao Yong said the company’s clients include financial institutions and government agencies seeking to supplement, not replace, conventional communications systems. Their shared goal, he said, is to improve data security.
Once the technology has matured, said Wang Xiangbin, a physicist at Beijing’s Tsinghua University, its range of applications should be targeted to specific industries and regions because of its high barrier in technology and cost. Quantum communications is not a technology suitable for mass use via the Internet, for example, Wang told a group of scientists at a 2012 seminar.
Some experts say it’s wrong to assume that quantum communications is a flawlessly secure means of transmitting information. Another Tsinghua physics professor, Long Guilu, said quantum communication is only theoretically safe, since malfunctioning equipment or operational errors can open doors to risk.
Experimental systems built in 2007 by Chinese and U.S. physicists reportedly achieved secure QKD transmissions between two points more than 100 kilometers apart. But the experiment also taught scientists that data can be intercepted by a third party during a transmission.
In addressing the naysayers, Pan admitted that quantum communications is not perfect. But he defended it as safer than conventional means of communication. In fact, he said, no means of protecting data is more secure than quantum communications.
To test the capacity and safety of the network linking Beijing and Shanghai, Pan said his team plans to ask other communications experts to carefully study the system and look for potential security holes. The network could then be modified in ways that close any detected gaps and reduce hacking risks.
“Assessments and testing will be conducted after the network is completed,” said Pan, who remains convinced that any network using quantum cryptographic technology is more secure than any other communications channel.
Pan has been working on quantum-communications technology since the late 1990s, when he was a researcher at the University of Vienna and working in a partnership with Austrian physicist Anton Zeilinger. That team is credited with developing the first protocol for quantum communications.
Pan worked with Zeilinger about a decade after U.S. physicist Charles Bennett and colleagues at IBM Research built the world’s first functioning quantum cryptographic system. Based on their research, the first network was installed in the U.S. city of Boston.
Like their counterparts in China, researchers in the United States, Japan and European countries continue work to advance the technology. A key effort is aimed at extending that potential reach of quantum-communications systems, which for years were used only to span short distances.
Some experts have even wondered whether the new technology has been misidentified, since its key feature is high-level cryptography, not electronic communications.
“What we can do now is merely encrypt data, which is far from real quantum communications,” said one expert who declined to be named. “Theoretically it can’t be hacked, but in practice it has many limitations.”
Guo Guangcan, director of USTC’s quantum-communications lab, said networks now operating and those being built in China “achieve encryption only,” whereas true communications networks “involve content.”
“It’s not accurate to call it quantum communications,” said Guo.
Whatever it’s called, China appears determined to push ahead with the research and development that paves the way for a new era of secure communications. And according to Pan, that era is still at least a decade away.
“It will take 10 to 20 years to really put (the technology) into practice,” said Pan.
Rewritten by Han Wei