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Showing posts with label Protecting Your Identity. Show all posts
Showing posts with label Protecting Your Identity. Show all posts

Why We Need To Worry About Every Other Country's NSA Too

Why We Need To Worry About Every Other Country's NSA Too

With the troves of extremely valuable personal information collected by social media giants, it’s likely—if not already occurring—that foreign spies have infiltrated several Silicon Valley companies in the hopes of accessing your/our data, according to leading cyber security strategist Menny Barzilay.
“It’s a mistake to think that the American government is the only one taking things out of Facebook,” Barzilay told me, “Other countries are putting a lot of effort into SIGINT [signals intelligence, similar to what the NSA does], but it would be a lot easier for one of them to pay someone in Facebook to access the data they [foreign intelligence agencies] want.”
Social media’s data has immense value to the intelligence community. “Why else would the NSA go after it?” Barzilay quipped. One of the most concrete examples he cited was mapping social connections, a technique that intelligence experts concluded would have generated significant amounts of actionable intelligence leading up to 9/11. Geolocation tags embedded in images—even if a user doesn’t specifically tag the post with a location—can also be incredibly useful in assisting analysts building a profile of a target. Mapping where a target is, could, hypothetically, help an intelligence team infiltrate their home or office to plant someNSA-style spy gear, or more traditional bugs.
Barzilay is a former information security officer with the Israeli Defense Forces, and now heads the IT department of one the country’s largest banks, and is referring to what’s called human intelligence, or HUMINT—the oft-romanticized James Bond type business of spying in person, or using moles, and informants to collect information. What’s interesting, Barzilay said, is that nowadays we have this “unprecedented” situation where corporations run by civilians have actually rapidly outpaced the military in terms of bleeding edge technology; namely, all of that extremely valuable data the Facebooks of the world collect.
Other security researchers agree with Barzilay’s assessment. “Silicon Valley companies are built around developers and the dev environment with values like trust and transparency,” independent security expert Rodrigo Bijou told me, “As a result, company projects, new deals, and even salaries are open information company-wide, which could make it very easy for an insider to gather valuable intelligence.” He went on to explain that the data isn’t all that well protected because most of the tech giants are set up with a development focus, and because of that controlling access to information that might be useful to “malicious actors” presents numerous challenges.
Barzilay pointed out too that low level employees—who don’t undergo the same level of vetting as a military officer—have access to the same, massive datasets as their superiors, theoretically making it easier to install an agent. “They have unrestricted access to information,” Barzilay said. One of the other key differences is that in the private sector, unlike in the military, there are many more people who hold positions of information-related trust, Barzilay said. Now data scientists, and many others have relatively unrestricted access to petabytes of personal information, unlike in the past.
“These guys [foreign intelligence services] are good at recruiting spies in much more sensitive locations and access to classified information,” Barzilay said, “When thinking about this, we have to understand that private companies are in a weird situation, CIOs are in a weird situation, they have to build controls to deal with states or countries.” Military installations have considerably tighter security than most companies in the US, he said.
Private sector companies aren’t oblivious to the threat—at this years’ RSA security conference, for example, there were a handful of talks on the subject, and how to deal with what the industry calls “insider threats.” There are numerous technical measures and security protocols to be sure, but according to former FBI chief information security officer Patrick Reidy, it may not be possible to detect and prevent every insider threat, even at the FBI. But, it’s definitely possible—through deterrence and detection—to make it a lot more difficult for spies to do their work.
Reidy made clear that insider threats are far more than a just cyber security concern. Often they are regular employees who joined an organization with “no malicious intent.” Insiders are most often people with trusted access to do things that they aren’t supposed to, Reidy said, and only about 1.5 percent of espionage cases involved “admin” privileges. This means most were perpetrated by “normal” employees. And as a result companies wishing to get serious about detection have to couple data/technical driven approaches, with traditional ways of weeding out insider threats.
It’s worth noting that to date there aren’t any examples of spooks successfully infiltrating and stealing data from the social media giants in Silicon Valley, a fact that Barzilay acknowledged. But, he pointed out that the world’s intelligence community would be loath to make public statements boasting about their successes in any area—much less the companies themselves. There are numerous examples of the Chinese government successfully infiltrating companies, and stealing trade secrets. And regardless of the lack of hard evidence, the scenario seems entirely possible, begging the question what would prevent foreign governments from attempting such activities? It’s also yet another opportunity to reconsider the amount of information you, as a social media user, are willing to trust to a private corporation.
TOPICS: Spies, privacy, nsa, power, data

Encryption Is Our Best Bet for a Secure Web, and Now It's Bleeding

Encryption Is Our Best Bet for a Secure Web, and Now It's Bleeding

Encryption is rightly touted as the best way to stay secure and private online. In a world where the NSA has developed powerful tools of attack that jeopardize digital privacy to the fullest extent imaginable (and then some), encryption is essential for scrambling messages to prevent—or at least deter—prying eyes from snooping.
During a talk at the planet’s mecca for cool brands and cool bands, SXSW, Edward Snowden reiterated that “encryption does work,” adding: “We need to not think of encryption as an arcane, dark art, but as basic protection for the digital world.”
That’s not to say that encryption is a surefire win, because there are a multitude of ways that even encrypted communications can be compromised. In fact, Snowdencalled for stronger encryption in that very same SXSW keynote. So while the goal is to make encryption as easy to use as possible, keeping up with best practices that make encryption effective in a changing cyber-landscape currently requires a fairly nerdy level of attention. Especially in light of recent events.
For example, the computer security community was shaken up last year when revelations of NSA backdoors into popular encryption standards began to make headlines. A company called RSA, that had long been an industry-standard for encryption services, was paid $10 million dollars to essentially break their own software—in a clandestine way that only the NSA would be privy to. And, as Reuters reported last month, that backdoor is bigger than anyone had previously imagined.
But beyond clandestine government backdoors, there are bugs within encryption protocols—just like any other type of software. Enter the Heartbleed bug, which has made a large swath of the internet vulnerable in a big way, by eroding the reliability of a widely-used encryption standard called OpenSSL. This bug has apparently existed within the platform for two years.
Now, if you’re not up on encryption standards and their respective popularity, Meghan Neal wrote an excellent primer on the Heartbleed bug for our sister site Motherboard, where she puts the size of this technical clusterfuck into perspective: “A recent survey from the internet security firm Netcraft showed that 66 percent of websites run on the open source web servers Apache and Nginx, which use OpenSSL by default.”
To learn more about Heartbleed’s impact on the internet, I reached out toChristopher Parsons, a postdoctoral fellow at the Citizen Lab, which is an “interdisciplinary laboratory” at the University of Toronto that primarily studies and investigates “Information and Communication Technologies (ICTs), human rights, and global security.”
In an email, Chris told me: “Heartbleed is a significant vulnerability because a vast number of services rely on OpenSSL to secure client-server communications. In effect, the vulnerability would let someone query a server and extract highly sensitive information (e.g. password/logins, private decryption keys, and other sensitive information stored in a server's memory) without it being evident to the administrator of the server. The result is that Heartbleed gives third-parties a way to access highly sensitive information without administrators' or service-users' knowledge or awareness.”
This, of course, is a major problem. Security aficionados have run mass sweeps of websites to determine just how vulnerable the internet has become as a result of Heartbleed, and some of your favourite online haunts may well be affected; this includes RedTube, Yahoo, OkCupid, Imgur, and Flickr. But not Facebook, Amazon, YouTube, or Wikipedia. So if you plan on paying for a premium subscription at either RedTube or OkCupid this week, perhaps you should hold off until these sites get their shit together; but feel free to order a bunch of books and stock up your farm in Farmville, with purple cows and orchid fields, or whatever it is that people buy in that game.
Imaginary Farmville accessories aside, if you’re a Canadian who felt like doing your taxes online this year, well, Heartbleed has other plans for you. Yesterday the Canadian Revenue Association announced that it would be shutting down all of their public, secure sites until they can figure out what to do with their new friend: the gaping security hole. Right in the middle of the tax season, too. Good going, Heartbleed!
Chris Parsons nearly predicted the CRA’s vulnerability just before they decided to shut down their tax websites, while some of his colleagues and followers criticized the Canadian Cyber Incident Response Centre (CCIRC) for not alerting the public sooner, when it was already obvious the CRA was using a vulnerable version of SSL. Chris discussed the potential ramifications of the CRA’s Heartbleed vulnerability with me:
“A significant amount of highly sensitive tax-related personal information is passed through CRA's online service gateways. A third-party could have, potentially, accessed logins and passwords of Canadians or the private keys of CRA's services. The former set of information would let that party log into CRA and impersonate the person in question. The latter set of data could let the third-party decrypt previously captured client-server information and, as a result, decode not just passwords and logins but also the tax data that individuals provided to CRA.”
It’s not clear if anyone was able to exploit the CRA’s systems before they could shut down entirely, but so far there have been no reports of taxpayer information being jeopardized or stolen. According to the CRA, this problem will be fixed “over the weekend,” and has graciously vowed to not penalize taxpayers for this interruption. As for how they can patch the hole in the their system, it’s a simple process that comes with some fine print pertaining to user security. In Chris’s words:
“In most cases it should be relatively straightforward: update to the most recent version of OpenSSL, revoke old certificates, and regenerate new public keys with newly issued certificates. However, this doesn't resolve the problem of someone using the previously captured private keys to decrypt traffic they have previously intercepted, nor does it solve the problem of a third-party having captured users' logins and passwords. It also doesn't fix the problem of a third-party capturing other sensitive information that may have been temporarily placed in the server's memory.”
Since this bug has been kicking around in OpenSSL for two years, there is an enormous amount of confidential data that has been “encrypted,” yet vulnerable, and sent through the internet’s many tubes. If a malicious party has been privy to Heartbleed for any amount of time, then there’s nothing anyone can do, retroactively, about any nefarious data collection or interception that may have taken place. So if the NSA, for example, has an archive of traffic and data that was encrypted with OpenSSL spanning the past two years—stored in one of their data centres—then it’s now open season for all of that presumed-to-be-protected information (assuming they didn’t already know about Heartbleed).
But that’s the big, scary, the U.S. government is watching you angle. For the average user, you should maybe worry about hackers busting into your OkCupid or Imgur account and matching that password with your Facebook or Gmail. If you’re a one-password type of person, then this is a real concern. Chris suggests that “users would be advised to change their logins across sites; first they should change logins/passwords on *non-affected* sites that share credentials with affected sites. Next, once vulnerable sites and services are patched, they should change their passwords on those vulnerable sites.“
As you can probably tell by now, a bug as big as Heartbleed causes a ripple effect of broken trust online. The bug has dented the integrity of OpenSSL, and when you consider that alongside news stories about NSA backdoors in RSA encryption, which are still stinging cryptography enthusiasts the world over, it’s evident that even some of our most complex and robust encryption standards are vulnerable to massive exploits... and the consequences of that are a bit unnerving.
Ultimately, shake-ups like this tend to make tech companies wisen up a bit. After all, even though Yahoo was vulnerable to Heartbleed when the bug was announced, they claim to have already patched everything up, and are making moves to havetheir free webmail service completely encrypted. Granted, it’s hard to trust a company that let Heartbleed fuck their whole game up—but at least they’re trying to combat the seismic forces of government surveillance and pervasive encryption bugs with large-scale encryption.
In a world where massive, code-cracking spy agencies appear to have a “catch ‘em all” approach to digital data collection—expecting any sort of privacy online is a fool’s game. But with massive encryption bugs like Heartbleed in the mix, it can be tempting to return to an analog world of handwritten notes and in-person visits—if you’re at all concerned about the security of your information.
That said, even though privacy online may be a total illusion, and keeping your credit card number away from hackers and scam artists can seem like a roulette game, many of the web’s major players avoided the Heartbleed effect. And, it’s not as if Heartbleed broke the internet; it just exposed it even further as being a flawed, unsafe place to store information much of the time, and it makes me wonder, personally, when we’ll discover the next bleeding heart-shaped hole—smack dab in the middle of the internet.
It probably won’t be long.
This post first appeared on VICE.
TOPICS: heartbleed, security, encryption, cryptology, privacy, power, Internet

Fake Body Parts Still Fool Biometric Scanners

Fake Body Parts Still Fool Biometric Scanners

Passwords are in their twilight years, and it's looking more likely all the time that biometric IDs are the next generation of authentication, especially since the iPhone 5s touch ID helped popularize the idea. Next up are mobile payments via fingerprint or facial recognition and bio-activated smart home locks, and so a society where you can unlock your front door and take money out of the bank with your eyeballs isn't too far off.
Which is all to say that, dull as it may sound at the moment, it's probably a good idea to start thinking about biometric security.
It's no secret that biometric passwords aren't foolproof. They may be more secure than a six-digit password, particularly when most people still opt for dubious combos like "123456," but they can still be spoofed. We've seen fingerprint scanners fooled by artificial fingers made of Silly Putty, Play-Doh, plastic, clay, silicone, and gelatin. And fraudsters have used reverse-engineered images of an iris and realistic face masks to get past facial recognition tech. 
So in October, the EU and US invested some $8 million into a research project to study the weaknesses in biometric technologies and develop countermeasures for these kinds of spoofs. The project, called Tabula Rasa, meaning "blank slate,"published a video and report on their progress today.


The researchers are trying to win the cat-and-mouse game going on between fraudsters and security experts, by proactively solving for hacks before they happen. It's led to innovations in "spoof-proof" biometric ID software that measure "liveness" as well as pattern or image recognition. In other words, it checks for how lifelike is the biological key being scanned.
Take fingerprints for example. It's not very hard for a criminal to scan a fingerprint left on a surface somewhere, or even more clever, pull the digital file of the print stored in a biometric scanning system's archives, and reproduce it with, say, a 3D printer and some basic store-bought materials. (Not to mention it's pretty easy to find these prints—your iPhone's glass screen is full of them.)
So next-gen fingerprint scanners are being developed to measure texture and material to spot artificial impostor digits that aren't real human skin.
Same story with facial recognition. Masks or photos and video can fool basic systems, and iris scanners take the resulting snapshot of the eyeball and store it as code, a series of 1s and 0s that can be reverse-engineered to recreate the image and fool the stems. So new security systems are also including movement—requiring someone to blink before ID'ing them,  or analyzing skin texture.
Other solutions that combine multiple biometric markers—iris scanning, fingerprints, and facial recognition together—are launching for large-scale, high-speed authentication applications like, say, nationwide voter registration. Other are tracking more complex biometric measurements like a person's gate, vein identification, or electro-physiological signals like heartbeats.
There's no one more excited than me for the age of passwords to be over, but biometrics aren't a panacea for privacy and security. The stakes are also higher: If someone guesses your passcode or steals your house key, you can change your combination or replace the locks. But once someone swipes and replicates your fingerprint you're pretty much shit out of luck. So we better make it real hard to do that.
TOPICS: biometrics, security, passwords, hacking, Futures

Millions of Innocent Faces Will Be Added to the FBI's Recognition Database

Millions of Innocent Faces Will Be Added to the FBI's Recognition Database

Thanks to a lawsuit submitted by the Electronic Frontier Foundation, we are all a little more informed about how the FBI is on track to having a fully operational facial recognition database by this summer. With this information, we know a bit more about how the database could be used, and how large the agency plans to make it.
Writing in Ars Technica, Jennifer Lynch, the EFF attorney behind the lawsuit, explained the FBI's project. Called 'Next Generation Identification' (NGI), it may hold data on as much as a third of the US population and is being developed to replace the ageing digital fingerprint database that started in 1999. What’s new here is that NGI is designed to be ‘multimodal.' That is, it will link multiple forms of biometric data to biographical information such as name, address,  ID number, age and race. It's currently focused on fingerprint and facial records, but it will also be capable of holding iris scans and palm prints. Lynch told me that in the future it may also hold data on how individuals walk and facilitate voice recognition. 
According to the EFF, “the facial recognition component of this database poses real threats to privacy for all Americans.” They argue that facial recognition technology is not reliable and that the way the database returns results is fundamentally flawed, as well as pointing out that it will indiscriminately combine the details of both criminals and non-criminals.
In 2012, the NGI database already contained 13.6 million images (of seven to eight million individuals) and by mid-2013, it had 16 million images. We now know it aims to have 52 million facial records in its system by next year, and those will include some regular citizens.
The methods the FBI uses to pool masses of biometric data belonging to non-criminals can actually be quite subtle. Whenever someone applies for a job that requires a background check, they are required to submit fingerprint records. These records are then entered into federal databases. Right now, the FBI's fingerprint database contains around 70 million criminal profiles, and 34 million non-criminal records.
But what has changed with the NGI database is that the FBI accepts photographs along with fingerprints. If your employer wants to have a photo of you as well as your prints for their own security and records, this will be stored in the NGI.
The database, while maintained by the FBI, can be searched by “law enforcement at all levels,” according to Lynch.
“Your image would be searched every time there is a criminal investigation," she said. "The problem with that is the face recognition is still not 100 percent accurate.” This means that the system is liable to make mismatches with data. If a camera catches a criminal’s face and that is compared to images in the database, there’s no guarantee that it will pop up an accurate result. 
When the database is searched, it will never return a completely positive result. Instead, it provides the top hits, ranked by probability of match. So if your face just happens to be similar to someone else’s—perhaps a snapshot of a gunman caught in CCTV footage—you may become a suspect in that case.
Lynch mentioned another problem that we may come across in the future: When facial recognition technology improves further, law enforcement may be able to identify people remotely by combining the images and information in the database with portable biometric readers. These could be dedicated devices or simple tablets that match an individuals face with an image stored elsewhere.
“Say there's a political protest with a number of demonstrators,” she explained. “Law enforcement might have long-range lenses on their cameras or binoculars that are tied into a facial recognition database, and then the agent is able to identify people at that political protest without their knowledge.”
This sort of data exchange and on-the-ground scanning will be made possible by—and is one of the explicit aims of—FirstNet, the nationwide broadband network for law enforcement and first responders. 
As for the increasing size of the FBI's databases, Lynch sees it “as a general trend.” Perhaps their surveillance powers need to be matched with the same amount of scrutiny. 
TOPICS: forensics, facial recognition, fingerprints, FBI, biometrics, power,surveillance, privacy

The Exchange

Your information for sale: the illicit online marketplace

There’s a lot of information for sale on the Web's black market – and some of it might belong to you.
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Adding to an endless series of reports on Internet security breaches, cybersecurity firm Hold Security LLCrevealed this week that it discovered stolen credentials from some 360 million accounts available for sale on the underground Internet. Although it’s unclear now where the attacks were focused, the information unearthed includes user names and largely unencrypted passwords that could lead to anything from online bank accounts to huge corporate networks. Hold Security last year uncovered a massive hack at Adobe Systems that surfaced tens of millions of email addresses and encrypted passwords; this latest breach reportedly includes one attack that alone yielded more than 100 million records.
And it's all available for a price. See graphic below.
Welcome to the shadowy “deep Web,” where, along with drugs, weapons and hit men, one can purchase access to credit cards, online bank accounts, personal and corporate email accounts, health insurance information and much more. A “shopper” with $200 can buy a premium credit card number, secure a Gmail account or even rent a botnet that can infect networks of computers and be used to spread spam, launch denial of service attacks to major websites, attack bank computers and more. Those looking to purchase these items use tools such as Tor, which includes an identity-masking browser.

Yahoo Finance took a virtual shopping trip to browse what was available for purchase at this vast illicit Internet mall (naturally, we were just looking — not buying). The sales here can come and go very quickly, and items are often priced by the level of difficulty attached to obtaining them (for example, stolen health insurance information can go for as much as $1,300 a pop). Therefore you should view the information below as a simple snapshot of an ever-changing marketplace. 

And, after noting how disturbingly simple it is for your information to go on sale, consumers may also want to heed these 10 tips to protect yourself online.
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Graphics by Siemond Chan

5 Of The World’s Most Famous Hackers & What Happened To Them

5 Of The World’s Most Famous Hackers & What Happened To Them >> Full Details >> Read this article here at this... [Link]



Top 10 Identity Theft Scams, Plus 5 More


>Top 10 Ways to Avoid Identity Theft, Plus 5 More<

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