Entries Tagged "hacking"

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The NSA is Not Made of Magic

I am regularly asked what is the most surprising thing about the Snowden NSA documents. It’s this: the NSA is not made of magic. Its tools are no different from what we have in our world, it’s just better-funded. X-KEYSCORE is Bro plus memory. FOXACID is Metasploit with a budget. QUANTUM is AirPwn with a seriously privileged position on the backbone. The NSA breaks crypto not with super-secret cryptanalysis, but by using standard hacking tricks such as exploiting weak implementations and default keys. Its TAO implants are straightforward enhancements of attack tools developed by researchers, academics, and hackers; here’s a computer the size of a grain of rice, if you want to make your own such tools. The NSA’s collection and analysis tools are basically what you’d expect if you thought about it for a while.

That, fundamentally, is surprising. If you gave a super-secret Internet exploitation organization $10 billion annually, you’d expect some magic. And my guess is that there is some, around the edges, that has not become public yet. But that we haven’t seen any yet is cause for optimism.

Posted on May 21, 2014 at 3:29 PM • View Comments

The Continuing Public/Private Surveillance Partnership

If you’ve been reading the news recently, you might think that corporate America is doing its best to thwart NSA surveillance.

Google just announced that it is encrypting Gmail when you access it from your computer or phone, and between data centers. Last week, Mark Zuckerberg personally called President Obama to complain about the NSA using Facebook as a means to hack computers, and Facebook’s Chief Security Officer explained to reporters that the attack technique has not worked since last summer. Yahoo, Google, Microsoft, and others are now regularly publishing “transparency reports,” listing approximately how many government data requests the companies have received and complied with.

On the government side, last week the NSA’s General Counsel Rajesh De seemed to have thrown those companies under a bus by stating that—despite their denials—they knew all about the NSA’s collection of data under both the PRISM program and some unnamed “upstream” collections on the communications links.

Yes, it may seem like the public/private surveillance partnership has frayed—but, unfortunately, it is alive and well. The main focus of massive Internet companies and government agencies both still largely align: to keep us all under constant surveillance. When they bicker, it’s mostly role-playing designed to keep us blasé about what’s really going on.

The U.S. intelligence community is still playing word games with us. The NSA collects our data based on four different legal authorities: the Foreign Intelligence Surveillance Act (FISA) of 1978, Executive Order 12333 of 1981 and modified in 2004 and 2008, Section 215 of the Patriot Act of 2001, and Section 702 of the FISA Amendments Act (FAA) of 2008. Be careful when someone from the intelligence community uses the caveat “not under this program” or “not under this authority”; almost certainly it means that whatever it is they’re denying is done under some other program or authority. So when De said that companies knew about NSA collection under Section 702, it doesn’t mean they knew about the other collection programs.

The big Internet companies know of PRISM—although not under that code name—because that’s how the program works; the NSA serves them with FISA orders. Those same companies did not know about any of the other surveillance against their users conducted on the far more permissive EO 12333. Google and Yahoo did not know about MUSCULAR, the NSA’s secret program to eavesdrop on their trunk connections between data centers. Facebook did not know about QUANTUMHAND, the NSA’s secret program to attack Facebook users. And none of the target companies knew that the NSA was harvesting their users’ address books and buddy lists.

These companies are certainly pissed that the publicity surrounding the NSA’s actions is undermining their users’ trust in their services, and they’re losing money because of it. Cisco, IBM, cloud service providers, and others have announced that they’re losing billions, mostly in foreign sales.

These companies are doing their best to convince users that their data is secure. But they’re relying on their users not understanding what real security looks like. IBM’s letter to its clients last week is an excellent example. The letter lists five "simple facts" that it hopes will mollify its customers, but the items are so qualified with caveats that they do the exact opposite to anyone who understands the full extent of NSA surveillance. And IBM’s spending $1.2B on data centers outside the U.S. will only reassure customers who don’t realize that National Security Letters require a company to turn over data, regardless of where in the world it is stored.

Google’s recent actions, and similar actions of many Internet companies, will definitely improve its users’ security against surreptitious government collection programs—both the NSA’s and other governments’—but their assurances deliberately ignores the massive security vulnerability built into its services by design. Google, and by extension, the U.S. government, still has access to your communications on Google’s servers.

Google could change that. It could encrypt your e-mail so only you could decrypt and read it. It could provide for secure voice and video so no one outside the conversations could eavesdrop.

It doesn’t. And neither does Microsoft, Facebook, Yahoo, Apple, or any of the others.

Why not? They don’t partly because they want to keep the ability to eavesdrop on your conversations. Surveillance is still the business model of the Internet, and every one of those companies wants access to your communications and your metadata. Your private thoughts and conversations are the product they sell to their customers. We also have learned that they read your e-mail for their own internal investigations.

But even if this were not true, even if—for example—Google were willing to forgo data mining your e-mail and video conversations in exchange for the marketing advantage it would give it over Microsoft, it still won’t offer you real security. It can’t.

The biggest Internet companies don’t offer real security because the U.S. government won’t permit it.

This isn’t paranoia. We know that the U.S. government ordered the secure e-mail provider Lavabit to turn over its master keys and compromise every one of its users. We know that the U.S. government convinced Microsoft—either through bribery, coercion, threat, or legal compulsion—to make changes in how Skype operates, to make eavesdropping easier.

We don’t know what sort of pressure the U.S. government has put on Google and the others. We don’t know what secret agreements those companies have reached with the NSA. We do know the NSA’s BULLRUN program to subvert Internet cryptography was successful against many common protocols. Did the NSA demand Google’s keys, as it did with Lavabit? Did its Tailored Access Operations group break into to Google’s servers and steal the keys?

We just don’t know.

The best we have are caveat-laden pseudo-assurances. At SXSW earlier this month, CEO Eric Schmidt tried to reassure the audience by saying that he was “pretty sure that information within Google is now safe from any government’s prying eyes.” A more accurate statement might be, “Your data is safe from governments, except for the ways we don’t know about and the ways we cannot tell you about. And, of course, we still have complete access to it all, and can sell it at will to whomever we want.” That’s a lousy marketing pitch, but as long as the NSA is allowed to operate using secret court orders based on secret interpretations of secret law, it’ll never be any different.

Google, Facebook, Microsoft, and the others are already on the record as supporting these legislative changes. It would be better if they openly acknowledged their users’ insecurity and increased their pressure on the government to change, rather than trying to fool their users and customers.

This essay previously appeared on TheAtlantic.com.

Posted on March 31, 2014 at 9:18 AM • View Comments

NSA Hacks Huawei

Both Der Spiegel and the New York Times are reporting that the NSA has hacked Huawei pretty extensively, getting copies of the company’s products’ source code and most of the e-mail from the company. Aside from being a pretty interesting story about the operational capabilities of the NSA, it exposes some pretty blatant US government hypocrisy on this issue. As former Bush administration official (and a friend of mine) Jack Goldsmith writes:

The Huawei revelations are devastating rebuttals to hypocritical U.S. complaints about Chinese penetration of U.S. networks, and also make USG protestations about not stealing intellectual property to help U.S. firms’ competitiveness seem like the self-serving hairsplitting that it is. (I have elaborated on these points many times and will not repeat them here.) “The irony is that exactly what they are doing to us is what they have always charged that the Chinese are doing through us,” says a Huawei Executive.

This isn’t to say that the Chinese are not targeting foreign networks through Huawei equipment; they almost certainly are.

Posted on March 24, 2014 at 12:51 PM • View Comments

Details of the Target Credit Card Breach

Long and interesting article about the Target credit card breach from last year. What’s especially interesting to me is that the attack had been preventable, but the problem was that Target messed up its incident response.

In testimony before Congress, Target has said that it was only after the U.S. Department of Justice notified the retailer about the breach in mid-December that company investigators went back to figure out what happened. What it hasn’t publicly revealed: Poring over computer logs, Target found FireEye’s alerts from Nov. 30 and more from Dec. 2, when hackers installed yet another version of the malware. Not only should those alarms have been impossible to miss, they went off early enough that the hackers hadn’t begun transmitting the stolen card data out of Target’s network. Had the company’s security team responded when it was supposed to, the theft that has since engulfed Target, touched as many as one in three American consumers, and led to an international manhunt for the hackers never would have happened at all.

This is exactly the sort of thing that my new company, Co3 Systems, solves. All of those next-generation endpoint detection systems, threat intelligence feeds, and so on only matter if you do something in response to them. If Target had had incident response procedures in place, and a system in place to ensure they followed those procedures, it would have been much more likely to have responded to the alerts it received from FireEye.

This is why I believe that incident response is the most underserved area of IT security right now.

Posted on March 17, 2014 at 9:10 AM • View Comments

Computer Network Exploitation vs. Computer Network Attack

Back when we first started getting reports of the Chinese breaking into U.S. computer networks for espionage purposes, we described it in some very strong language. We called the Chinese actions cyber–attacks. We sometimes even invoked the word cyberwar, and declared that a cyber-attack was an act of war.

When Edward Snowden revealed that the NSA has been doing exactly the same thing as the Chinese to computer networks around the world, we used much more moderate language to describe U.S. actions: words like espionage, or intelligence gathering, or spying. We stressed that it’s a peacetime activity, and that everyone does it.

The reality is somewhere in the middle, and the problem is that our intuitions are based on history.

Electronic espionage is different today than it was in the pre-Internet days of the Cold War. Eavesdropping isn’t passive anymore. It’s not the electronic equivalent of sitting close to someone and overhearing a conversation. It’s not passively monitoring a communications circuit. It’s more likely to involve actively breaking into an adversary’s computer network—be it Chinese, Brazilian, or Belgian—and installing malicious software designed to take over that network.

In other words, it’s hacking. Cyber-espionage is a form of cyber-attack. It’s an offensive action. It violates the sovereignty of another country, and we’re doing it with far too little consideration of its diplomatic and geopolitical costs.

The abbreviation-happy U.S. military has two related terms for what it does in cyberspace. CNE stands for “computer network exploitation.” That’s spying. CNA stands for “computer network attack.” That includes actions designed to destroy or otherwise incapacitate enemy networks. That’s—among other things—sabotage.

CNE and CNA are not solely in the purview of the U.S.; everyone does it. We know that other countries are building their offensive cyberwar capabilities. We have discovered sophisticated surveillance networks from other countries with names like GhostNet, Red October, The Mask. We don’t know who was behind them—these networks are very difficult to trace back to their source—but we suspect China, Russia, and Spain, respectively. We recently learned of a hacking tool called RCS that’s used by 21 governments: Azerbaijan, Colombia, Egypt, Ethiopia, Hungary, Italy, Kazakhstan, Korea, Malaysia, Mexico, Morocco, Nigeria, Oman, Panama, Poland, Saudi Arabia, Sudan, Thailand, Turkey, UAE, and Uzbekistan.

When the Chinese company Huawei tried to sell networking equipment to the U.S., the government considered that equipment a “national security threat,” rightly fearing that those switches were backdoored to allow the Chinese government both to eavesdrop and attack US networks. Now we know that the NSA is doing the exact same thing to American–made equipment sold in China, as well as to those very same Huawei switches.

The problem is that, from the point of view of the object of an attack, CNE and CNA look the same as each other, except for the end result. Today’s surveillance systems involve breaking into the computers and installing malware, just as cybercriminals do when they want your money. And just like Stuxnet: the U.S./Israeli cyberweapon that disabled the Natanz nuclear facility in Iran in 2010.

This is what Microsoft’s General Counsel Brad Smith meant when he said: “Indeed, government snooping potentially now constitutes an ‘advanced persistent threat,’ alongside sophisticated malware and cyber attacks.”

When the Chinese penetrate U.S. computer networks, which they do with alarming regularity, we don’t really know what they’re doing. Are they modifying our hardware and software to just eavesdrop, or are they leaving :logic bombs” that could be triggered to do real damage at some future time? It can be impossible to tell. As a 2011 EU cybersecurity policy document stated (page 7):

…technically speaking, CNA requires CNE to be effective. In other words, what may be preparations for cyberwarfare can well be cyberespionage initially or simply be disguised as such.

We can’t tell the intentions of the Chinese, and they can’t tell ours, either.

Much of the current debate in the U.S. is over what the NSA should be allowed to do, and whether limiting the NSA somehow empowers other governments. That’s the wrong debate. We don’t get to choose between a world where the NSA spies and one where the Chinese spy. Our choice is between a world where our information infrastructure is vulnerable to all attackers or secure for all users.

As long as cyber-espionage equals cyber-attack, we would be much safer if we focused the NSA’s efforts on securing the Internet from these attacks. True, we wouldn’t get the same level of access to information flows around the world. But we would be protecting the world’s information flows—including our own—from both eavesdropping and more damaging attacks. We would be protecting our information flows from governments, nonstate actors, and criminals. We would be making the world safer.

Offensive military operations in cyberspace, be they CNE or CNA, should be the purview of the military. In the U.S., that’s CyberCommand. Such operations should be recognized as offensive military actions, and should be approved at the highest levels of the executive branch, and be subject to the same international law standards that govern acts of war in the offline world.

If we’re going to attack another country’s electronic infrastructure, we should treat it like any other attack on a foreign country. It’s no longer just espionage, it’s a cyber-attack.

This essay previously appeared on TheAtlantic.com.

Posted on March 10, 2014 at 6:46 AM • View Comments

Brian Krebs

Nice profile of Brian Krebs, cybersecurity journalist:

Russian criminals routinely feed Mr. Krebs information about their rivals that they obtained through hacks. After one such episode, he began receiving daily calls from a major Russian cybercriminal seeking his files back. Mr. Krebs is writing a book about the ordeal, called “Spam Nation,” to be published by Sourcebooks this year.

In the meantime, hackers have been competing in a dangerous game of one-upmanship to see who can pull the worst prank on Mr. Krebs. They often steal his identity. One opened a $20,000 credit line in his name. Admirers have made more than $1,000 in bogus PayPal donations to his blog using hacked accounts. Others have paid his cable bill for three years with stolen credit cards.

The antics can be dangerous. In March, as Mr. Krebs was preparing to have his mother over for dinner, he opened his front door to find a police SWAT team pointing semiautomatic guns in his direction. Only after his wife returned home from the grocery store to find him handcuffed did the police realize Mr. Krebs had been the victim of “swatting.” Someone had called the police and falsely reported a murder at their home.

Four months after that, someone sent packets of heroin to Mr. Krebs’s home, then spoofed a call from his neighbor to the police. But Mr. Krebs had already been tipped off to the prank. He was tracking the fraud in a private forum—where a criminal had posted the shipment’s tracking number ­- and had alerted the local police and the F.B.I.

Posted on February 20, 2014 at 4:09 PM • View Comments

RCS Spyware and Citizen Lab

Remote-Controlled System (RCS) is a piece of spyware sold exclusively to governments by a Milan company called Hacking Team. Recently, Citizen Lab found this spyware being used by the Ethiopian government against journalists, including American journalists.

More recently, Citizen Lab mapped the software and who’s using it:

Hacking Team advertises that their RCS spyware is “untraceable” to a specific government operator. However, we claim to identify a number of current or former government users of the spyware by pinpointing endpoints, and studying instances of RCS that we have observed. We suspect that agencies of these twenty-one governments are current or former users of RCS: Azerbaijan, Colombia, Egypt, Ethiopia, Hungary, Italy, Kazakhstan, Korea, Malaysia, Mexico, Morocco, Nigeria, Oman, Panama, Poland, Saudi Arabia, Sudan, Thailand, Turkey, UAE, and Uzbekistan.

Both articles on the Citizen Lab website are worth reading; the details are fascinating. And more are coming.

Finally, congratulations to Citizen Lab for receiving a 2014 MacArthur Award for Creative and Effective Institutions, along with the $1M prize. This organization is one of the good guys, and I’m happy to see it get money to continue its work.

Posted on February 20, 2014 at 9:19 AM • View Comments

NSA/GCHQ Accused of Hacking Belgian Cryptographer

There has been a lot of news about Belgian cryptographer Jean-Jacques Quisquater having his computer hacked, and whether the NSA or GCHQ is to blame. There have been a lot of assumptions and hyperbole, mostly related to the GCHQ attack against the Belgian telecom operator Belgacom.

I’m skeptical. Not about the attack, but about the NSA’s or GCHQ’s involvement. I don’t think there’s a lot of operational value in most academic cryptographic research, and Quisquater wasn’t involved in practical cryptanalysis of operational ciphers. I wouldn’t put it past a less-clued nation-state to spy on academic cryptographers, but it’s likelier this is a more conventional criminal attack. But who knows? Weirder things have happened.

Posted on February 10, 2014 at 6:57 AM • View Comments

Hacking Airline Lounges for Free Meals

I think this is a great hack:

A man bought a first-class ticket and used it to have free meals and drinks at the airport’s VIP lounge almost every day for nearly a year, Kwong Wah Yit Poh reported.

The itinerary for the ticket was found to have been changed more than 300 times within a year, and the owner of the ticket used it to enjoy the facilities at the airport’s VIP lounge in Xi’an in Shaanxi, China.

[…]

When the ticket’s validity was almost up, the passenger cancelled it for a refund.

It’s such a weird occurrence that I’m not even sure it’s worth bothering to defend against.

EDITED TO ADD (2/4): Hacker News thread.

Posted on February 4, 2014 at 6:45 AM • View Comments

Another Credit-Card-as-Authentication Hack

This is a pretty impressive social engineering story: an attacker compromised someone’s GoDaddy domain registration in order to change his e-mail address and steal his Twitter handle. It’s a complicated attack.

My claim was refused because I am not the “current registrant.” GoDaddy asked the attacker if it was ok to change account information, while they didn’t bother asking me if it was ok when the attacker did it.

[…]

It’s hard to decide what’s more shocking, the fact that PayPal gave the attacker the last four digits of my credit card number over the phone, or that GoDaddy accepted it as verification.

The misuse of credit card numbers as authentication is also how Matt Honan got hacked.

Posted on January 31, 2014 at 6:16 AM • View Comments

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Sidebar photo of Bruce Schneier by Joe MacInnis.