My inbox and Twitter messages positively lit up today with people forwarding stories from Wired and other publications about a supposedly new trove of nearly 773 million unique email addresses and 21 million unique passwords that were posted to a hacking forum. A story in The Guardian breathlessly dubbed it “the largest collection ever of breached data found.” But in an interview with the apparent seller, KrebsOnSecurity learned that it is not even close to the largest gathering of stolen data, and that it is at least two to three years old.

The dump, labeled “Collection #1” and approximately 87GB in size, was first detailed earlier today by Troy Hunt, who operates the HaveIBeenPwned breach notification service. Hunt said the data cache was likely “made up of many different individual data breaches from literally thousands of different sources.”

KrebsOnSecurity sought perspective on this discovery from Alex Holden, CTO of Hold Security, a company that specializes in trawling underground spaces for intelligence about malicious actors and their stolen data dumps. Holden said the data appears to have first been posted to underground forums in October 2018, and that it is just a subset of a much larger tranche of passwords being peddled by a shadowy seller online.

Here’s a screenshot of a subset of that seller’s current offerings, which total almost 1 Terabyte of stolen and hacked passwords:

As we can see above, Collection #1 offered by this seller is indeed 87GB in size. He also advertises a Telegram username where he can be reached — “Sanixer.” So, naturally, KrebsOnSecurity contacted Sanixer via Telegram to find out more about the origins of Collection #1, which he is presently selling for the bargain price of just $45.

Sanixer said Collection#1 consists of data pulled from a huge number of hacked sites, and was not exactly his “freshest” offering. Rather, he sort of steered me away from that archive, suggested that — unlike most of his other wares — Collection #1 was at least 2-3 years old. His other password packages, which he said are not all pictured in the above screen shot and total more than 4 terabytes in size, are less than a year old, Sanixer explained.

By way of explaining the provenance of Collection #1, Sanixer said it was a mix of “dumps and leaked bases,” and then he offered an interesting screen shot of his additional collections. Click on the image below and notice the open Web browser tab behind his purloined password trove (which is apparently stored at Mega.nz): Troy Hunt’s published research on this 773 million Collection #1.

Holden said the habit of collecting large amounts of credentials and posting it online is not new at all, and that the data is far more useful for things like phishing, blackmail and other indirect attacks — as opposed to plundering inboxes. Holden added that his company had already derived 99 percent of the data in Collection #1 from other sources.

“It was popularized several years ago by Russian hackers on various Dark Web forums,” he said. “Because the data is gathered from a number of breaches, typically older data, it does not present a direct danger to the general user community. Its sheer volume is impressive, yet, by account of many hackers the data is not greatly useful.”

A core reason so many accounts get compromised is that far too many people have the nasty habit(s) of choosing poor passwords, re-using passwords and email addresses across multiple sites, and not taking advantage of multi-factor authentication options when they are available.

If this Collection #1 has you spooked, changing your password(s) certainly can’t hurt — unless of course you’re in the habit of re-using passwords. Please don’t do that. As we can see from the offering above, your password is probably worth way more to you than it is to cybercriminals (in the case of Collection #1, just .000002 cents per password).

For most of us, by far the most important passwords are those protecting our email inbox(es). That’s because in nearly all cases, the person who is in control of that email address can reset the password of any services or accounts tied to that email address – merely by requesting a password reset link via email. For more on this dynamic, please see The Value of a Hacked Email Account.

And instead of thinking about passwords, consider using unique, lengthy passphrases — collections of words in an order you can remember — when a site allows it. In general, a long, unique passphrase takes for more effort to crack than a short, complex one. Unfortunately, many sites do not let users choose passwords or passphrases that exceed a small number of characters, or they will otherwise allow long passphrases but ignore anything entered after the character limit is reached.

If you are the type of person who likes to re-use passwords, then you definitely need to be using a password manager, which helps you pick and remember strong and unique passwords/passphrases and essentially lets you use the same strong master password/passphrase across all Web sites.

Finally, if you haven’t done so lately, mosey on over to twofactorauth.org and see if you are taking full advantage of multi-factor authentication at sites you trust with your data. The beauty of multi-factor is that even if thieves manage to guess or steal your password just because they hacked some Web site, that password will be useless to them unless they can also compromise that second factor — be it your mobile device or security key.

Unsettling new claims have emerged about Nicholas Truglia, a 21-year-old Manhattan resident accused of hijacking cell phone accounts to steal tens of millions of dollars in cryptocurrencies from victims. The lurid details, made public in a civil lawsuit filed this week by one of his alleged victims, paints a chilling picture of a man addicted to thievery and all its trappings. The documents suggest that Truglia stole from his father and even a dead man — all the while lamenting that his fabulous new wealth brought him nothing but misery.

The unflattering profile was laid out in a series of documents tied to a lawsuit lodged by Michael Terpin, a cryptocurrency investor who co-founded the first angel investor group for bitcoin enthusiasts in 2013. Terpin alleges that crooks stole almost $24 million worth of cryptocurrency after fraudulently executing a “SIM swap” on his mobile phone account at AT&T in early 2018. Terpin also is pursuing a $200 million civil lawsuit against AT&T in connection with the theft.

Authorities arrested Truglia on November 14, 2018 on suspicion of using SIM swaps to steal approximately $1 million worth of cryptocurrencies from a different Silicon Valley executive. But Terpin’s civil lawsuit (PDF) maintains that evidence was revealed at Truglia’s bail hearing that he had texted his father and multiple friends to brag about the $24 million hack on the day of Terpin’s theft, allegedly offering to take friends to the Super Bowl with “porn star escorts.”

Terpin’s lawsuit includes a large number of supporting documents, including an affidavit filed by Chris David, a 25-year-old New York City resident who claims to have been an acquaintance of Truglia’s until he began to unravel the source of his new friend’s overnight riches.

In his affidavit (PDF), David describes himself as a self-employed private jet broker who met Truglia in a fitness center attached to Truglia’s luxury apartment building. Truglia allegedly struck up a conversation about booking private jets with his cryptocurrency. When the two met again a few days later, David says Truglia showed him accounts on his mobile phone and computer indicating he had over $7 million in cash in a JP Morgan account and more than $12 million in various cryptocurrencies.

“At the same time, Nick showed me two thumb drives (Trezors),” David recounted. “One had over $40 million in cash value of various cryptos, and the other one had over $20 million cash value of various cryptos.”

David said Truglia initially explained his wealth by saying he’d made the money by mining cryptocurrencies, but that Truglia later would admit he stole the funds.

“Over the next few months, Nick and I socialized at nightclubs, local bars, the gym, and in his apartment playing video games,” David recounted. “Gradually, I got to know Nick. He does not have a job or visible means of support. His typical day is to get up late, go to the gym, eat at the deli across the street, play video games late into the night and he had no friends. Nick was an egotistical braggart about his life and wealth. For example, once at a crowded lounge, he said: ‘Chris, I have more money than all of the people here tonight.'”

David started documenting Truglia’s activities after he and several of his friends were arrested for allegedly stealing Truglia’s laptop, mobile phone and Trezor drive. That incident, recounted in this New York Post story  and in David’s own testimony, indicates that Truglia later recanted the accusation and chalked it up to confusion resulting from a heavy night of drinking.

According to David, when Truglia wasn’t bragging about his wealth he was displaying it openly: He lived in a $6,000 per month apartment, wore a Rolex watch which he claimed cost $100,000, and boasted he was going to purchase a $250,000 McLaren sports car. David also said he recorded conversations with Truglia in which the latter admitted to stealing $24 million from Terpin.

David said he even witnessed Truglia attempting a SIM swap at a Times Square AT&T store in August 2018. Here’s David’s account of that hijack effort, which allegedly failed when Truglia declined to pay the target’s overdue phone bill:

The affidavit states that later in the month David took screen shots of a now-defunct Twitter account that Truglia allegedly used (@erupts), which included six different messages about what the theft of $24 million had wrought.

“Stole 24 million but still can’t keep a friend,” reads another tweet allegedly tied to Truglia’s account:

David says Truglia even acknowledged stealing $15,000 after hacking into his own father’s accounts. According to David, Truglia’s dad asked to be repaid, and that his son agreed to return the money — but in bitcoin. In the image below — which David claims was a screenshot he took of a mobile phone chat conversation between Truglia and his father — the elder expresses mystification and frustration about how to complete the transaction.

In the affidavit, David also testifies that he saw Truglia in possession of a fake New York State driver’s license which had the name and identifying information of a deceased man named Quentin Capobianco, but with Truglia’s photo on the license.

A copy of this phony drivers’ license was documented by investigators with the Regional Enforcement Allied Computer Team, or REACT — a task force in Santa Clara, Calif. that is almost singularly focused on tracking down criminals who use unauthorized SIM swaps to steal virtual currencies (for a deep dive into the workings of the REACT Task Force, see my November 2018 story, Busting SIM Swappers and SIM Swap Myths).

That REACT Task Force investigation report (PDF) was included in Terpin’s lawsuit, and it lays out how detectives tied Truglia to SIM swaps that allegedly gave him access to Capobianco’s accounts at Coinbase, a virtual currency trading and purchasing platform.

David testified that despite Truglia’s ill-gotten riches, he was constantly borrowing small amounts of cash and was otherwise tight with his money. Much like David’s testimony, a related memo (PDF) filed by REACT Detective Caleb Tuttle suggests that Truglia was in the process of being evicted from his pricey Manhattan apartment because he refused to pay his rent.

Truglia is currently being held by Santa Clara authorities on a $1.4 million bond. His next court date is April 10. Neither Truglia nor his attorney could be immediately reached for comment. Members of the REACT Task Force declined to comment for this story.

A SIM card is the tiny, removable chip in a mobile device that allows it to connect to the provider’s network. Customers can legitimately request a SIM swap when their existing SIM card has been damaged, or when they are switching to a different phone that requires a SIM card of another size.

But SIM swaps are frequently abused by scam artists who trick mobile providers into tying a target’s service to a new SIM card and mobile phone that the attackers control. Unauthorized SIM swaps often are perpetrated by fraudsters who have already stolen or phished a target’s password, as many banks and online services rely on text messages to send users a one-time code that needs to be entered in addition to a password for online authentication. However, many online services let customers reset their password merely by using their mobile phones.

All four major wireless carriers — AT&T, Sprint, T-Mobile and Verizon — let customers add security against SIM swaps and related schemes by setting a PIN that needs to be provided over the phone or in person at a store before account changes should be made. But these security features can be bypassed by incompetent or corrupt mobile store employees.

For more on ways to minimize your chances of becoming the next SIM swapping victim, check out the “What Can You Do?” section at the conclusion of this story.

Seldom do people responsible for launching crippling cyberattacks face justice, but increasingly courts around the world are making examples of the few who do get busted for such crimes. On Friday, a 34-year-old Connecticut man received a whopping 10-year prison sentence for carrying out distributed denial-of-service (DDoS) attacks against a number of hospitals in 2014. Also last week, a 30-year-old in the United Kingdom was sentenced to 32 months in jail for using an army of hacked devices to crash large portions of Liberia’s Internet access in 2016.

Daniel Kaye, an Israel-U.K. dual citizen, admitted attacking an African phone company in 2016, and to inadvertently knocking out Internet access for much of the country in the process. Kaye launched the attack using a botnet powered by Mirai, a malware strain that enslaves hacked Internet of Things (IoT) devices like poorly-secured Internet routers and Web-based cameras for use in large-scale cyberattacks.

According to court testimony, Kaye was hired in 2015 to attack Lonestar, Liberia’s top mobile phone and Internet provider. Kaye pocketed $10,000 for the attack, which was alleged to have been paid for by an individual working for Cellcom, Lonestar’s competitor in the region. As reported by Israeli news outlet Haaretz, Kaye testified that the attack was ordered by the CEO of Cellcom Liberia.

In February 2017, authorities in the United Kingdom arrested Kaye an extradited him to Germany to face charges of knocking more than 900,000 Germans offline in a Mirai attack in November 2016. Prosecutors withheld Kaye’s full name throughout the trial in Germany, but in July 2017 KrebsOnSecurity published findings that named Kaye as the likely culprit. Kaye ultimately received a suspended sentence for the attack in Germany, and was sent back to the U.K. to face charges there.

The July 2017 KrebsOnSecurity investigation also linked Kaye to the development and sale of a sophisticated piece of spyware named GovRAT, which is documented to have been used in numerous cyber espionage campaigns against governments, financial institutions, defense contractors and more than 100 corporations.

The U.K.’s National Crime Agency called Kaye perhaps the most significant cyber criminal yet caught in Britain. A report on the trial from the BBC says Kaye wept as he was taken away to jail.

Here across the pond, 34-year-old Martin Gottesfeld was sentenced to 10 years in prison and ordered to pay $443,000 in restitution for damages caused by a series of DDoS attacks he launched against several Boston-area hospitals in 2014. Like Kaye, Gottesfeld was identified thanks to clue he left behind on the Internet: Prosecutors reportedly linked him to a video he uploaded to Youtube about the attack campaign.

The Boston Globe reports that Gottesfeld and his wife in 2016 tried to flee to Cuba in a rented boat, but the trip didn’t go as planned. It seems the high seas had their own denial-of-service in store for the Gottesfelds: They were rescued from the Gulf of Mexico by a Disney ship that answered Martin’s SOS distress call and brought them back to the United States.

Ten years may seem like a stiff sentence for DDoS and fleeing from justice, but as the recipient of hundreds of DDoS attacks over the years I can’t say it bothers me one bit — especially considering how few of the anonymous cowards responsible for DDoS attacks are ever held accountable.

Cue the usual comments here about how these guys deserved jobs and not jail, but I for one am glad the courts are starting to recognize that these are real and costly crimes that deserve equally real consequences. Remember: Don’t do the crime if you can’t do the time.

Street thieves who specialize in cashing out stolen credit and debit cards increasingly are hedging their chances of getting caught carrying multiple counterfeit cards by relying on Fuze Cards, a smartcard technology that allows users to store dozens of cards on a single device, the U.S. Secret Service warns.

Launched in May 2017, the Fuze Card is a data storage device that looks like a regular credit card but can hold account data for up to 30 credit cards. The Fuze Card displays no credit card number on either side, instead relying on a small display screen on the front that cardholders can use to change which stored card is to be used to complete a transaction.

After the user chooses the card data to be used, the card data is made available in the dynamic magnetic stripe on the back of the card or via the embedded smart chip. Fuze cards also can be used at ATMs to withdraw funds.

An internal memo the U.S. Secret Service shared with financial industry partners states that Secret Service field offices in New York and St. Louis are currently working criminal investigations where Fuze Cards have been used by fraud rings.

The memo, a copy of which was obtained by KrebsOnSecurity, states that card theft rings are using Fuze Cards to avoid raising suspicions that may arise when shuffling through multiple counterfeit cards at the register.

“The transaction may also appear as a declined transaction but the fraudster, with the push of a button, is changing the card numbers being used,” the memo notes.

Fraud rings often will purchase data on thousands of credit and debit cards stolen from hacked point-of-sale devices or obtained via physical card skimmers. The data can be encoded onto any card with a magnetic stripe, and then used to buy high-priced items at retail outlets — or to withdrawn funds from ATMs (if the fraudsters also have the cardholder’s PIN).

But getting caught holding dozens of counterfeit or stolen cards is tough to explain to authorities. Hence, the allure of the Fuze Card, which may appear to the casual observer to be just another credit card in one’s wallet.

“While this smart card technology makes up a small portion of fraudulent credit cards currently, investigators should be aware of the potential for significant increases in fraud loss amounts with the emergence of this smart card technology,” the Secret Service memo concludes.

Fuze Card did not respond to requests for comment.

In many ways, it is unsurprising that thieves are turning to this new technology to perpetrate credit card fraud, which is something of a constant cat-and-mouse game that employs ever-changing techniques. For evidence of this, one need only look to the constant innovations that fraudsters come up with to deploy physical card skimmers at ATMs and retail checkout lanes.

No doubt, fraudsters engaged in money laundering via virtual currencies like bitcoin will be doubly interested in Fuze Cards in the coming months. Fuze Card says that later this year it plans to launch FuzeX, which contains the same amenities of the Fuze Card and will allow users to conduct purchases using virtual currencies.

Microsoft on Tuesday released updates to fix roughly four dozen security issues with its Windows operating systems and related software. All things considered, this first Patch Tuesday of 2019 is fairly mild, bereft as it is of any new Adobe Flash updates or zero-day exploits. But there are a few spicy bits to keep in mind. Read on for the gory details.

The updates released Tuesday affect Windows, Internet Explorer and Edge, Office, Sharepoint, .NET Framework and Exchange. Patches are available for all client and server versions of Windows, but none of the “critical” flaws — those that can lead to a remote system compromise without any help from users — apply to Windows 7 or Windows 8.1, according to Martin Brinkmann at Ghacks.net.

Mercifully, none of the vulnerabilities fixed in Tuesday’s bundle are being actively exploited, although one (CVE-2019-0579) was publicly disclosed prior to the patch release, meaning attackers may have had a head start figuring out how to exploit it. This bug is one of 11 that Microsoft fixed in its Jet Database Engine.

Among the more eyebrow-raising flaws fixed this week is CVE-2019-0547, a weakness in the Windows component responsible for assigning Internet addresses to host computers (a.k.a. “Windows DHCP client”). According to security vendor Tenable, this is the most severe bug of the entire patch batch.

“In order to exploit the vulnerability, an attacker would need to be able to send a specially crafted DHCP response to its target, allowing them to run arbitrary code on the client machine,” said Satnam Narang, senior research engineer at Tenable.

Tuesday’s update bundle also includes a fix that Microsoft released late last month as an emergency patch to plug a zero-day flaw in Internet Explorer (CVE-2018-8653) that attackers are already exploiting. Experts at Recorded Future say that vulnerability continues to be exploited in the wild, with several exploit kits now including the publicly released proof-of-concept code into their platforms.

“If you have not patched this vulnerability yet, it should be the number one priority,” writes Allan Liska, senior solutions architect at Recorded Future.

It generally can’t hurt for Windows users to wait a day or two after Microsoft releases monthly security updates before installing the fixes; occasionally buggy patches can cause serious headaches for users who install them before all the kinks are worked out.

Case in point: Computerworld’s Woody Leonhard notes that multiple organizations are reporting problems with their file-sharing operations after installing this month’s patch rollup.

Windows 10 likes to install patches all in one go and reboot your computer on its own schedule. Microsoft doesn’t make it easy for Windows 10 users to change this setting, but it is possible. For all other Windows OS users, if you’d rather be alerted to new updates when they’re available so you can choose when to install them, there’s a setting for that in Windows Update. Also, it’s a good idea to get in the habit of backing up your data before installing Windows updates.

Adobe released an update for its Flash Player plugin, but alas there don’t appear to be any security fixes in it. However, the company last Thursday did release new versions of its Adobe Acrobat and Reader that correct at least two critical vulnerabilities in each.

If you experience any problems installing any of these patches this month, please feel free to leave a comment about it below; there’s a good chance other readers have experienced the same and may even chime in here with some helpful tips.