data breach
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When it comes to meeting compliance standards, many startups are dominating the alphabet. From GDPR and CCPA to SOC 2, ISO27001, PCI DSS and HIPAA, companies have been charging toward meeting the compliance standards required to operate their businesses.
Today, every healthcare founder knows their product must meet HIPAA compliance, and any company working in the consumer space would be well aware of GDPR, for example.
But a mistake many high-growth companies make is that they treat compliance as a catchall phrase that includes security. Thinking this could be an expensive and painful error. In reality, compliance means that a company meets a minimum set of controls. Security, on the other hand, encompasses a broad range of best practices and software that help address risks associated with the company’s operations.
It makes sense that startups want to tackle compliance first. Being compliant plays a big role in any company’s geographical expansion to regulated markets and in its penetration to new industries like finance or healthcare. So in many ways, achieving compliance is a part of a startup’s go-to-market kit. And indeed, enterprise buyers expect startups to check the compliance box before signing on as their customer, so startups are rightfully aligning around their buyers’ expectations.
One of the best ways startups can begin tackling security is with an early security hire.
With all of this in mind, it’s not surprising that we’ve witnessed a trend where startups achieve compliance from the very early days and often prioritize this motion over developing an exciting feature or launching a new campaign to bring in leads, for instance.
Compliance is an important milestone for a young company and one that moves the cybersecurity industry forward. It forces startup founders to put security hats on and think about protecting their company, as well as their customers. At the same time, compliance provides comfort to the enterprise buyer’s legal and security teams when engaging with emerging vendors. So why is compliance alone not enough?
First, compliance doesn’t mean security (although it is a step in the right direction). It is more often than not that young companies are compliant while being vulnerable in their security posture.
What does it look like? For example, a software company may have met SOC 2 standards that require all employees to install endpoint protection on their devices, but it may not have a way to enforce employees to actually activate and update the software. Furthermore, the company may lack a centrally managed tool for monitoring and reporting to see if any endpoint breaches have occurred, where, to whom and why. And, finally, the company may not have the expertise to quickly respond to and fix a data breach or attack.
Therefore, although compliance standards are met, several security flaws remain. The end result is that startups can suffer security breaches that end up costing them a bundle. For companies with under 500 employees, the average security breach costs an estimated $7.7 million, according to a study by IBM, not to mention the brand damage and lost trust from existing and potential customers.
Second, an unforeseen danger for startups is that compliance can create a false sense of safety. Receiving a compliance certificate from objective auditors and renowned organizations could give the impression that the security front is covered.
Once startups start gaining traction and signing upmarket customers, that sense of security grows, because if the startup managed to acquire security-minded customers from the F-500, being compliant must be enough for now and the startup is probably secure by association. When charging after enterprise deals, it’s the buyer’s expectations that push startups to achieve SOC 2 or ISO27001 compliance to satisfy the enterprise security threshold. But in many cases, enterprise buyers don’t ask sophisticated questions or go deeper into understanding the risk a vendor brings, so startups are never really called to task on their security systems.
Third, compliance only deals with a defined set of knowns. It doesn’t cover anything that is unknown and new since the last version of the regulatory requirements were written.
For example, APIs are growing in use, but regulations and compliance standards have yet to catch up with the trend. So an e-commerce company must be PCI-DSS compliant to accept credit card payments, but it may also leverage multiple APIs that have weak authentication or business logic flaws. When the PCI standard was written, APIs weren’t common, so they aren’t included in the regulations, yet now most fintech companies rely heavily on them. So a merchant may be PCI-DSS compliant, but use nonsecure APIs, potentially exposing customers to credit card breaches.
Startups are not to blame for the mix-up between compliance and security. It is difficult for any company to be both compliant and secure, and for startups with limited budget, time or security know-how, it’s especially challenging. In a perfect world, startups would be both compliant and secure from the get-go; it’s not realistic to expect early-stage companies to spend millions of dollars on bulletproofing their security infrastructure. But there are some things startups can do to become more secure.
One of the best ways startups can begin tackling security is with an early security hire. This team member might seem like a “nice to have” that you could put off until the company reaches a major headcount or revenue milestone, but I would argue that a head of security is a key early hire because this person’s job will be to focus entirely on analyzing threats and identifying, deploying and monitoring security practices. Additionally, startups would benefit from ensuring their technical teams are security-savvy and keep security top of mind when designing products and offerings.
Another tactic startups can take to bolster their security is to deploy the right tools. The good news is that startups can do so without breaking the bank; there are many security companies offering open-source, free or relatively affordable versions of their solutions for emerging companies to use, including Snyk, Auth0, HashiCorp, CrowdStrike and Cloudflare.
A full security rollout would include software and best practices for identity and access management, infrastructure, application development, resiliency and governance, but most startups are unlikely to have the time and budget necessary to deploy all pillars of a robust security infrastructure.
Luckily, there are resources like Security 4 Startups that offer a free, open-source framework for startups to figure out what to do first. The guide helps founders identify and solve the most common and important security challenges at every stage, providing a list of entry-level solutions as a solid start to building a long-term security program. In addition, compliance automation tools can help with continuous monitoring to ensure these controls stay in place.
For startups, compliance is critical for establishing trust with partners and customers. But if this trust is eroded after a security incident, it will be nearly impossible to regain it. Being secure, not only compliant, will help startups take trust to a whole other level and not only boost market momentum, but also make sure their products are here to stay.
So instead of equating compliance with security, I suggest expanding the equation to consider that compliance and security equal trust. And trust equals business success and longevity.
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DigitalOcean has emailed customers warning of a data breach involving customers’ billing data, TechCrunch has learned.
The cloud infrastructure giant told customers in an email on Wednesday, obtained by TechCrunch, that it has “confirmed an unauthorized exposure of details associated with the billing profile on your DigitalOcean account.” The company said the person “gained access to some of your billing account details through a flaw that has been fixed” over a two-week window between April 9 and April 22.
The email said customer billing names and addresses were accessed, as well as the last four digits of the payment card, its expiry date and the name of the card-issuing bank. The company said that customers’ DigitalOcean accounts were “not accessed,” and passwords and account tokens were “not involved” in this breach.
“To be extra careful, we have implemented additional security monitoring on your account. We are expanding our security measures to reduce the likelihood of this kind of flaw occuring [sic] in the future,” the email said.
DigitalOcean said it fixed the flaw and notified data protection authorities, but it’s not clear what the apparent flaw was that put customer billing information at risk.
In a statement, DigitalOcean’s security chief Tyler Healy said 1% of billing profiles were affected by the breach, but declined to address our specific questions, including how the vulnerability was discovered and which authorities have been informed.
Companies with customers in Europe are subject to GDPR and can face fines of up to 4% of their global annual revenue.
Last year, the cloud company raised $100 million in new debt, followed by another $50 million round, months after laying off dozens of staff amid concerns about the company’s financial health. In March, the company went public, raising about $775 million in its initial public offering.
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If the definition of insanity is doing the same thing over and over and expecting a different outcome, then one might say the cybersecurity industry is insane.
Criminals continue to innovate with highly sophisticated attack methods, but many security organizations still use the same technological approaches they did 10 years ago. The world has changed, but cybersecurity hasn’t kept pace.
Distributed systems, with people and data everywhere, mean the perimeter has disappeared. And the hackers couldn’t be more excited. The same technology approaches, like correlation rules, manual processes and reviewing alerts in isolation, do little more than remedy symptoms while hardly addressing the underlying problem.
The current risks aren’t just technology problems; they’re also problems of people and processes.
Credentials are supposed to be the front gates of the castle, but as the SOC is failing to change, it is failing to detect. The cybersecurity industry must rethink its strategy to analyze how credentials are used and stop breaches before they become bigger problems.
Compromised credentials have long been a primary attack vector, but the problem has only grown worse in the midpandemic world. The acceleration of remote work has increased the attack footprint as organizations struggle to secure their network while employees work from unsecured connections. In April 2020, the FBI said that cybersecurity attacks reported to the organization grew by 400% compared to before the pandemic. Just imagine where that number is now in early 2021.
It only takes one compromised account for an attacker to enter the active directory and create their own credentials. In such an environment, all user accounts should be considered as potentially compromised.
Nearly all of the hundreds of breach reports I’ve read have involved compromised credentials. More than 80% of hacking breaches are now enabled by brute force or the use of lost or stolen credentials, according to the 2020 Data Breach Investigations Report. The most effective and commonly-used strategy is credential stuffing attacks, where digital adversaries break in, exploit the environment, then move laterally to gain higher-level access.
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T-Mobile, the third largest cell carrier in the U.S. after completing its recent $26 billion merger with Sprint, ended 2020 by announcing its second data breach of the year.
The cell giant said in a notice buried on its website that it recently discovered unauthorized access to some customers’ account information, including the data that T-Mobile makes and collects on its customers in order to provide cell service.
From the notice: “Our cybersecurity team recently discovered and shut down malicious, unauthorized access to some information related to your T-Mobile account. We immediately started an investigation, with assistance from leading cybersecurity forensics experts, to determine what happened and what information was involved. We also immediately reported this matter to federal law enforcement and are now in the process of notifying impacted customers.”
Known as customer proprietary network information (CPNI), this data can include call records — such as when a call was made, for how long, the caller’s phone number and the destination phone numbers for each call, and other information that might be found on the customer’s bill.
But the company said that the hackers did not access names, home or email addresses, financial data, and account passwords (or PINs).
The notice didn’t say when T-Mobile detected the breach, only that it was now notifying affected customers.
A spokesperson for T-Mobile did not respond to requests for comment, but told one news site that the breach affects about 0.2% of all T-Mobile customers — or approximately 200,000 customers.
It’s the latest security incident to hit the cell giant in recent years.
In 2018, T-Mobile said as many as two million customers may have had their personal information scraped. A year later, the company confirmed hackers accessed records on another million prepaid customers. Just months into 2020, T-Mobile admitted a breach on its email systems that saw hackers access some T-Mobile employee email accounts, exposing some customer data.
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WildWorks, the gaming company that makes the popular kids game Animal Jam, has confirmed a data breach.
Animal Jam is one of the most popular games for kids, ranking in the top five games in the 9-11 age category in Apple’s App Store in the U.S., according to data provided by App Annie. But while no data breach is ever good news, WildWorks has been more forthcoming about the incident than most companies would be, making it easier for parents to protect both their information and their kids’ data.
Here’s what we know.
WildWorks said in a detailed statement that a hacker stole 46 million Animal Jam records in early October but that it only learned of the breach in November.
The company said someone broke into one of its systems that the company uses for employees to communicate with each other, and accessed a secret key that allowed the hacker to break into the company’s user database. The bad news is that the stolen data is known to be circulating on at least one cybercrime forum, WildWorks said, meaning that malicious hackers may use (or be using) the stolen information.
The stolen data dates back to over the past 10 years, the company said, so former users may still be affected.
Much of the stolen data wasn’t highly sensitive, but the company warned that 32 million of those stolen records had the player’s username, 23.9 million records had the player’s gender, 14.8 million records contained the player’s birth year and 5.7 million records had the player’s full date of birth.
But, the company did say that the hacker also took 7 million parent email addresses used to manage their kids’ accounts. It also said that 12,653 parent accounts had a parent’s full name and billing address, and 16,131 parent accounts had a parent’s name but no billing address.
Besides the billing address, the company said no other billing data — such as financial information — was stolen.
WildWorks also said that the hacker stole players’ passwords, prompting the company to reset every player’s password. (If you can’t log in, that’s probably why. Check your email for a link to reset your password.) WildWorks didn’t say how it scrambled passwords, which leaves open the possibility that they could be unscrambled and potentially used to break into other accounts that have the same password as used on Animal Jam. That’s why it’s so important to use unique passwords for each site or service you use, and use a password manager to store your passwords safely.
The company said it was sharing information about the breach with the FBI and other law enforcement agencies.
So what can parents do?
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Capcom, the Japanese game maker behind the “Resident Evil” and “Street Fighter” franchises, has confirmed that hackers stole customer data and files from its internal network following a ransomware attack earlier in the month.
That’s an about-turn from the days immediately following the cyberattack, in which Capcom said it had no evidence that customer data had been accessed.
In a statement, the company said data on as many as 350,000 customers may have been stolen, including names, addresses, phone numbers and, in some cases, dates of birth. Capcom said the hackers also stole its own internal financial data and human resources files on current and former employees, which included names, addresses, dates of birth and photos. The attackers also took “confidential corporate information,” the company said, including documents on business partners, sales and development.
Capcom said that no credit card information was taken, as payments are handled by a third-party company.
But the company warned that the overall amount of data stolen “cannot specifically be ascertained” due to losing its own internal logs in the cyberattack.
Capcom apologized for the breach. “Capcom offers its sincerest apologies for any complications and concerns that this may bring to its potentially impacted customers as well as to its many stakeholders,” the statement read.
The video games maker was hit by the Ragnar Locker ransomware on November 2, prompting the company to shut down its network. Ragnar Locker is a data-stealing ransomware, which exfiltrates data from a victim before encrypting its network, and then threatens to publish the stolen files unless a ransom is paid. In doing so, ransomware groups can still demand a company pays the ransom even if the victim restores their files and systems from backups.
Ragnar Locker’s website now lists data allegedly stolen from Capcom, with a message implying that the company did not pay the ransom.
Capcom said it had informed data protection regulators in Japan and the United Kingdom, as required under European GDPR data breach notification rules. Companies can be fined up to 4% of their annual revenue for falling foul of GDPR rules.
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I cover a lot of data breaches. From inadvertent exposures to data-exfiltrating hacks, I’ve seen it all. But not every data breach is the same. How a company responds to a data breach — whether it was their fault — can make or break its reputation.
I’ve seen some of the worst responses: legal threats, denials and pretending there isn’t a problem at all. In fact, some companies claim they take security “seriously” when they clearly don’t, while other companies see it merely as an exercise in crisis communications.
But once in a while, a company’s response almost makes up for the daily deluge of hypocrisy, obfuscation and downright lies.
Last week, Assist Wireless, a U.S. cell carrier that provides free government-subsidized cell phones and plans to low-income households, had a security lapse that exposed tens of thousands of customer IDs — driver’s licenses, passports and Social Security cards — used to verify a person’s income and eligibility.
A misconfigured plugin for resizing images on the carrier’s website was blamed for the inadvertent data leak of customer IDs to the open web. Security researcher John Wethington found the exposed data through a simple Google search. He reported the bug to TechCrunch so we could alert the company.
Make no mistake, the bug was bad and the exposure of customer data was far from ideal. But the company’s response to the incident was one of the best I’ve seen in years.
Take notes, because this is how to handle a data breach.
Their response was quick. Assist immediately responded to acknowledge the receipt of my initial email. That’s already a positive sign, knowing that the company was looking into the issue.
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When Troy Hunt launched Have I Been Pwned in late 2013, he wanted it to answer a simple question: Have you fallen victim to a data breach?
Seven years later, the data-breach notification service processes thousands of requests each day from users who check to see if their data was compromised — or pwned with a hard ‘p’ — by the hundreds of data breaches in its database, including some of the largest breaches in history. As it’s grown, now sitting just below the 10 billion breached-records mark, the answer to Hunt’s original question is more clear.
“Empirically, it’s very likely,” Hunt told me from his home on Australia’s Gold Coast. “For those of us that have been on the internet for a while it’s almost a certainty.”
What started out as Hunt’s pet project to learn the basics of Microsoft’s cloud, Have I Been Pwned quickly exploded in popularity, driven in part by its simplicity to use, but largely by individuals’ curiosity.
As the service grew, Have I Been Pwned took on a more proactive security role by allowing browsers and password managers to bake in a backchannel to Have I Been Pwned to warn against using previously breached passwords in its database. It was a move that also served as a critical revenue stream to keep down the site’s running costs.
But Have I Been Pwned’s success should be attributed almost entirely to Hunt, both as its founder and its only employee, a one-man band running an unconventional startup, which, despite its size and limited resources, turns a profit.
As the workload needed to support Have I Been Pwned ballooned, Hunt said the strain of running the service without outside help began to take its toll. There was an escape plan: Hunt put the site up for sale. But, after a tumultuous year, he is back where he started.
Ahead of its next big 10-billion milestone mark, Have I Been Pwned shows no signs of slowing down.
Even long before Have I Been Pwned, Hunt was no stranger to data breaches.
By 2011, he had cultivated a reputation for collecting and dissecting small — for the time — data breaches and blogging about his findings. His detailed and methodical analyses showed time and again that internet users were using the same passwords from one site to another. So when one site was breached, hackers already had the same password to a user’s other online accounts.
Then came the Adobe breach, the “mother of all breaches” as Hunt described it at the time: Over 150 million user accounts had been stolen and were floating around the web.
Hunt obtained a copy of the data and, with a handful of other breaches he had already collected, loaded them into a database searchable by a person’s email address, which Hunt saw as the most common denominator across all the sets of breached data.
And Have I Been Pwned was born.
It didn’t take long for its database to swell. Breached data from Sony, Snapchat and Yahoo soon followed, racking up millions more records in its database. Have I Been Pwned soon became the go-to site to check if you had been breached. Morning news shows would blast out its web address, resulting in a huge spike in users — enough at times to briefly knock the site offline. Hunt has since added some of the biggest breaches in the internet’s history: MySpace, Zynga, Adult Friend Finder, and several huge spam lists.
As Have I Been Pwned grew in size and recognition, Hunt remained its sole proprietor, responsible for everything from organizing and loading the data into the database to deciding how the site should operate, including its ethics.
Hunt takes a “what do I think makes sense” approach to handling other people’s breached personal data. With nothing to compare Have I Been Pwned to, Hunt had to write the rules for how he handles and processes so much breach data, much of it highly sensitive. He does not claim to have all of the answers, but relies on transparency to explain his rationale, detailing his decisions in lengthy blog posts.
His decision to only let users search for their email address makes logical sense, driven by the site’s only mission, at the time, to tell a user if they had been breached. But it was also a decision centered around user privacy that helped to future-proof the service against some of the most sensitive and damaging data he would go on to receive.
In 2015, Hunt obtained the Ashley Madison breach. Millions of people had accounts on the site, which encourages users to have an affair. The breach made headlines, first for the breach, and again when several users died by suicide in its wake.
The hack of Ashley Madison was one of the most sensitive entered into Have I Been Pwned, and ultimately changed how Hunt approached data breaches that involved people’s sexual preferences and other personal data. (AP Photo/Lee Jin-man, File)
Hunt diverged from his usual approach, acutely aware of its sensitivities. The breach was undeniably different. He recounted a story of one person who told him how their local church posted a list of the names of everyone in the town who was in the data breach.
“It’s clearly casting a moral judgment,” he said, referring to the breach. “I don’t want Have I Been Pwned to enable that.”
Unlike earlier, less sensitive breaches, Hunt decided that he would not allow anyone to search for the data. Instead, he purpose-built a new feature allowing users who had verified their email addresses to see if they were in more sensitive breaches.
“The purposes for people being in that data breach were so much more nuanced than what anyone ever thought,” Hunt said. One user told him he was in there after a painful break-up and had since remarried but was labeled later as an adulterer. Another said she created an account to catch her husband, suspected of cheating, in the act.
“There is a point at which being publicly searchable poses an unreasonable risk to people, and I make a judgment call on that,” he explained.
The Ashely Madison breach reinforced his view on keeping as little data as possible. Hunt frequently fields emails from data breach victims asking for their data, but he declines every time.
“It really would not have served my purpose to load all of the personal data into Have I Been Pwned and let people look up their phone numbers, their sexualities, or whatever was exposed in various data breaches,” said Hunt.
“If Have I Been Pwned gets pwned, it’s just email addresses,” he said. “I don’t want that to happen, but it’s a very different situation if, say, there were passwords.”
But those remaining passwords haven’t gone to waste. Hunt also lets users search more than half a billion standalone passwords, allowing users to search to see if any of their passwords have also landed in Have I Been Pwned.
Anyone — even tech companies — can access that trove of Pwned Passwords, he calls it. Browser makers and password managers, like Mozilla and 1Password, have baked-in access to Pwned Passwords to help prevent users from using a previously breached and vulnerable password. Western governments, including the U.K. and Australia, also rely on Have I Been Pwned to monitor for breached government credentials, which Hunt also offers for free.
“It’s enormously validating,” he said. “Governments, for the most part, are trying to do things to keep countries and individuals safe — working under extreme duress and they don’t get paid much,” he said.
“There have been similar services that have popped up. They’ve been for-profit — and they’ve been indicted.”
Troy Hunt
Hunt recognizes that Have I Been Pwned, as much as openness and transparency is core to its operation, lives in an online purgatory under which any other circumstances — especially in a commercial enterprise — he would be drowning in regulatory hurdles and red tape. And while the companies whose data Hunt loads into his database would probably prefer otherwise, Hunt told me he has never received a legal threat for running the service.
“I’d like to think that Have I Been Pwned is at the far-legitimate side of things,” he said.
Others who have tried to replicate the success of Have I Been Pwned haven’t been as lucky.
“There have been similar services that have popped up,” said Hunt. “They’ve been for-profit — and they’ve been indicted,” he said.
LeakedSource was, for a time, one of the largest sellers of breach data on the web. I know, because my reporting broke some of their biggest gets: music streaming service Last.fm, adult dating site AdultFriendFinder, and Russian internet giant Rambler.ru to name a few. But what caught the attention of federal authorities was that LeakedSource, whose operator later pleaded guilty to charges related to trafficking identity theft information, indiscriminately sold access to anyone else’s breach data.
“There is a very legitimate case to be made for a service to give people access to their data at a price.”
Hunt said he would “sleep perfectly fine” charging users a fee to access their data. “I just wouldn’t want to be accountable for it if it goes wrong,” he said.
Five years into Have I Been Pwned, Hunt could feel the burnout coming.
“I could see a point where I would be if I didn’t change something,” he told me. “It really felt like for the sustainability of the project, something had to change.”
He said he went from spending a fraction of his time on the project to well over half. Aside from juggling the day-to-day — collecting, organizing, deduplicating and uploading vast troves of breached data — Hunt was responsible for the entirety of the site’s back office upkeep — its billing and taxes — on top of his own.
The plan to sell Have I Been Pwned was codenamed Project Svalbard, named after the Norweigian seed vault that Hunt likened Have I Been Pwned to, a massive stockpile of “something valuable for the betterment of humanity,” he wrote announcing the sale in June 2019. It would be no easy task.
Hunt said the sale was to secure the future of the service. It was also a decision that would have to secure his own. “They’re not buying Have I Been Pwned, they’re buying me,” said Hunt. “Without me, there’s just no deal.” In his blog post, Hunt spoke of his wish to build out the service and reach a larger audience. But, he told me, it was not about the money
As its sole custodian, Hunt said that as long as someone kept paying the bills, Have I Been Pwned would live on. “But there was no survivorship model to it,” he admitted. “I’m just one person doing this.”
By selling Have I Been Pwned, the goal was a more sustainable model that took the pressure off him, and, he joked, the site wouldn’t collapse if he got eaten by a shark, an occupational hazard for living in Australia.
But chief above all, the buyer had to be the perfect fit.
Hunt met with dozens of potential buyers, and many in Silicon Valley. He knew what the buyer would look like, but he didn’t yet have a name. Hunt wanted to ensure that whomever bought Have I Been Pwned upheld its reputation.
“Imagine a company that had no respect for personal data and was just going to abuse the crap out of it,” he said. “What does that do for me?” Some potential buyers were driven by profits. Hunt said any profits were “ancillary.” Buyers were only interested in a deal that would tie Hunt to their brand for years, buying the exclusivity to his own recognition and future work — that’s where the value in Have I Been Pwned is.
Hunt was looking for a buyer with whom he knew Have I Been Pwned would be safe if he were no longer involved. “It was always about a multiyear plan to try and transfer the confidence and trust people have in me to some other organizations,” he said.
Hunt testifies to the House Energy Subcommittee on Capitol Hill in Washington, Thursday, Nov. 30, 2017. (AP Photo/Carolyn Kaster)
The vetting process and due diligence was “insane,” said Hunt. “Things just drew out and drew out,” he said. The process went on for months. Hunt spoke candidly about the stress of the year. “I separated from my wife early last year around about the same time as the [sale process],” he said. They later divorced. “You can imagine going through this at the same time as the separation,” he said. “It was enormously stressful.”
Then, almost a year later, Hunt announced the sale was off. Barred from discussing specifics thanks to non-disclosure agreements, Hunt wrote in a blog post that the buyer, whom he was set on signing with, made an unexpected change to their business model that “made the deal infeasible.”
“It came as a surprise to everyone when it didn’t go through,” he told me. It was the end of the road.
Looking back, Hunt maintains it was “the right thing” to walk away. But the process left him back at square one without a buyer and personally down hundreds of thousands in legal fees.
After a bruising year for his future and his personal life, Hunt took time to recoup, clambering for a normal schedule after an exhausting year. Then the coronavirus hit. Australia fared lightly in the pandemic by international standards, lifting its lockdown after a brief quarantine.
Hunt said he will keep running Have I Been Pwned. It wasn’t the outcome he wanted or expected, but Hunt said he has no immediate plans for another sale. For now it’s “business as usual,” he said.
In June alone, Hunt loaded over 102 million records into Have I Been Pwned’s database. Relatively speaking, it was a quiet month.
“We’ve lost control of our data as individuals,” he said. But not even Hunt is immune. At close to 10 billion records, Hunt has been ‘pwned’ more than 20 times, he said.
Earlier this year Hunt loaded a massive trove of email addresses from a marketing database — dubbed ‘Lead Hunter’ — some 68 million records fed into Have I Been Pwned. Hunt said someone had scraped a ton of publicly available web domain record data and repurposed it as a massive spam database. But someone left that spam database on a public server, without a password, for anyone to find. Someone did, and passed the data to Hunt. Like any other breach, he took the data, loaded it in Have I Been Pwned, and sent out email notifications to the millions who have subscribed.
“Job done,” he said. “And then I got an email from Have I Been Pwned saying I’d been pwned.”
He laughed. “It still surprises me the places that I turn up.”
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It was a busy week in security.
Newly released documents shown exclusively to TechCrunch show that U.S. immigration authorities used a controversial cell phone snooping technology known as a “stingray” hundreds of times in the past three years. Also, if you haven’t updated your Android phone in a while, now would be a good time to check. That’s because a brand-new security vulnerability was found — and patched. The bug, if exploited, could let a malicious app trick a user into thinking they’re using a legitimate app that can be used to steal passwords.
Here’s more from the week.
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Ransomware is getting sneakier and smarter.
The latest example comes from ExecuPharm, a little-known but major outsourced pharmaceutical company that confirmed it was hit by a new type of ransomware last month. The incursion not only encrypted the company’s network and files, hackers also exfiltrated vast amounts of data from the network. The company was handed a two-for-one threat: pay the ransom and get your files back or don’t pay and the hackers will post the files to the internet.
This new tactic is shifting how organizations think of ransomware attacks: it’s no longer just a data-recovery mission; it’s also now a data breach. Now companies are torn between taking the FBI’s advice of not paying the ransom or the fear their intellectual property (or other sensitive internal files) are published online.
Because millions are now working from home, the surface area for attackers to get in is far greater than it was, making the threat of ransomware higher than ever before.
That’s just one of the stories from the week. Here’s what else you need to know.
Education giant Chegg confirmed its third data breach in as many years. The latest break-in affected past and present staff after a hacker made off with 700 names and Social Security numbers. It’s a drop in the ocean when compared to the 40 million records stolen in 2018 and an undisclosed number of passwords taken in a breach at Thinkful, which Chegg had just acquired in 2019.
Those 700 names account for about half of its 1,400 full-time employees, per a filing with the Securities and Exchange Commission. But Chegg’s refusal to disclose further details about the breach — beyond a state-mandated notice to the California attorney general’s office — makes it tough to know exactly went wrong this time.
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