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Decrypted: Post-coronavirus, Auth0’s close call, North Korea warning, Awake’s Series C

Welcome to a look back at the past week in security and what it means for you. Each week we’ll look at the big news of the week and why it matters.

What will the world look like after the coronavirus pandemic subsides?

Some of us are now in our fifth week of sheltering in place, but there’s no fixed end-date in sight. We’ve gone from a period of confusion and concern to testing and mitigation. Now we’re starting to look ahead at the world post-coronavirus. Things still have to get done. But how do we regain a semblance of normality in the middle of a pandemic?

Tech can be the answer but it’s not a panacea; Apple and Google have explained more about their contact tracing efforts to help better understand the spread of the virus seems promising. But privacy concerns and worries that the system could be abused have raised justified concerns. On the other hand, with a U.S. presidential election slated for later this year, many experts want tech out of the picture in favor of a secure solution that uses paper ballots.

Will tech save the day, or will it kick us while we’re down? Let’s dive in.


THE BIG PICTURE

Voting by mail should be having its moment. Will it?

This year’s U.S. presidential election will still go ahead — it’s in the constitution as an immutable fact — but a pandemic throws a wrench in the works.

But security experts say electronic voting isn’t secure or resilient enough to protect from foreign interference. Even the more established mobile voting offerings have been shown to be deeply flawed.

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Is your startup protected against insider threats?

We’ve talked about securing your startup, the need to understand phishing risks and how not to handle a data breach. But we haven’t yet discussed one of the more damaging threats that all businesses large and small face: the insider threat.

The insider threat is exactly as it sounds — someone within your organization who has malicious intent. Your employees will be one of your biggest assets, but human beings are the weakest link in the security chain. Your staff are already in a privileged position — in the sense that they are in a place where they have access to far more than they would as an outsider. That means taking data, either maliciously or inadvertently, is easier for staff than it might be for a hacker.

“Organizations need to understand that the threats coming from inside their organizations are as critical as, if not more dangerous than, the threats coming from the outside,” said Stephanie Carruthers, a social engineering expert who serves as chief people hacker at IBM X-Force Red, a division of Big Blue that looks for breaches in IoT devices before — and after — they go to market.

Insider risks can become active threats for many reasons. Some individuals may become disgruntled, some want to blow the whistle on wrongdoing and others can be approached (or even manipulated) by career criminals over debts or other matters in their private life.

There are plenty of examples, many not too far back in recent history.

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GitGuardian raises $12M to help developers write more secure code and ‘fix’ GitHub leaks

Data breaches that could cause millions of dollars in potential damages have been the bane of the life of many a company. What’s required is a great deal of real-time monitoring. The problem is that this world has become incredibly complex. A SANS Institute survey found half of company data breaches were the result of account or credential hacking.

GitGuardian has attempted to address this with a highly developer-centric cybersecurity solution.

It’s now attracted the attention of major investors, to the tune of $12 million in Series A funding, led by Balderton Capital . Scott Chacon, co-founder of GitHub, and Solomon Hykes, founder of Docker, also participated in the round.

The startup plans to use the investment from Balderton Capital to expand its customer base, predominantly in the U.S. Around 75% of its clients are currently based in the U.S., with the remainder being based in Europe, and the funding will continue to drive this expansion.

Built to uncover sensitive company information hiding in online repositories, GitGuardian says its real-time monitoring platform can address the data leaks issues. Modern enterprise software developers have to integrate multiple internal and third-party services. That means they need incredibly sensitive “secrets,” such as login details, API keys and private cryptographic keys used to protect confidential systems and data.

GitGuardian’s systems detect thousands of credential leaks per day. The team originally built its launch platform with public GitHub in mind; however, GitGuardian is built as a private solution to monitor and notify on secrets that are inappropriately disseminated in internal systems as well, such as private code repositories or messaging systems.

Solomon Hykes, founder of Docker and investor at GitGuardian, said: “Securing your systems starts with securing your software development process. GitGuardian understands this, and they have built a pragmatic solution to an acute security problem. Their credentials monitoring system is a must-have for any serious organization.”

Do they have any competitors?

Co-founder Jérémy Thomas told me: “We currently don’t have any direct competitors. This generally means that there’s no market, or the market is too small to be interesting. In our case, our fundraise proves we’ve put our hands on something huge. So the reason we don’t have competitors is because the problem we’re solving is counterintuitive at first sight. Ask any developer, they will say they would never hardcode any secret in public source code. However, humans make mistakes and when that happens, they can be extremely serious: it can take a single leaked credential to jeopardize an entire organization. To conclude, I’d say our real competitors so far are black hat hackers. Black hat activity is real on GitHub. For two years, we’ve been monitoring organized groups of hackers that exchange sensitive information they find on the platform. We are competing with them on speed of detection and scope of vulnerabilities covered.”

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Tibetans hit by the same mobile malware targeting Uyghurs

A recently revealed mobile malware campaign targeting Uyghur Muslims also ensnared a number of senior Tibetan officials and activists, according to new research.

Security researchers at the University of Toronto’s Citizen Lab say some of the Tibetan targets were sent specifically tailored malicious web links over WhatsApp, which, when opened, could have stealthily gained full access to their phone, installed spyware and silently stole private and sensitive information.

The exploits shared “technical overlaps” with a recently disclosed campaign targeting Uyghur Muslims, an oppressed minority in China’s Xinjiang state. Google last month disclosed the details of the campaign, which targeted iPhone users, but did not say who was targeted or who was behind the attack. Sources told TechCrunch that Beijing was to blame. Apple, which patched the vulnerabilities, later confirmed the exploits targeted Uyghurs.

Although Citizen Lab would not specify who was behind the latest round of attacks, the researchers said the same group targeting both Uyghurs and Tibetans also utilized Android exploits. Those exploits, recently disclosed and detailed by security firm Volexity, were used to steal text messages, contact lists and call logs, as well as watch and listen through the device’s camera and microphone.

It’s the latest move in a marked escalation of attacks on ethnic minority groups under surveillance and subjection by Beijing. China has long claimed rights to Tibet, but many Tibetans hold allegiance to the country’s spiritual leader, the Dalai Lama. Rights groups say China continues to oppress the Tibetan people, just as it does with Uyghurs.

A spokesperson for the Chinese consulate in New York did not return an email requesting comment, but China has long denied state-backed hacking efforts, despite a consistent stream of evidence to the contrary. Although China has recognized it has taken action against Uyghurs on the mainland, it instead categorizes its mass forced detentions of more than a million Chinese citizens as “re-education” efforts, a claim widely refuted by the west.

The hacking group, which Citizen Lab calls “Poison Carp,” uses the same exploits, spyware and infrastructure to target Tibetans as well as Uyghurs, including officials in the Dalai Lama’s office, parliamentarians and human rights groups.

Bill Marczak, a research fellow at Citizen Lab, said the campaign was a “major escalation” in efforts to access and sabotage these Tibetans groups.

In its new research out Tuesday and shared with TechCrunch, Citizen Lab said a number of Tibetan victims were targeted with malicious links sent in WhatsApp messages by individuals purporting to work for Amnesty International and The New York Times. The researchers obtained some of those WhatsApp messages from TibCERT, a Tibetan coalition for sharing threat intelligence, and found each message was designed to trick each target into clicking the link containing the exploit. The links were disguised using a link-shortening service, allowing the attackers to mask the full web address but also gain insight into how many people clicked on a link and when.

“The ruse was persuasive,” the researchers wrote. During a week-long period in November 2018, the targeted victims opened more than half of the attempted infections. Not all were infected, however; all of the targets were running non-vulnerable iPhone software.

One of the specific social engineering messages, pretending to be an Amnesty International aid worker, targeting Tibetan officials (Image: Citizen Lab/supplied)

The researchers said tapping on a malicious link targeting iPhones would trigger a chain of exploits designed to target a number of vulnerabilities, one after the other, in order to gain access to the underlying, typically off-limits, iPhone software.

The chain “ultimately executed a spyware payload designed to steal data from a range of applications and services,” said the report.

Once the exploitation had been achieved, a spyware implant would be installed, allowing the attackers to collect and send data to the attackers’ command and control server, including locations, contacts, call history, text messages and more. The implant also would exfiltrate data, like messages and content, from a hardcoded list of apps — most of which are popular with Asian users, like QQMail and Viber.

Apple had fixed the vulnerabilities months earlier (in July 2018); they were later confirmed as the same flaws found by Google earlier this month.

“Our customers’ data security is one of Apple’s highest priorities and we greatly value our collaboration with security researchers like Citizen Lab,” an Apple spokesperson told TechCrunch. “The iOS issue detailed in the report had already been discovered and patched by the security team at Apple. We always encourage customers to download the latest version of iOS for the best and most current security enhancements.”

Meanwhile, the researchers found that the Android-based attacks would detect which version of Chrome was running on the device and would serve a matching exploit. Those exploits had been disclosed and were “obviously copied” from previously released proof-of-concept code published by their finders on bug trackers, said Marczak. A successful exploitation would trick the device into opening Facebook’s in-app Chrome browser, which gives the spyware implant access to device data by taking advantage of Facebook’s vast number of device permissions.

The researchers said the code suggests the implant could be installed in a similar way using Facebook Messenger, and messaging apps WeChat and QQ, but failed to work in the researchers’ testing.

Once installed, the implant downloads plugins from the attacker’s server in order to collect contacts, messages, locations and access to the device’s camera and microphone.

When reached, Google did not comment. Facebook, which received Citizen Lab’s report on the exploit activity in November 2018, did not comment at the time of publication.

“From an adversary perspective what makes mobile an attractive spying target is obvious,” the researchers wrote. “It’s on mobile devices that we consolidate our online lives and for civil society that also means organizing and mobilizing social movements that a government may view as threatening.”

“A view inside a phone can give a view inside these movements,” they said.

The researchers also found another wave of links trying to trick a Tibetan parliamentarian into allowing a malicious app access to their Gmail account.

Citizen Lab said the threat from the mobile malware campaign was a “game changer.”

“These campaigns are the first documented cases of iOS exploits and spyware being used against these communities,” the researchers wrote. But attacks like Poison Carp show mobile threats “are not expected by the community,” as shown by the high click rates on the exploit links.

Gyatso Sither, TibCERT’s secretary, said the highly targeted nature of these attacks presents a “huge challenge” for the security of Tibetans.

“The only way to mitigate these threats is through collaborative sharing and awareness,” he said.

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What CISOs need to learn from WannaCry

In 2017 — for the first time in over a decade — a computer worm ran rampage across the internet, threatening to disrupt businesses, industries, governments and national infrastructure across several continents.

The WannaCry ransomware attack became the biggest threat to the internet since the Mydoom worm in 2004. On May 12, 2017, the worm infected millions of computers, encrypting their files and holding them hostage to a bitcoin payment.

Train stations, government departments, and Fortune 500 companies were hit by the surprise attack. The U.K.’s National Health Service (NHS) was one of the biggest organizations hit, forcing doctors to turn patients away and emergency rooms to close.

Earlier this week we reported a deep-dive story into the 2017 cyberattack that’s never been told before.

British security researchers — Marcus Hutchins and Jamie Hankins — registered a domain name found in WannaCry’s code in order to track the infection. It took them three hours to realize they had inadvertently stopped the attack dead in its tracks. That domain became the now-infamous “kill switch” that instantly stopped the spread of the ransomware.

As long as the kill switch remains online, no computer infected with WannaCry would have its files encrypted.

But the attack was far from over.

In the days following, the researchers were attacked from an angry botnet operator pummeling the domain with junk traffic to try to knock it offline and two of their servers were seized by police in France thinking they were contributing to the spread of the ransomware.

Worse, their exhaustion and lack of sleep threatened to derail the operation. The kill switch was later moved to Cloudflare, which has the technical and infrastructure support to keep it alive.

Hankins described it as the “most stressful thing” he’s ever experienced. “The last thing you need is the idea of the entire NHS on fire,” he told TechCrunch.

Although the kill switch is in good hands, the internet is just one domain failure away from another massive WannaCry outbreak. Just last month two Cloudflare failures threatened to bring the kill switch domain offline. Thankfully, it stayed up without a hitch.

CISOs and CSOs take note: here’s what you need to know.

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Fortnite bugs put accounts at risk of takeover

With one click, any semi-skilled hacker could have silently taken over a Fortnite account, according to a cybersecurity firm that says the bug is now fixed.

Researchers at Check Point say the three vulnerabilities chained together could have affected any of its 200 million players. The flaws, if exploited, would have stolen the account access token set on the gamer’s device once they entered their password.

Once stolen, that token could be used to impersonate the gamer and log in as if they were the account holder, without needing their password.

The researchers say that the flaw lies in how Epic Games, the maker of Fortnite, handles login requests. Researchers said they could send any user a crafted link that appears to come from Epic Games’ own domain and steal an access token needed to break into an account.

Check Point’s Oded Vanunu explains how the bug works. (Image: supplied)

“It’s important to remember that the URL is coming from an Epic Games domain, so it’s transparent to the user and any security filter will not suspect anything,” said Oded Vanunu, Check Point’s head of products vulnerability research, in an email to TechCrunch.

Here’s how it works: The user clicks on a link, which points to an epicgames.com subdomain, which the hacker embeds a link to malicious code on their own server by exploiting a cross-site weakness in the subdomain. Once the malicious script loads, unbeknownst to the Fortnite player, it steals their account token and sends it back to the hacker.

“If the victim user is not logged into the game, he or she would have to log in first,” said Vanunu. “Once that person is logged in, the account can be stolen.”

Epic Games has since fixed the vulnerability.

“We were made aware of the vulnerabilities and they were soon addressed,” said Nick Chester, a spokesperson for Epic Games. “We thank Check Point for bringing this to our attention.”

“As always, we encourage players to protect their accounts by not re-using passwords and using strong passwords, and not sharing account information with others,” he said.

When asked, Epic Games would not say if user data or accounts were compromised as a result of this vulnerability.

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Alphabet’s Chronicle launches an enterprise version of VirusTotal

VirusTotal, the virus- and malware-scanning service owned by Alphabet’s Chronicle, launched an enterprise-grade version of its service today.

VirusTotal Enterprise offers significantly faster and more customizable malware search, as well as a new feature called Private Graph, which allows enterprises to create their own private visualizations of their infrastructure and malware that affects their machines.

The Private Graph makes it easier for enterprises to create an inventory of their internal infrastructure and users to help security teams investigate incidents (and where they started). In the process of building this graph, VirtusTotal also looks are commonalities between different nodes to be able to detect changes that could signal potential issues.

The company stresses that these graphs are obviously kept private. That’s worth noting because VirusTotal already offered a similar tool for its premium users — the VirusTotal Graph. All of the information there, however, was public.

As for the faster and more advanced search tools, VirusTotal notes that its service benefits from Alphabet’s massive infrastructure and search expertise. This allows VirusTotal Enterprise to offer a 100x speed increase, as well as better search accuracy. Using the advanced search, the company notes, a security team could now extract the icon from a fake application, for example, and then return all malware samples that share the same file.

VirusTotal says that it plans to “continue to leverage the power of Google infrastructure” and expand this enterprise service over time.

Google acquired VirusTotal back in 2012. For the longest time, the service didn’t see too many changes, but earlier this year, Google’s parent company Alphabet moved VirusTotal under the Chronicle brand and the development pace seems to have picked up since.

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Ransomware technique uses your real passwords to trick you

A few folks have reported a new ransomware technique that preys upon corporate inability to keep passwords safe. The notes – which are usually aimed at instilling fear – are simple: the hacker says “I know that your password is X. Give me a bitcoin and I won’t blackmail you.”

Programmer Can Duruk reported getting the email today.

Woah. This is cool. A Bitcoin ransom with using what I think is passwords from a big leak. Pretty neat since people would be legit scared when they see their password. The concealed part is actually an old password I used to use. pic.twitter.com/clEYiFqvHY

— can (@can) July 11, 2018

The email reads:

I’m aware that X is your password.

You don’t know me and you’re thinking why you received this e mail, right?

Well, I actually placed a malware on the porn website and guess what, you visited this web site to have fun (you know what I mean). While you were watching the video, your web browser acted as a RDP (Remote Desktop) and a keylogger which provided me access to your display screen and webcam. Right after that, my software gathered all your contacts from your Messenger, Facebook account, and email account.

What exactly did I do?

I made a split-screen video. First part recorded the video you were viewing (you’ve got a fine taste haha), and next part recorded your webcam (Yep! It’s you doing nasty things!).

What should you do?

Well, I believe, $1400 is a fair price for our little secret. You’ll make the payment via Bitcoin to the below address (if you don’t know this, search “how to buy bitcoin” in Google) .

BTC Address: 1Dvd7Wb72JBTbAcfTrxSJCZZuf4tsT8V72
(It is cAsE sensitive, so copy and paste it)

Important:

You have 24 hours in order to make the payment. (I have an unique pixel within this email message, and right now I know that you have read this email). If I don’t get the payment, I will send your video to all of your contacts including relatives, coworkers, and so forth. Nonetheless, if I do get paid, I will erase the video immidiately. If you want evidence, reply with “Yes!” and I will send your video recording to your 5 friends. This is a non-negotiable offer, so don’t waste my time and yours by replying to this email.

To be clear there is very little possibility that anyone has video of you cranking it unless, of course, you video yourself cranking it. Further, this is almost always a scam. That said, the fact that the hackers are able to supply your real passwords – most probably gleaned from the multiple corporate break-ins that have happened over the past few years – is a clever change to the traditional cyber-blackmail methodology.

Luckily, the hackers don’t have current passwords.

“However, all three recipients said the password was close to ten years old, and that none of the passwords cited in the sextortion email they received had been used anytime on their current computers,” wrote researcher Brian Krebs. In short, the password files the hackers have are very old and outdated.

To keep yourself safe, however, cover your webcam when not in use and change your passwords regularly. While difficult, there is nothing else that can keep you safer than you already are if you use two-factor authentication and secure logins.

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IBM opens new Cambridge, MA security headquarters with massive cyber range

IBM Cyber Security X-Force Command Center Cambridge, MA It was a big day for IBM today as it opened its shiny new security headquarters in Kendall Square in Cambridge, MA, complete with what the company is calling the first commercial cyber range. A cyber range is a network security testing environment, and is typically run by the military or military contractors. This one, dubbed X-Force Command, however, is much more than a couple of terminals in… Read More

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