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Satori Cyber raises $5.25M to help businesses protect their data flows

The amount of data that most companies now store — and the places they store it — continues to increase rapidly. With that, the risk of the wrong people managing to get access to this data also increases, so it’s no surprise that we’re now seeing a number of startups that focus on protecting this data and how it flows between clouds and on-premises servers. Satori Cyber, which focuses on data protecting and governance, today announced that it has raised a $5.25 million seed round led by YL Ventures.

“We believe in the transformative power of data to drive innovation and competitive advantage for businesses,” the company says. “We are also aware of the security, privacy and operational challenges data-driven organizations face in their journey to enable broad and optimized data access for their teams, partners and customers. This is especially true for companies leveraging cloud data technologies.”

Satori is officially coming out of stealth mode today and launching its first product, the Satori Cyber Secure Data Access Cloud. This service provides enterprises with the tools to provide access controls for their data, but maybe just as importantly, it also offers these companies and their security teams visibility into their data flows across cloud and hybrid environments. The company argues that data is “a moving target” because it’s often hard to know how exactly it moves between services and who actually has access to it. With most companies now splitting their data between lots of different data stores, that problem only becomes more prevalent over time and continuous visibility becomes harder to come by.

“Until now, security teams have relied on a combination of highly segregated and restrictive data access and one-off technology-specific access controls within each data store, which has only slowed enterprises down,” said Satori Cyber CEO and co-founder Eldad Chai. “The Satori Cyber platform streamlines this process, accelerates data access and provides a holistic view across all organizational data flows, data stores and access, as well as granular access controls, to accelerate an organization’s data strategy without those constraints.”

Both co-founders (Chai and CTO Yoav Cohen) previously spent nine years building security solutions at Imperva and Incapsula (which acquired Imperva in 2014). Based on this experience, they understood that onboarding had to be as easy as possible and that operations would have to be transparent to the users. “We built Satori’s Secure Data Access Cloud with that in mind, and have designed the onboarding process to be just as quick, easy and painless. On-boarding Satori involves a simple host name change and does not require any changes in how your organizational data is accessed or used,” they explain.

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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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‘Magic: The Gathering’ game maker exposed 452,000 players’ account data

The maker of Magic: The Gathering has confirmed that a security lapse exposed the data on hundreds of thousands of game players.

The game’s developer, the Washington-based Wizards of the Coast, left a database backup file in a public Amazon Web Services storage bucket. The database file contained user account information for the game’s online arena. But there was no password on the storage bucket, allowing anyone to access the files inside.

The bucket is not believed to have been exposed for long — since around early-September — but it was long enough for U.K. cybersecurity firm Fidus Information Security to find the database.

A review of the database file showed there were 452,634 players’ information, including about 470 email addresses associated with Wizards’ staff. The database included player names and usernames, email addresses, and the date and time of the account’s creation. The database also had user passwords, which were hashed and salted, making it difficult but not impossible to unscramble.

None of the data was encrypted. The accounts date back to at least 2012, according to our review of the data, but some of the more recent entries date back to mid-2018.

A formatted version of the database backup file, redacted, containing 452,000 user records. (Image: TechCrunch)

Fidus reached out to Wizards of the Coast but did not hear back. It was only after TechCrunch reached out that the game maker pulled the storage bucket offline.

Bruce Dugan, a spokesperson for the game developer, told TechCrunch in a statement: “We learned that a database file from a decommissioned website had inadvertently been made accessible outside the company.”

“We removed the database file from our server and commenced an investigation to determine the scope of the incident,” he said. “We believe that this was an isolated incident and we have no reason to believe that any malicious use has been made of the data,” but the spokesperson did not provide any evidence for this claim.

“However, in an abundance of caution, we are notifying players whose information was contained in the database and requiring them to reset their passwords on our current system,” he said.

Harriet Lester, Fidus’ director of research and development, said it was “surprising in this day and age that misconfigurations and lack of basic security hygiene still exist on this scale, especially when referring to such large companies with a userbase of over 450,000 accounts.”

“Our research team work continuously, looking for misconfigurations such as this to alert companies as soon as possible to avoid the data falling into the wrong hands. It’s our small way of helping make the internet a safer place,” she told TechCrunch.

The game maker said it informed the U.K. data protection authorities about the exposure, in line with breach notification rules under Europe’s GDPR regulations. The U.K.’s Information Commissioner’s Office did not immediately return an email to confirm the disclosure.

Companies can be fined up to 4% of their annual turnover for GDPR violations.

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What startup CSOs can learn from three enterprise security experts

How do you keep your startup secure?

That’s the big question we explored at TC Sessions: Enterprise earlier this month. No matter the size, every startup is an enterprise. Every startup will grow in size as it builds out. But as a company expands, that rapid growth can lead to a distraction from the foundational principle of any modern company — keeping it secure.

Security isn’t just a buzzword. As some of the largest companies in Silicon Valley have shown, security can be difficult. From storing passwords in plaintext to data breaches galore, how can startups learn from some of the biggest security lapses in the tech industry’s history?

Our panel consisted of three of the brightest minds in enterprise security: Wendy Nather, head of advisory CISOs at Duo Security, is an enterprise security expert; Martin Casado, general partner at Andreessen Horowitz, is a security and enterprise startup investor; and Emily Heath, United’s chief information security officer, oversees the security operations of the largest U.S. airlines.

This is what advice they had.

Security from the very start

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Hackers to stress-test Facebook Portal at hacking contest

Hackers will soon be able to stress-test the Facebook Portal at the annual Pwn2Own hacking contest, following the introduction of the social media giant’s debut hardware device last year.

Pwn2Own is one of the largest hacking contests in the world, where security researchers descend to find and demonstrate their exploits for vulnerabilities in a range of consumer electronics and technologies, including appliances and automobiles.

It’s not unusual for companies to allow hackers put their products through their paces. Tesla earlier this year entered its new Model 3 sedan into the contest. A pair of researchers later scooped up $375,000 — and the car they hacked — for finding a severe memory randomization bug in the web browser of the car’s infotainment system.

Hackers able to remotely inject and run code on the Facebook Portal can receive up to $60,000, while a non-invasive physical attack or a privilege escalation bug can net $40,000.

Introducing the Facebook Portal is part of a push by Trend Micro’s Zero Day Initiative, which runs the contest, to expand the range of home automation devices available to researchers in attendance. Pwn2Own said researchers will also get a chance to try to hack an Amazon Echo Show 5, a Google Nest Hub Max, an Amazon Cloud Cam and a Nest Cam IQ Indoor.

Facebook said it also would allow hackers to find flaws in the Oculus Quest virtual reality kit.

Pwn2Own Tokyo, set to be held on November 6-7, is expected to dish out more than $750,000 in cash and prizes.

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Duo’s Wendy Nather to talk security at TC Sessions: Enterprise

When it comes to enterprise security, how do you move fast without breaking things?

Enter Duo’s Wendy Nather, who will join us at TC Sessions: Enterprise in San Francisco on September 5, where we will get the inside track on how to keep enterprise networks secure without slowing growth.

Nather is head of advisory CISOs at Duo Security, a Cisco company, and one of the most respected and trusted voices in the cybersecurity community as a regular speaker on a range of topics, from threat intelligence to risk analysis, incident response, data security and privacy issues.

Prior to her role at Duo, she was the research director at the Retail ISAC, and served as the research director of the Information Security Practice at independent analyst firm 451 Research.

She also led IT security for the EMEA region of the investment banking division of Swiss Bank Corporation — now UBS.

Nather also co-authored “The Cloud Security Rules,” and was listed as one of SC Magazine’s Women in IT Security “Power Players” in 2014.

We’re excited to have Nather discuss some of the challenges startups and enterprises face in security — threats from both inside and outside the firewall. Companies large and small face similar challenges, from keeping data in to keeping hackers out. How do companies navigate the litany of issues and threats without hampering growth?

Who else will we have onstage, you ask? Good question! We’ll be joined by some of the biggest names and the smartest and most prescient people in the industry, including Bill McDermott at SAP, Scott Farquhar at Atlassian, Julie Larson-Green at Qualtrics, Aaron Levie at Box and Andrew Ng at Landing AI and many, many more. See the whole agenda right here.

Early-bird tickets are on sale right now! For just $249 you can see Nather and these other awesome speakers live at TC Sessions: Enterprise. But hurry, early-bird sales end on August 9; after that, prices jump up by $100. Book here.

If you’re a student on a budget, don’t worry, we’ve got a super-reduced ticket for just $75 when you apply for a student ticket right here.

Enterprise-focused startups can bring the whole crew when you book a Startup Demo table for just $2,000. Each table gives you a primo location to be seen by attendees, investors and other sponsors, in addition to four tickets to enjoy the show. We only have a limited amount of demo tables and we will sell out. Book yours here.

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AI security startup Darktrace’s CEO defeats buzzword bingo with trust and transparency

It takes a lot of trust to allow a company to come in and install a mystery box on their network to monitor for threats. It’s like inviting in a security guard to sit in your living room to make sure nobody breaks in.

Yet that’s exactly what Darktrace does. (The box, not the security guard.)

The Cambridge U.K.-founded company, now with a second headquarters in San Francisco, assumes that any network can be breached. Instead of looking at the perimeter of a network, Darktrace uses artificial intelligence (AI) and machine learning to scan and identify security weaknesses and malicious traffic inside a company’s network.

Traditional network monitoring typically uses signature-based threat detection of matching against known malicious files, but can be easily modified to evade detection. Instead, Darktrace builds up a profile of the network to understand what the baseline “normal” looks like so it can spot and identify potential issues, like large amounts of data exfiltration or suspect devices.

But how do you win over those who see a sea of meaningless buzzwords? How can you differentiate between the smoke and mirrors and the real deal?

“No one wants the black box making decisions without them knowing what it’s doing,” said Nicole Eagan, Darktrace’s co-founder and chief executive, in a call with TechCrunch.

“So, let them have visibility,” she said.

Darktrace’s founders have roots in the U.K. and U.S. intelligence, where they took what they knew of the cybersecurity threats to the private sector to where the new battleground opened up. In the past half-decade of its existence, the company has gained major clients on its roster — from telcos to banks, tech giants and car makers — supported by 900 staff in over 40 offices around the world.

About a quarter of its customers are in financial services, said Eagan. But it takes a lot for the heavily regulated companies to trust a mystery device on a company’s network where the data and security, like financial services, is highly regulated.

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Google says some G Suite user passwords were stored in plaintext since 2005

Google says a small number of its enterprise customers mistakenly had their passwords stored on its systems in plaintext.

The search giant disclosed the exposure Tuesday but declined to say exactly how many enterprise customers were affected. “We recently notified a subset of our enterprise G Suite customers that some passwords were stored in our encrypted internal systems unhashed,” said Google vice president of engineering Suzanne Frey.

Passwords are typically scrambled using a hashing algorithm to prevent them from being read by humans. G Suite administrators are able to manually upload, set and recover new user passwords for company users, which helps in situations where new employees are on-boarded. But Google said it discovered in April that the way it implemented password setting and recovery for its enterprise offering in 2005 was faulty and improperly stored a copy of the password in plaintext.

Google has since removed the feature.

No consumer Gmail accounts were affected by the security lapse, said Frey.

“To be clear, these passwords remained in our secure encrypted infrastructure,” said Frey. “This issue has been fixed and we have seen no evidence of improper access to or misuse of the affected passwords.”

Google has more than 5 million enterprise customers using G Suite.

Google said it also discovered a second security lapse earlier this month as it was troubleshooting new G Suite customer sign-ups. The company said since January it was improperly storing “a subset” of unhashed G Suite passwords on its internal systems for up to two weeks. Those systems, Google said, were only accessible to a limited number of authorized Google staff, the company said.

“This issue has been fixed and, again, we have seen no evidence of improper access to or misuse of the affected passwords,” said Frey.

Google said it’s notified G Suite administrators to warn of the password security lapse, and will reset account passwords for those who have yet to change.

A spokesperson confirmed Google has informed data protection regulators of the exposure.

Google becomes the latest company to have admitted storing sensitive data in plaintext in the past year. Facebook said in March that “hundreds of millions” of Facebook and Instagram passwords were stored in plaintext. Twitter and GitHub also admitted similar security lapses last year.

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After account hacks, Twitch streamers take security into their own hands

Twitch has an account hacking problem.

After the breach of popular browser game Town of Salem in January, some 7.8 million stolen passwords quickly became the weakest link not only for the game but gamers’ other accounts. The passwords were stored using a long-deprecated scrambling algorithm, making them easily cracked.

It didn’t take long for security researcher and gamer Matthew Jakubowski to see the aftermath.

In the weeks following, the main subreddit for Amazon-owned game streaming site Twitch — of which Jakubowski is a moderator — was flooded with complaints about account hijacks. One after the other, users said their accounts had been hacked. Many of the hijacked accounts had used their Town of Salem password for their Twitch account.

Jakubowski blamed the attacks on automated account takeovers — bots that cycle through password lists stolen from breached sites, including Town of Salem.

“Twitch knows it’s a problem — but this has been going on for months and there’s no end in sight,” Jakubowski told TechCrunch.

Credential stuffing is a security problem that requires participation from both tech companies and their users. Hackers take lists of usernames and passwords from other breached sites and brute-force their way into other accounts. Customers of DoorDash and Chipotle have in recent months complained of account breaches, but have denied their systems have been hacked, offered little help to their users or shown any effort to bolster their security, and instead washed their hands of any responsibility.

Jakubowski, working with fellow security researcher Johnny Xmas, said Twitch no longer accepting email addresses to log in and incentivizing users to set up two-factor authentication would all but eliminate the problem.

The Russia connection

In new research out Tuesday, Jakubowski and Xmas said Russian hackers are a likely culprit.

The researchers found attackers would run massive lists of stolen credentials against Twitch’s login systems using widely available automation tools. With no discernible system to prevent automated logins, the attackers can hack into Twitch accounts at speed. Once logged in, the attackers then change the password to gain persistent access to the account. Even if they’re caught, some users are claiming a turnaround time of four weeks for Twitch support to get their accounts back.

On the accounts with a stored payment card — or an associated Amazon Prime membership — the attackers follow streaming channels they run or pay a small fee to access, of which Twitch takes a cut. Twitch also has its own virtual currency — bits — to help streamers solicit donations, which can be abused by the attackers to funnel funds into their coffers.

When the attacker’s streaming account hits the payout limit, the attacker cashes out.

The researchers said the attackers stream prerecorded gameplay footage on their own Twitch channels, often using Russian words and names.

“You’ll see these Russian accounts that will stream what appears to be old video game footage — you’ll never see a face or hear anybody talking but you’ll get tons of people subscribing and following in the channel,” said Xmas. “You’ll get people donating bits when nothing is going on in there — even when the channel isn’t streaming,” he said.

This activity helps cloak the attackers’ account takeover and pay-to-follow activity, said Xmas, but the attackers would keep the subscriber counts low enough to garner payouts from Twitch but not draw attention.

“If it’s something easy enough for [Jakubowski] to stumble across, it should be easy for Twitch to handle,” said Xmas. “But Twitch is staying silent and users are constantly being defrauded.”

Two-factor all the things

Twitch, unlike other sites and services with a credential stuffing problem, already lets its 15 million daily users set up two-factor authentication on their accounts, putting much of the onus to stay secure on the users themselves.

Twitch partners, like Jakubowski, and affiliates are required to set up two-factor on their accounts.

But the researchers say Twitch should do more to incentivize ordinary users — the primary target for account hijackers and fraudsters — to secure their accounts.

“I think [Twitch] doesn’t want that extra step between a valid user trying to pay for something and adding friction to that process,” said Jakubowski.

“The hackers have no idea how valuable an account is until they log in. They’re just going to try everyone — and take a shotgun approach.”
Matthew Jakubowski, security researcher and Twitch partner

“Two-factor is important — everyone knows it’s important but users still aren’t using it because it’s inconvenient,” said Xmas. “That’s the bottom line: Twitch doesn’t want to inconvenience people because that loses Twitch money,” he said.

Recognizing there was still a lack of awareness around password security and with no help from Twitch, Jakubowski and Xmas took matters into their own hands. The pair teamed up to write a comprehensive Twitch user security guide to explain why seemingly unremarkable accounts are a target for hackers, and hosted a Reddit “ask me anything” to let users to ask questions and get instant feedback.

Even during Jakubowski’s streaming sessions, he doesn’t waste a chance to warn his viewers about the security problem — often fielding other security-related questions from his fans.

“Every 10 minutes or so, I’ll remind people watching to set-up two factor,” he said.

“The hackers have no idea how valuable an account is until they log in,” said Jakubowski. “They’re just going to try everyone — and take a shotgun approach,” he said.

Xmas said users “don’t realize” how vulnerable they are. “They don’t understand why their account — which they don’t even use to stream — is desirable to hackers,” he said. “If you have a payment card associated with your account, that’s what they want.”

Carrot and the stick

Jakubowski said that convincing the users is the big challenge.

Twitch could encourage users with free perks — like badges or emotes — costing the company nothing, the researchers said. Twitch lets users collect badges to flair their accounts. World of Warcraft maker Blizzard offers perks for setting up two-factor, and Epic Games offers similar incentives to their gamers.

“Rewarding users for implementing two-factor would go a huge way,” said Xmas. “It’s incredible to see how effective that is.”

The two said the company could also integrate third-party leaked credential monitoring services, like Have I Been Pwned, to warn users if their passwords have been leaked or exposed. And, among other fixes, the researchers say removing two-factor by text message would reduce SIM swapping attacks. Xmas, who serves as director of field engineering at anti-bot startup Kasada — which TechCrunch profiled earlier this year — said Twitch could invest in systems that detect bot activity to prevent automated logins.

Twitch, when reached prior to publication, did not comment.

Jakubowski said until Twitch acts, streamers can do their part by encouraging their viewers to switch on the security feature. “Streamers are influencers — more users are likely to switch on two-factor if they hear it from a streamer,” he said.

“Getting more streamers to get on board with security will hopefully go a much longer way,” he said.

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Why your CSO, not your CMO, should pitch your security startup

Whenever a security startup lands on my desk, I have one question: Who’s the chief security officer (CSO) and when can I get time with them?

Having a chief security officer is as relevant today as a chief marketing officer (CMO) or chief revenue boss. Just as you need to make sure your offering looks good and the money keeps rolling in, you need to show what your security posture looks like.

Even for non-security startups, having someone at the helm is just as important — not least given the constant security threats that all companies face today, they will become a necessary part of interacting with the media. Regardless of whether your company builds gadgets or processes massive amounts of customer data, security has to be at the front of mind. It’s no good simply saying that you “take your privacy and security seriously.” You have to demonstrate it.

A CSO has several roles and they will wear many hats. Depending on the kind of company you have, they will work to bolster your company’s internal processes and policies on keeping not only your corporate data safe but also the data of your customers. They also will be consulted on security practices of your app or product or service to make sure you’re complying with consumer-expected privacy expectations — and not the overbearing and all-embracing industry standards of vacuuming up as much data as there is.

But for the average security startup, a CSO should also act as the point-person for all technical matters associated with their company’s product or service. A CSO can be an evangelist for the infosec professional who can speak to their company’s offering — and to reporters, like me.

In my view, no startup of any size — especially a security startup — should be without a CSO.

The reality is about 95 percent of the world’s wealthiest companies don’t have one. Facebook hasn’t had someone running the security shop since August. It may be a coincidence that the social networking giant has faced breach after exposure after leak after scandal, and it shows — the company is running around headless without a direction of where to go.

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