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Winners receive the Monopoly VIP database password from McDonald’s.

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Winners receive the Monopoly VIP database password from McDonald's.

The login names and passwords for the game’s database were provided to all winners of the McDonald’s Monopoly VIP game in the UK due to an error.

After missing a year due to COVID-19, McDonald’s UK resumed operations on August 25th with the debut of their well-known Monopoly VIP game, which allows customers to enter codes found on their food purchases for a chance to win a gift. These rewards range from Lay-Z Spa hot tubs to £100,000 in cash, as well as an Ibiza property or UK hideaway vacation.

The game unfortunately ran into trouble over the weekend when a problem resulted in prize winners receiving emails including their user name and password for both the production and staging database servers.

Troy Hunt provided BleepingComputer with an unredacted snapshot of the prize winners’ email that displays an exception error and sensitive data for the online application.

This data included hostnames for Azure SQL databases as well as the login names and passwords for those databases, as shown in the redacted email that was sent to a Monopoly VIP winner and is shown below.

Troy Hunt received an email from the contestant who indicated that although the production server was firewalled, they could still access the staging server by using the provided credentials.

In an email sent to Troy Hunt and obtained by BleepingComputer, the individual said, “I tried to connect to production to judge the severity of the issue and whether or not getting in touch was an urgent concern, but luckily for them they had a set of firewall restrictions installed.”

I was able to enter staging, though, and I promptly disconnected for obvious reasons.

These databases might have held winning reward codes, making it possible for a dishonest person to download unused game codes and win the prizes.

Fortunately for McDonald’s, the issue was responsibly reported to McDonald’s, and although they did not hear back, they later discovered that the password for the staging server had been changed.

Unfortunately, this was not a unique problem; other users also claimed to have seen the credentials and even went so far as to document their encounter in a TikTok video.

McDonald’s told BleepingComputer that just the staging server’s credentials were exposed, despite the error plainly stating that both a production and staging server’s credentials were compromised.

“A limited number of consumers received information for a staging website by email as a result of an administrative error. No personal information was hacked or disclosed to outside parties, McDonald’s said in a statement to BleepingComputer.

“Those who were impacted will be contacted to reassure them that this was a mistake on the part of a human and that their information is still secure. We take protecting user data extremely seriously, and we apologise if this oversight has led to unwarranted worry.

 

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Microsoft fumbles supply chain and acknowledges signing rootkit malware.

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Microsoft fumbles supply chain and acknowledges signing rootkit malware.

As of right now, Microsoft has admitted to signing a malicious driver that is disseminated in gaming contexts.

This “Netfilter”-named driver is actually a rootkit that has been seen interacting with Chinese C2 IP addresses.

Last week, the whole infosec. community joined G Data malware specialist Karsten Hahn in tracking down and analysing the malicious drivers that bore the Microsoft logo.

This incident exposed vulnerabilities to software supply-chain security once more, but this time it was caused by a flaw in the code-signing procedure used by Microsoft.

Rootkit “Netfilter” driver is Microsoft-signed.
A Microsoft signed driver dubbed “Netfilter” was detected last week by G Data’s cybersecurity alert systems as what at first glance appeared to be a false positive, but wasn’t.

The driver in question was observed interacting with C&C IPs based in China, which had no valid functionality and raised red flags.

This is when Karsten Hahn, a malware analyst at G Data, disclosed this publicly and contacted Microsoft at the same time:

Since Windows Vista, all code that operates in kernel mode must be tested and certified before being made available to the public in order to maintain the stability of the operating system.

According to Hahn, “Drivers without a Microsoft certificate cannot be deployed by default.”

At that time, BleepingComputer started tracking C2 URL behaviour and approached Microsoft for a comment.

A list of further routes (URLs), denoted by the pipe (“|”) symbol, are returned by the first C2 URL:

Each of these, in Hahn’s opinion, has a function:

The URL that ends in “/p” refers to proxy settings, “/s” offers encoded redirection IPs, “/h?” is for getting CPU-ID, “/c” offered a root certificate, and “/v?” refers to the malware’s self-updating capabilities.
For instance, as observed by BleepingComputer, the malicious Netfilter driver in question (residing at “/d3”) was accessible via the “/v?” path at the following URL:

After thoroughly examining the driver, the G Data researcher came to the conclusion that it was malware.

In a thorough blog post, the researcher examined the driver, its ability to self-update, and Indicators of Compromise (IOCs).

According to Hahn, the sample features a self-update routine that transmits its own MD5 hash to the server via the URL hxxp:/110.42.4.180:2081/v?v=6&m=.

An illustration of a request would be as follows:

hxxp:/110.42.4.180:2081/v?v=6&m=921fa8a5442e9bf3fe727e770cded4ab
“The server then replies with either ‘OK’ if the sample is current or the URL for the most recent sample, such as hxxp:/110.42.4.180:2081/d6. As a result, the malware replaces its own file “further information from the researcher

Other malware specialists like Johann Aydinbas, Takahiro Haruyama, and Florian Roth worked with Hahn during his analysis.

Roth has offered YARA rules for recognising them in your network environments after being able to compile the list of samples in a spreadsheet.

Microsoft is looking at a bad actor who spreads harmful drivers inside of gaming environments.

“In order to be certified by the Windows Hardware Compatibility Program, the actor supplied drivers. A third party created the drivers.”

Microsoft stated yesterday, “We have stopped the account and checked their uploads for additional indicators of malware.”

Microsoft claims that the threat actor primarily targeted the gaming industry in China with these malicious drivers and that there is currently no evidence that enterprise environments have been impacted.

Microsoft is waiting before blaming nation-state actors for this incident.

Sophisticated threat actors may take advantage of falsely signed binaries to help launch extensive software supply-chain attacks.

A well-known event in which code-signing certificates were taken from Realtek and JMicron to assist the comprehensive Stuxnet attack on Iran’s nuclear programme.

However, this specific instance has shown flaws in a reliable code-signing procedure, which threat actors have exploited to obtain Microsoft-signed code without jeopardising any certifications.

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FlexBooker reports a data breach, affecting more than 3.7 million accounts.

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FlexBooker reports a data breach, affecting more than 3.7 million accounts.

In an attack just before the holidays, the accounts of over three million customers of the American appointment scheduling service FlexBooker were taken, and they are now being exchanged on hacker forums.

The same hackers are also selling databases they claim to be from two other organisations: the Australian case management system rediCASE and the racing media outlet Racing.com.

Holiday breaches before
A few days before Christmas, there were supposedly three breaches, and the intruder posted the information on a hacking forum.

A popular programme for booking appointments and syncing employee calendars, FlexBooker, appears to be the source of the most recent data dump.

Owners of any company that needs to plan appointments, such as accountants, barbers, doctors, mechanics, lawyers, dentists, gyms, salons, therapists, trainers, spas, and the list goes on, are among FlexBooker’s clients.

The group claiming responsibility for the attack appears to go by the name of Uawrongteam, and they published links to files and archives containing personal information, including pictures, driver’s licences, and other IDs.

The database, according to Uawrongteam, has a table with 10 million lines of client data, including everything from payment forms and charges to pictures taken for driver’s licences.

Names, emails, phone numbers, password salt, and hashed passwords are among the database’s “juicy columns,” according to the actor.

Customers of FlexBooker have received a data breach notification that confirms the attack and that data on the service’s Amazon cloud storage system was “accessed and downloaded” by the intruders.

The letter states that “our account on Amazon’s AWS servers was compromised on December 23, 2021, starting at 4:05 PM EST,” adding that the attackers did not obtain “any credit card or other payment card information.”

FlexBooker advised consumers to be on the lookout for strange or fraudulent activities, and to monitor account statements and credit reports.

For further information, the developer also directed users to a report on a distributed denial-of-service (DDoS) attack. It was then determined that some customers’ personal information had been obtained by the hackers.

The FlexBooker assault exposed email addresses, names, partial credit card information, passwords, and phone numbers for more than 3.7 million users, according to the data breach reporting service Have I Been Pwned.

Prior to FlexBooker, the threat actor known as Uawrongteam distributed links to material that was purportedly taken from Racing.com, a digital television station that broadcasts horse racing and offers news, stats, and event calendars associated with the sport.

The data from the Redbourne Gang’s rediCASE Case Management Software, which is utilised by numerous enterprises in addition to health and community agencies, looks to be another target of the same group.

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Rapyd, a “fintech-as-a-service” provider, to acquire Iceland-based Valitor, which establishes in-store and on the internet payments technologies, for $100M (Omar Faridi/Crowdfund Expert).

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acquire Iceland-based Valitor

Rapyd, a “fintech-as-a-service” provider, to acquire Iceland-based Valitor, which develops in-store and online payments technologies, for $100M (Omar Faridi/Crowdfund Insider)

Omar Faridi / Crowdfund Insider:
Rapyd, a “fintech-as-a-service” provider, to acquire Iceland-based Valitor, which develops in-store and online payments technologies, for $100M  —  – Twitter- Facebook- LinkedIn- Pinterest- Reddit- HackerNews- Telegram- Weibo- Email- Print- Subscribe

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