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Information Commissioner Office Made a Regulatory Fine of $27 Million on Tiktok


The information commissioner's office of the United Kingdom recently fined Tiktok $29 million, having provisionally discovered that Tiktok had breached the laws of child data protection for two years. 
The privacy regulatory body of the United Kingdom reported the exploitation of protection laws of the country’s data. There was an investigation that concluded that TikTok may have breached the laws of data protection from May 2018 to July 2020. 
The fine is determined by the calculation of 4% of TikTok’s annual turnover globally. The ICO issued TikTok with a “notice of intent” with a fine of up to $27 million, which is considered the highest in ICO’s history as the largest amount paid till now is $20 million to British Airways. 
The Information Commissioner's office has pointed out in regard to Tiktok that it may breach privacy by processing data of minors under 13 years old without parental consent, failing to provide complete information to users "in a concise, transparent, and easily understandable manner" and processing unsuitable "special category" data without legal authority. 
The ICO defines “special category data” as any use of sensitive personal data including sexual orientation, religious beliefs, culture and nationality, political perspective, and biometric data. 
The information commissioner, John Edwards commented on TikTok’s failure in fulfilling its legal duties of protecting the privacy of data of its young users. He stated, "we all want children to be able to learn and experience the digital world, but with proper data privacy protection.” 
In John’s opinion, digital learning is essential for children, but the companies offering the digital services should be legally responsible for ensuring that reasonable protection measures are incorporated into these services, as during the investigation of TikTok it was found to be provisionally lacking in these measures.  
ICO added to its statement that the findings from the investigation are provisional and no final conclusions can be drawn at this time. A spokesperson from Tiktok in a conversation with TechCrunch shared that they do respect the concerns expressed by the ICO about security and protection laws, but that they disagree with the ICO's views regarding Tiktok's privacy policies.

Optus Data Breach: Australia’s Telco Giant Confirms Data of Millions of Users Compromised


Australia’s second largest Telecom Company, Optus has recently become a victim of a cyberattack that attack apparently led to the exposure of personal data of its current as well as former customers. According to Trevor Long, a Sydney-based tech analyst, the attack is the biggest breach of personal data from any Australian firm. 

The firm states that as soon as the attack was detected, it worked towards containing the attack, subsequently shutting it down before customers could suffer any harm. The company believes that one of the networks was still exposed to the test network with internet access. 

The data breach notification read, “Following a cyberattack, Optus is investigating the possible unauthorized access of current and former customer [..] Upon discovering this, Optus immediately shut down the attack.” 

In the wake of the attack, the firm confirmed that its customers' private data could be compromised since the attackers had an access to the customer identity database and opened it to other systems via Application Programming Interface (API). The firm further told that its network was accessed from an external source.  

The exposed data, as per the firm’s statement in a press release included customers’ names, dates of birth, contact numbers, email addresses, residential addresses, and identity documents numbers such as passport and driving licenses. The company’s services on the other hand, including mobile and home internet, have not been compromised and the attackers were void of access to messages and phone calls. 

Is Human Error Responsible For The Breach? 

At a media briefing, when asked about the possibility of a human error being responsible for the breach, Optus CEO Kelly Bayers Rosemarin stated that “I know people are hungry for details about the exact specificity of how this attack could occur, but it is the subject of criminal proceedings and so will not be divulging details about that.” 

The company has denied any claims of a human error that could execute this data breach. The CEO also apologized to the firm’s customers, stating it was challenging to offer immediate advice unless the case investigation was complete. 

The CEO also mentioned the strong cyber defense softwares invested in Telco pertaining to the attacks. She further said that this attack should be a wake-up call for all organizations in order to avoid becoming a victim of a data breach. 

Uber Blames Extortion, Hacking Group Lapsus$ For Recent Data Breach


Uber revealed more details about the security incident that occurred last week on Monday, pinning the attack on a threat actor it believes is affiliated with the notorious LAPSUS$ hacking group. 

The financially motivated extortionist group was dealt a massive blow in March 2022 when the City of London Police arrested seven suspected LAPSUS$ gang members aged 16 to 21. Two of them were charged for their actions weeks later. The hacker responsible for the Uber breach, an 18-year-old teenager known as Tea Pot, has also claimed responsibility for breaking into video game publisher Rockstar Games over the weekend.

"This group typically uses similar techniques to target technology companies, and in 2022 alone has breached Microsoft, Cisco, Samsung, NVIDIA, and Okta, among others," the San Francisco-based company said in an update.

As the company's investigation into the incident continues, Uber stated that it is functioning with "several leading digital forensics firms," in addition to cooperating with the US Federal Bureau of Investigation (FBI) and the Justice Department.

In terms of how the attack occurred, the ridesharing company stated that an "EXT contractor" had their personal device compromised with malware and their corporate account credentials stolen and sold on the dark web, correlating with an earlier Group-IB report. The previous week, the Singapore-based company reported that at least two of Uber's employees in Brazil and Indonesia had been infected with Raccoon and Vidar information robbers.

"The attacker then repeatedly tried to log in to the contractor's Uber account," the company said. "Each time, the contractor received a two-factor login approval request, which initially blocked access. Eventually, however, the contractor accepted one, and the attacker successfully logged in."

After gaining access, the miscreant appears to have accessed other employee accounts, giving the malicious party access to "several internal systems" such as Google Workspace and Slack. The company also stated that as part of its incident response measures, it disabled impacted tools, rotated keys to the services, locked down the codebase, and blocked compromised employee accounts from accessing Uber systems or issued password resets for those accounts.

Uber did not say how many employee accounts were potentially compromised, but it emphasised that no unauthorised code changes were made and that there was no evidence the hacker had access to production systems that support its customer-facing apps. The firm also revealed that the attacker gained access to HackerOne bug reports, but added that "any bug reports the attacker was able to access have been remediated."

"There is only one solution to making push-based [multi-factor authentication] more resilient and that is to train your employees, who use push-based MFA, about the common types of attacks against it, how to detect those attacks, and how to mitigate and report them if they occur," Roger Grimes, data-driven defence evangelist at KnowBe4, said in a statement.

According to Chris Clements, vice president of solutions architecture at Cerberus Sentinel, organisations must recognise that MFA is not a "silver bullet" and that not all factors are created equal.
While there has been a transition from SMS-based authentication to an app-based approach to reduce the dangers associated with SIM swapping attacks, the attack against Uber and Cisco shows that security controls that were once thought to be infallible are being circumvented by other means.

The fact that threat actors are relying on attack paths such as adversary-in-the-middle (AiTM) proxy toolkits and MFA fatigue (aka prompt bombing) to trick an unsuspecting employee into inadvertently handing over MFA codes or authorising an access request underscores the importance of employing phishing-resistant methods.

"To prevent similar attacks, organizations should move to more secure versions of MFA approval such as number matching that minimize the risk of a user blindly approving an authentication verification prompt," Clements said.

"The reality is that if an attacker only needs to compromise a single user to cause significant damage, sooner or later you are going to have significant damage," Clements added, underscoring strong authentication mechanisms "should be one of many in-depth defensive controls to prevent compromise."

Uber Investigates Potential Breach Of its Computer System


Uber announced on Thursday that it is responding to a cybersecurity incident involving a network breach and that it is in contact with law enforcement authorities. The incident was first reported by the New York Times. When reached for comment, the company referred to its tweeted statement.  

As per two employees who were not authorised to speak publicly, Uber employees were instructed not to use the company's internal messaging service, Slack, and discovered that other internal systems were inaccessible.

Uber employees received a message that read, "I announce I am a hacker and Uber has suffered a data breach" shortly before the Slack system was taken offline on Thursday afternoon. The message went on to list a number of internal databases that the hacker claimed were compromised.

"It appeared that the hacker was later able to gain access to other internal systems, posting an explicit photo on an internal information page for employees," the New York Times stated. 

Uber has not released any additional information about the incident, but it appears that the hacker, believed to be an 18-year-old teenager, social-engineered the employee to obtain their password by impersonating a corporate IT employee and then used it to gain access to the internal network. 

The attacker was able to circumvent the account's two-factor authentication (2FA) protections by bombarding the employee with push notifications and contacting the individual on WhatsApp to abide by the authorization by claiming to be from Uber's IT department. The technique is similar to the recently disclosed Cisco hack, in which cybercriminal actors used prompt bombing to gain 2FA push acceptance. 

"Once on the internal network, the attackers found high privileged credentials laying on a network file share and used them to access everything, including production systems, corp EDR console, [and] Uber slack management interface," Kevin Reed, a chief information security officer at Acronis, told The Hacker News.

It's not the first time

This is not Uber's first security breach. It came under fire for failing to adequately reveal a 2016 data breach that affected 57 million riders and drivers and then paying hackers $100,000 to obfuscate the breach. It was only in late 2017 that the public became aware of it.

Uber's top security executive at the time, Joe Sullivan, was fired for his role in the company's response to the hack. Mr. Sullivan was charged with obstructing justice for failing to notify regulators of the breach, and he is currently on trial. Mr. Sullivan's lawyers have argued that other employees were responsible for regulatory disclosures and that the company had made Mr. Sullivan a scapegoat. 

In December 2021, Sullivan was sentenced to three additional counts of wire fraud in addition to the previously filed felony obstruction and misprision charges.

"Sullivan allegedly orchestrated the disbursement of a six-figure payment to two hackers in exchange for their silence about the hack," the superseding indictment said. It further said he "took deliberate steps to prevent persons whose PII was stolen from discovering that the hack had occurred and took steps to conceal, deflect, and mislead the U.S. Federal Trade Commission (FTC) about the data breach."

The latest breach comes as Sullivan's criminal case goes to trial in the United States District Court in San Francisco.

Reed concluded, "The compromise is certainly bigger compared to the breach in 2016. Whatever data Uber keeps, the hackers most probably already have access."

Attackers Compromise Employee Data at PVC-Maker Eurocell

According to a law firm, a leading British PVC manufacturer has been contacting current and former employees to notify them of a "substantial" data breach. 

A data protection law specialist, Derbyshire-based Eurocell, which also operates as a distributor of UPVC windows, doors, and roofing products, disclosed the news in a letter to those affected. The firm apparently explained in it that an unauthorised third party gained access to its systems, as per Hayes Connor.

The compromised data included employment terms and conditions, dates of birth, next of kin, bank account, NI and tax reference numbers, right-to-work documents, health and wellbeing documents, learning and development records, and disciplinary and grievance docs. That's a lot of information for potential fraudsters to use in subsequent phishing or even extortion.

Eurocell has reportedly stated that there is no proof of data misuse, but this will provide little comfort to those affected. It is also unknown how many employees would be affected.

“The company has over 2,000 current employees, but it is possible that many more former employees could also be at risk given the type of information that has been exposed,” warned Hayes Connor legal representative, Christine Sabino.

“Every employer has various obligations when it comes to data security, which means they have a duty to keep sensitive information secure. This type of incident warrants a significant investigation. Our team has started to make our own enquiries into the case and are determined to ensure our clients get the justice they deserve.”

Hayes Connor made headlines earlier this year when it announced that over 100 current and former employees of a leading luxury car dealership would sue the firm following a data breach. On that occasion, they were dissatisfied with LSH Auto's lack of transparency regarding the incident.

TikTok Android Vulnerability Identified by Microsoft 


In the TikTok Android app, Microsoft has described a high-severity weakness that might have enabled a hacker to take over an account by luring users into clicking on a link.

The bug's current identification is CVE-2022-28799. According to Microsoft, the flaw has not yet been exploited by the public, despite the app having an estimated 1.5 billion downloads on the Play Store. Microsoft advises all TikTok users on Android to upgrade the app to the most recent version while it is being patched.

In fact, Microsoft detected over 70 vulnerable JavaScript methods that, when combined with a bug to take control of WebView, might be exploited to provide the attacker's capability.

Threat actors could execute authenticated HTTP queries or access or modify the private information of TikTok users using the ways that were publicly disclosed.

In essence, attackers who would have been successful in exploiting this vulnerability might have easily:
  • Retrieved the users' authentication tokens by triggering a request to a server under their control and logging the cookie and the request headers.
  • Retrieved or modified the users' TikTok account data, including private videos and profile settings by triggering a request to a TikTok endpoint and retrieving the reply via the JavaScript callback.
"The TikTok Android app was revealed to have a WebView Hijacking vulnerability due to an unvalidated deep link on an invalid argument. Through a JavaScript interface, this may have led to account hijacking, " The HackerOne  explained in an article.

Only about a month after Microsoft first revealed the security flaw, TikTok version 23.7.3 was launched with a patch to address the CVE-2022-28799 tracking number.

Microsoft further said that "Once the targeted TikTok user clicks the hacker's specially constructed malicious link, the attacker's server is granted total access to the JavaScript bridge and can activate any accessible functionality."

The server of the attacker sends back an HTML page with JavaScript code that modifies the user's profile biography and sends video upload tokens back to the attacker.

Attackers with complete access to users' accounts could modify their profile information, send messages, upload movies, and even post private videos.

Tiktok has also fixed further security vulnerabilities that might have let hackers steal customers' personal details or take over their accounts to tamper with footage.

Over 1,900 Signal User Data Exposed


The attacker involved in the latest Twilio data leak may have obtained phone numbers and SMS registration codes for 1,900 Signal users.

“Among the 1,900 phone numbers, the attacker explicitly searched for three numbers, and we’ve received a report from one of those three users that their account was re-registered,” the Signal team shared on Monday.

Twilio offers phone number verification services (through SMS) to Signal. Earlier this month, several Twilio employees were duped into receiving SMS messages that seemed to be from the company's IT department. The attacker gained access to information pertaining to 125 Twilio client accounts, including Signal's.

“During the window when an attacker had access to Twilio’s customer support systems it was possible for them to attempt to register the phone numbers they accessed to another device using the SMS verification code,” the Signal team explained.

As previously stated, the attacker was able to re-register at least one of the three numbers they specifically sought for.

“All users can rest assured that their message history, contact lists, profile information, whom they’d blocked, and other personal data remain private and secure and were not affected,” the team noted. That’s because that data is stored on the users’ device and Signal has no access to or copy of it. “And this information certainly is not available to Twilio, or via the access temporarily gained by Twilio’s attackers,” the team added.

Unfortunately, if the attacker was successful in re-registering an account, they might impersonate the user by sending and receiving Signal communications from that phone number.

Signal is immediately contacting potentially affected users of this vulnerability through SMS. The business has unregistered Signal on all devices that these 1,900 users are now using (or that an attacker has registered for them) and is requesting that they re-register Signal with their phone number on their preferred device.

Furthermore, they are advising them to enable registration lock (Signal Settings (profile) > Account > Registration Lock) for their account, which is a function that aids in the prevention of this sort of fraud.

The attacker was able to obtain either the phone numbers of 1,900 registered Signal users or the SMS verification code they used to register with Signal as a result of this.

“The kind of telecom attack suffered by Twilio is a vulnerability that Signal developed features like registration lock and Signal PINs to protect against. We strongly encourage users to enable the registration lock. While we don’t have the ability to directly fix the issues affecting the telecom ecosystem, we will be working with Twilio and potentially other providers to tighten up their security where it matters for our users,” the team concluded.

Aetna Reports Mailing Vendor Hack Affected 326,000


Aetna ACE revealed to federal regulators a health data breach impacting about 326,000 people that was caused by a ransomware event involving OneTouchPoint, a subcontractor that offers printing and mailing services to one of the insurer's contractors. 

OneTouchPoint, located in Wisconsin, revealed to Maine's attorney general last week that a hacking issue uncovered in April affected roughly 1.1 million people. In a statement posted on its website, OneTouchPoint also identifies more than 30 health plan clients who were affected by the event. That list does not include Aetna ACE. 

Despite this, Aetna ACE reported the OneTouchPoint issue to the Department of Health and Human Services on July 27 as a HIPAA breach impacting almost 326,300 people. Aetna states the exposed information may have included names, residences, dates of birth, and limited medical information, according to a statement given to Information Security Media Group on Tuesday. 

According to Aetna, the incident did not include any of Aetna's or parent company CVS Health's systems. Some experts believe that breaches involving health insurers pose significant privacy and security risks to their members' protected health information. 

"Insurance companies typically hold large volumes of individually identifiable data that are valuable to hackers," says Kate Borten, president of privacy and security consulting firm The Marblehead Group. 

The OneTouchPoint incident is not Aetna's first known health data leak involving a vendor that offers printing and mailing services. Aetna paid millions of dollars in regulatory fines and civil settlements as a result of a botched mailing breach in 2017. 

This privacy violation happened during a vendor's sending of letters to around 12,000 Aetna plan participants in different states informing them of new alternatives for filling their HIV medicines. The members' HIV medicine information was possibly apparent via the clear windows of the shipping envelopes. Aetna paid more than $20 million in court settlements relating to regulatory fines imposed by a few state attorneys general and the resolution of class action lawsuits as a result of the privacy issue.

Uber Admits Covering up Data Breach Involving 57M Users


Uber has reached an agreement with the US Department of Justice regarding its cover-up of a data breach in November 2016. In exchange for avoiding prosecution, the ride-hailing company has agreed to assist the DOJ in prosecuting its former top security officer Joseph Sullivan. 

The agreement stemmed from a data breach that compromised the personal information of 57 million people, including both passengers and drivers. The attackers gained access to a secret source code repository and obtained an access key, which they then used to steal the data. 

According to reports, the corporation decided to pay off the criminals while also hiding the breach from the Federal Trade Commission (FTC), which was already examining its security policies at the time. Uber notified the FTC and dismissed Sullivan in November 2017, following the resignation of previous CEO Travis Kalanick and the appointment of new CEO Dara Khosrowshahi. It reached an agreement with the Commission in 2018, agreeing to maintain a privacy programme that includes external audits. It also paid $148 million to resolve disputes with all 50 states. 

In August 2020, the Department of Justice charged Sullivan with obstruction of justice and hiding a felony. In December 2021, it announced new accusations of wire fraud for neglecting to notify Uber drivers that their driver's licences had been compromised. Uber had previously been working with the investigation and will continue to do so under the conditions of the most recent settlement. 

The corporation has agreed to disclose any materials and witnesses needed to help the DoJ prosecute Sullivan. In exchange, Uber and its affiliates are exempt from prosecution in connection with the 2016 data breach. 

According to Ilia Kolochenko, founder of ImmuniWeb and member of the Europol Data Protection Experts Network, Uber may still face a private legal lawsuit.“To void such undesirable situations, companies should take privacy and data breaches seriously, considering their duties and obligations under all applicable laws and regulations,” he said. 

“Having a well-thought-out data breach response plan in place that would include, among other things, swift interaction with internal and external legal teams, media and investors, is crucial to minimize reputational and financial damage of unpreventable data breaches. The close collaboration of technical and legal experts is the next big thing in cybersecurity,” further added. 

Sullivan is a former federal prosecutor who currently serves as Cloudflare's chief security officer. He served as an assistant US attorney in the Northern District of California from 2000 to 2002, where he will be tried in September. He stated yesterday that he will be taking time off from work to prepare for the trial.

Hacker Offers 5.4 million Twitter Account Details for $30,000


A threat actor acquired data from 5.4 million Twitter accounts by exploiting a now-patched vulnerability in the popular social networking site. Hacker is currently selling the stolen information on the prominent hacker site Breached Forums. 

In January, a Hacker report claimed the discovery of a vulnerability that may be used by an attacker to identify a Twitter account using the linked phone number/email, even if the user has elected to avoid this in the privacy settings. 

“The vulnerability allows any party without any authentication to obtain a Twitter ID(which is almost equal to getting the username of an account) of any user by submitting a phone number/email even though the user has prohibited this action in the privacy settings. The bug exists due to the process of authorization used in the Android Client of Twitter, specifically in the process of checking the duplication of a Twitter account,” reads the description in the report submitted by Zhirinovskiy via bug bounty platform HackerOne. 

“This is a serious threat, as people can not only find users who have restricted the ability to be found by email/phone number but an attacker with a basic knowledge of scripting/coding can enumerate a big chunk of the Twitter user base unavailable to enumeration prior (create a database with phone/email to username connections). Such bases can be sold to malicious parties for advertising purposes, or for the purposes of targeting celebrities in different malicious activities” Twitter acknowledged the vulnerability and rewarded Zhirinovskiy with a $5,040 prize. 

The website Restore Privacy uncovered the advertising for the massive data trove on Breached Forums. A hacker has published a database of 5.4 million Twitter users. 

Database of 5.4 million Twitter users

According to the seller, the database comprises data (email addresses and phone numbers) from people ranging from celebrities to businesses. The vendor additionally included a data sample in the form of a csv file. 

“A few hours after the post was made, the owner of Breach Forums verified the authenticity of the leak and also pointed out that it was extracted via the vulnerability from the HackerOne report above.” reads the post published by RestorePrivacy. 

“We downloaded the sample database for verification and analysis. It includes people from around the world, with public profile information as well as the Twitter user’s email or phone number used with the account.” 

The seller told RestorePrivacy that he is asking for at least $30,000 for the entire database.

Neopets Hacked, 69 Million Accounts Potentially Breached


The virtual pet website Neopets has announced that it has been hacked. JumpStart Games, as announced yesterday on Twitter and the official forums, is requesting that all 69 million accounts reset their passwords. 

"Neopets recently became aware that customer data may have been stolen," reads the official Twitter announcement. "We immediately launched an investigation assisted by a leading forensics firm. We are also engaging law enforcement and enhancing the protections for our systems and our user data." 

The hacker responsible, as first reported by Neopets community site JellyNeo (via Polygon), has been found offering the whole Neopets database and source code for 4 Bitcoins (approximately $100,000). For an extra cost, the hacker would provide live access to the database. It's unclear whether this hack involves credit card information. Neopets charges a fee to eliminate adverts from the site and gain access to the forums and other premium services. In-game cash called NeoCash is also utilised for numerous microtransactions. 

Neopets, which debuted in 1999, were a brief phenomenon. Neopets, a website where players take care of a virtual pet, soon grew to millions of users, with original developer Adam Powell selling the service to Viacom for $160 million in 2005. Viacom eventually sold the site to JumpStart Games, which still owns it. The Neopets themselves require frequent food and care, yet even if neglected, they will not perish. 

One may also take them on a tour to Neopia (the Neopets world), where they and their Neopet can participate in a variety of minigames and enjoy the site's comprehensive social features. Although it is no longer at its peak, Neopets still has a committed user base. This isn't the first time that Neopets has been compromised. In 2016, a similar data breach compelled all Neopets users to change their passwords. 

This current attack is also unlikely to help the site's tattered reputation, especially in light of the recent announcement of the Neopets Metaverse Collection, a new NFT initiative that fans have slammed as a brazen cash grab.

Predatory Sparrow's Assault on Iran's Steel Industry


Predatory Sparrow, also known as Gonjeshke Darande, has accepted full responsibility for last month's cyberattacks on various Iranian steel factories and has now posted the first batch of top-secret papers on its Twitter account. 

The group distributed a cache of around 20 terabytes of data. It includes company paperwork revealing the steel plants' links to Iran's strong Islamic Revolutionary Guard Corps. The group stated in a series of tweets in both English and Persian that the cache was only the beginning of what will be disclosed. 

While claiming responsibility for the June 27 attack, the group also posted a photo and video purportedly showing damage to equipment at the state-owned Khouzestan Steel Company, one of Iran's biggest steel manufacturing factories. Although both the steel firm and the Iranian government denied any serious impact, sources suggest that the attack hampered industrial operations. 

The Predatory Sparrow group explained that the attacks were carried out with caution in order to safeguard innocent people. The group also stated that the hacks were in reaction to the Islamic Republic's actions. The group goes on to say that the enterprises were targeted by international sanctions and that they will continue to operate despite the limitations. 

Regardless of Predatory Sparrow's insistence that the attacks are autonomous, it is suspected that the Israeli government is supporting the hacktivist group, given the sophistication of the operation, the nature of the attacks, and the message preceding, during, and after what looks to be an attack. Aside from the steel facilities attack, the Predatory Sparrow group has claimed responsibility for other digital attacks on key Iranian targets, including the one that crippled Iran's state-controlled gasoline distribution in October 2021 and the one that hit the Iranian railway system in August 2021. While the Iranian government continues to deny the group's accusations, each cyber strike raises new concerns.

California Gun Permit Website Exposes User Data


About the Data Leak

A state website in California disclosed private information of any user who registered for CCP (concealed Carry Weapons) permits during 2011-2021. The California Department of Justice says the incident happened last week, in the blunder, the US state's firearms dashboard portal was overwhelmed. 

Besides the portal breach, the data was also leaked on various other online dashboards like- Assault Weapon Registery, Dealer Record of Sale, Firearm Safety Certificate, Certified for Sale, Dealer Record of Sale, Gun Violence Restraining Order, and Firearm Safety Certificate dashboards. 

What are the experts saying?

"The California cyber-gaffe comes at a time when data privacy is at the forefront of the national debate, in large part because of the US Supreme Court's recent decision to overturn Roe vs. Wade, which has called into question what personal data is collected, retained — and potentially sold or shared," reports the Register. 

California Department of Justice says that data and dashboards were accessible to the public for 24 hours. The data leaked include Gender, Race, Date of Birth, driver's license info, criminal histories, and addresses. However, it didn't expose financial information and social security numbers. 

Info exposed in the Data Leak 

But still, some personal information may have been leaked on social media websites, says Fresno County Sheriff's Office, which found the data leak. The state DOJ will inform California users whose data was leaked and will give additional info and details about soon. It also includes credit monitoring services for impacted users. 

"I immediately launched an investigation into how this occurred at the California Department of Justice and will take strong corrective measures where necessary," said Rob Bonta, California Attorney General, in a statement. He also said that he was deeply sorry and unsettled by the incident. 

The office didn't address the issue immediately, denying to provide info about the number of users affected and a number of California residents that apply for concealed weapons permit every year but are denied. 

Tim Marley, VP for audit, risk, and compliance at Cerberus Sentinel said that "the failure to keep stakeholders' sensitive data confidential is coming with greater consequences for organizations in the United States."

Elasticsearch Database Mess Up Exposed Login, Leaked Personal Data of 30K Students


The cybersecurity investigation team at SafetyDetectives, led by Anurag Sen, discovered a misconfigured Elasticsearch server that exposed Transact Campus app data. According to their findings, the server was internet-connected and did not require a password to access data. As a result, over 1 million records were compromised, disclosing personally identifiable information for roughly 30,000 to 40,000 students. 

Transact Campus is a payment software supplier based in Phoenix, Arizona. The firm provides technology solutions for combining several payment functions into a single mobile platform. Its software solutions are primarily used to expedite payment procedures for universities and students and to facilitate student purchases at higher education establishments. 

According to the report by SafetyDetectives, the 5GB database released by the server contains information about students who had Transact Campus accounts. The majority of those affected are US citizens. The following details of students among the information were exposed: 

It should be noted that the login information, including the username and password, was saved in plain text format. The credit card information, on the other hand, includes the banking identity number, which consists of the first six and final four digits of the credit card number, bank information, and the card's expiration date. Furthermore, the bought meal plans and meal plan balances of the students were included in the hacked data. 

Transact Campus’ Response

SafetyDetectives notified Transact Campus about the exposed database in December 2021, and the corporation responded in January 2022, more than a month later. However, the incident's specifics were only revealed last week. 

During this time, researchers attempted to contact them multiple times and also alerted US-CERT, after which it was secured. Transact Campus stated that the disclosed server was not under their control and that the data was fictitious. The corrupted Elasticsearch database appeared to belong to Transact Campus, a US-based software solution company. 

Transact Campus stated, “Apparently this was set up by a third party for a demo and was never taken down. We did confirm that the dataset was filled with a fake data set and not using any production data.” 

However, according to SafetyDetectives, the server in issue was constantly being updated even when it was found. They examined the data using freely available technologies and discovered that it belonged to genuine persons. 

Researchers were unable to determine whether or not unauthorised third parties or malicious actors gained access to the database before it was secured. If it was accessible, hackers might target students in a variety of attacks, such as frauds, phishing, spam marketing, or even account takeover, because login credentials were saved on the server in an unencrypted form.

Researchers: Wi-Fi Probe Requests Leak User Data


A team of academic researchers from the University of Hamburg in Germany discovered that Wi-Fi investigation requests from mobile devices expose identifiable information about their owners via Wi-Fi investigation requests. 

When a probe response is received, mobile devices use it to obtain information about nearby Wi-Fi access points and connect to them. According to the researchers, attackers who can sniff network traffic can use these probing requests to monitor and identify devices, as well as determine their position. 

According to them, nearly a quarter of probe requests contain the Service Set Identifiers (SSIDs) of previously connected networks, which might be exploited to expose home addresses or visited places. Furthermore, the researchers highlight that the probe requests may be used to trilaterate the position of a device with an accuracy of up to 1.5 metres or to "trace the movement of a device to effectively monitor its owner.

“This is in fact employed in 23% of the stores already. Companies and cities that conduct Wi-Fi tracking take the legal position that only the MAC address contained in probe requests is considered personal data according to GDPR Article 4(1), which protects personal data from unlawful collection and processing,” the researchers stated in their paper. 

Experiment findings:

According to the academics, information gathered during a November 2021 experiment focusing on the analysis of probe requests should be sufficient to deem these queries personal data, based only on SSIDs recorded in the devices' preferred network lists (PNLs). 

As part of the trial, the researchers travelled to a pedestrian area in a German city and recorded probe requests three times in one hour using six off-the-shelf antennas. SSIDs were found in 23.2 per cent of the 252,242 total requests. 

The researchers also determined that some of the submitted probe requests with SSIDs revealed password data and that around 20% of the transmitted SSIDs were likely typos of the genuine SSID. The probe requests also revealed 106 separate first and/or last names, three email addresses, the SSIDs of 92 distinct vacation houses or lodgings, and the name of a nearby hospital. 

The academics claim that they ran all SSIDs using WiGLE's geolocation lookup API, which allowed them to determine the actual networks' locations within a 1-kilometre radius. 

The researchers added, “Considering the wealth of personal and sensitive information we observed in SSID fields, they can constitute identifying information and thus require due consideration. We argue that at least for as long as there are still devices broadcasting SSIDs, probe requests should be considered personal data and not be used for monitoring without legal basis.” 

New Emotet Variant Capturing Users' Credit Card Data from Google Chrome


The Emotet botnet is now attempting to infect potential victims with a credit card stealer module designed to capture credit card information from Google Chrome user accounts. 

After obtaining credit card information (such as name, expiration month and year, and card numbers), the malware will transfer it to command-and-control (C2) servers that are not the same as those used by the Emotet card stealer module. 

The Proofpoint Threat Insights team said, "On June 6th, Proofpoint observed a new Emotet module being dropped by the E4 botnet. To our surprise, it was a credit card stealer that was solely targeting the Chrome browser. Once card details were collected they were exfiltrated to different C2 servers than the module loader." 

This shift in behaviour follows an increase in activity in April and a move to 64-bit modules, as discovered by the Cryptolaemus security research group. One week later, Emotet began using Windows shortcut files (.LNK) to run PowerShell instructions on victims' devices, abandoning Microsoft Office macros, which were disabled by default beginning in early April 2022. 

The re-emergence of Emotet malware:

In 2014, the Emotet malware was created and used in assaults as a banking trojan. It has developed into a botnet used by the TA542 threat group (also known as Mummy Spider) to deliver second-stage payloads. 

It also enables its operators to steal user data, conduct reconnaissance on compromised networks, and migrate laterally to susceptible devices. Emotet is renowned for deploying Qbot and Trickbot malware trojan payloads on infected PCs, which are then used to spread more malware, such as Cobalt Strike beacons and ransomware like Ryuk and Conti. Emotet's infrastructure was destroyed in early 2021 as part of an international law enforcement operation that also resulted in the arrest of two people.

When Emotet research organisation Cryptolaemus, computer security firm GData, and cybersecurity firm Advanced Intel all spotted the TrickBot malware being used to deliver an Emotet loader in November 2021, the botnet returned utilising TrickBot's previously established infrastructure.

According to ESET, Emotet's activity has increased more than 100-fold since the beginning of the year, with its activity rising more than 100-fold against T3 2021.

Personal Data of 30,000+ Students Disclosed in Unsecured Database


The security experts at SafetyDetectives reported that the private details of over 30,000 students were discovered on an inadequately secured Elasticsearch server. 

According to the researchers, the server was left linked to the Internet and did not require a password to retrieve the data contained therein. It disclosed more than one million records including personally identifiable information (PII) of 30,000 to 40,000 students. 

As per the report, the exposed data included complete names, email addresses, and phone numbers, as well as credit card information, transaction and purchased meal specifics, and login information saved in plain text. According to SafetyDetectives, the badly protected server was being upgraded at the time it was discovered, and server logs revealing student data were also discovered. 

The 5GB database looked to contain information about students who have Transact Campus accounts, according to the researchers. Because Transact Campus partners with higher education institutions in the United States, the most of affected students are citizens of the United States. 

Transact Campus offers an application that students may use to make payments and purchases using a unique personal account (called Campus ID), as well as for activities such as event access, class attendance tracking, and more. The researchers were unable to identify whether malicious actors had access to the unsecured database before it was protected. They do, however, warn that if criminal actors did get the data, the afflicted students may be subjected to a variety of assaults, including phishing, spam marketing, and malware. 

As per SafetyDetectives, they alerted Transact Campus about the unsecured server in December 2021 but did not obtain a response until January 2022, despite also contacting US-CERT. Although the information had previously been safeguarded at the time, Transact Campus refuted responsibility for the breach.

“Apparently, this was set up by a third party for a demo and was never taken down. We did confirm that the dataset was filled with a fake data set and not using any production data,” Transact Campus told SafetyDetectives. 

The researchers, on the other hand, informed SecurityWeek that they examined a sample of the data discovered on the site and believe it belongs to real individuals. 

“We use publicly available tools to perform random searches for the people exposed and see if they actually exist. We, of course, performed this process when we discovered this server and found out that the data seemed to belong to real people,” SafetyDetectives stated. 

When contacted by SecurityWeek, Transact Campus stated that they promptly initiated an investigation into the breach after learning of the exposure. The exposed information was discovered to belong to a third party, according to Chief Information Security Officer Brian Blakley, and none of Transact's systems was accessed without authorization. 

When asked if the possibly impacted students had been notified in any manner about the data breach, Blakley advised SecurityWeek to contact Sodexo, which appears to be accountable for the hack. 

“Sodexo in conjunction with its payment provider for dining services, Foundry, provided a Notice of Data Breach to impacted clients and users explaining the incident,” he said. 

Sodexo is a global provider of food, facilities management, and home and personal services. SecurityWeek reached out to the organisation for further information on the incident but has yet to get a reply.

ACY Accidentally Exposes User Data On Web

Anurag Sen, a famous cybersecurity expert said that ACY Securities, an Australia-based trading company accidentally posted huge amounts of personal and financial data of unsuspected users and businesses on the web for public access. The incident happened because of misconfigured database that ACY Securities owns. Sadly, the data leak had over 60GB worth of data that was left in the open without any protection. 

It means that anyone with basic knowledge about obtaining unsafe databases from platforms like Shodan can gain full access to ACY's data. The data had logs from February 2020 to this date, getting updated regularly. The exposed data includes- full name, postal code, address, date of birth, email address, gender details, contact number, password, and banking, and financial information. The attack hit businesses in various countries including China, India, Spain, Russia, Brazil, Australia, Romania, Malaysia, the United States, the United Kingdom, Indonesia, and United Arab Emirates. 

The expose is very severe because, at the beginning of this year, Anonymous and affiliated hacker groups totaled 90% (estimated) of Russian cloud databases, leaked to the public. The exposed data in these leaks was without a password or authentication. 

In the ACY Securities incident, if we consider the extent and nature of leaked data, the case could've turned out to have the worst implication. For instance, threat actors could have downloaded tha data and performed phishing scams, identity thefts, marketing campaign scams, and microloans identity scams.

"misconfigured or unsecured databases, as we know it, have become a major privacy threat to companies and unsuspected users. In 2020, researchers identified over 10,000 unsecured databases that exposed more than ten billion (10,463,315,645) records to public access without any security authentication. In 2021, the number increased to 399,200 exposed databases," read a post on HackRead.

Nearly 100,000 NPM Users' Credentials Stolen in GitHub OAuth Breach


According to GitHub, the attackers were able to obtain the credentials of over 100K NPM users during the April incident. GitHub discovered threat actors in April who were utilising stolen OAuth user credentials to get access to their repositories and take confidential data from other companies.

The attackers utilised stolen OAuth user tokens granted to Heroku and Travis-CI, two third-party OAuth integrators, to extract data from dozens of firms, including npm. The attacker did not gain these tokens through a compromise of GitHub or its systems, according to GitHub. The stolen tokens used to access the repositories are not kept by GitHub in their original, useable formats. 

On April 12, the business initiated an inquiry into a series of unlawful accesses to data kept in hundreds of organisations' repositories. On April 12, the experts discovered the incident when the company's security team discovered unauthorised access to their npm production infrastructure via a hacked AWS API key. Using the stolen OAuth token from one of the two compromised OAuth applications, the threat actors reportedly got the AWS API key by downloading a series of unnamed private NPM repositories. The access tokens connected with the impacted applications were revoked by GitHub. 

 According to an update released by the Microsoft-owned firm, the attackers were able to elevate access to npm infrastructure and view the following files exfiltrated from npm cloud storage: 
  • A backup of containing data from April 7, 2021, with the following information:An archive of user information from 2015. This contained npm usernames, password hashes, and email addresses for roughly 100k npm users.
  • All private npm package manifests and package metadata as of April 7, 2021. 
  • A series of CSVs containing an archive of all names and version numbers (semVer) of published versions of all npm private packages as of April 10, 2022. 
  • Private packages from two organizations. 
According to the log analysis and package hash verification, the attackers did not edit any packages in the repository or post any new versions of existing packages. 

A separate investigation uncovered a number of plaintext user credentials for the npm registry that were acquired in internal logs as a result of the integration of npm with GitHub logging systems. The organisation is changing impacted users' passwords and contacting them through email.

“Passwords belonging to the impacted users of the accessed database backup have been reset and these users are being notified. The two organizations that had private packages stolen were notified immediately after analysis confirmed the activity. Over the next few days, we will directly notify those with exposed private package manifests, metadata, and private package names and versions.” concludes the announcement.


Hacker Steals Database of Verizon Employees


A hacker stole a database including hundreds of Verizon workers' complete names, email addresses, corporate ID numbers, and phone numbers. By calling phone numbers in the database, Motherboard was able to confirm that at least part of the data is genuine. Four persons confirmed their complete identities and email addresses, as well as their employment at Verizon. It's uncertain whether all of the info is correct or up to date.

Another person validated the information and stated that she used to work for the company. A dozen more numbers received voicemails that included the names in the database, implying that they are also correct. Last week, the hacker contacted Motherboard to provide the information. 

The data was obtained, according to the unidentified hacker, by convincing a Verizon employee to grant them remote access to their company computer. At that time, the hacker claimed to have gotten access to a Verizon internal tool that displays employee data and to have developed a script to query and scrape the database. 

“These employees are idiots and will allow you to connect to their PC under the guise that you are from internal support,” they told Motherboard in an online chat. The hacker stated they reached out to Verizon and shared the email that he sent to the company. 

“Please feel free to respond with an offer not to leak you’re [sic] entire employee database,” the hacker wrote in the email, according to a screenshot of it. The hacker stated they would like Verizon to pay them $250,000 as a reward. A Verizon spokesperson confirmed the hacker has been in contact with the company. 

“A fraudster recently contacted us threatening to release readily available employee directory information in exchange for payment from Verizon. We do not believe the fraudster has any sensitive information and we do not plan to engage with the individual further,” the spokesperson told Motherboard in an email. 

“As always, we take the security of Verizon data very seriously and we have strong measures in place to protect our people and systems.” 

While the stolen information does not include Social Security numbers, passwords, or credit card details, it is nonetheless potentially harmful. It might be beneficial for hackers who wish to target corporate employees—or mimic one while speaking with another—in order to get access to internal tools. An attack of this type would offer hackers the opportunity to impersonate Verizon personnel and, if successful, complete access to networks that would allow them to look up individuals' information and transfer their phone numbers, a practice known as SIM swapping. 

For years, hackers have gained access to victims' phone numbers, allowing them to change the target's email password, for example. As a result, the hackers get access to the victim's bank or cryptocurrency account. Hundreds, if not thousands, of people have been victimised by this type of breach in recent years. Several persons have been arrested and indicted in the United States for allegedly participating in these types of cyberattacks.