Healthcare industry giant Ascension has broken the silence and revealed more sensitive information concerning the recent hack in June. Through a worker opening a suspicious file without even knowing the malware was actually very harmful to download, it gave room for hackers into their network exposing patient information, among others.
During the past months, the healthcare system has worked with experts in cybersecurity to analyze how the breach affected them and the amount of patient and employee data that was taken. Since the investigation has been concluded, Ascension has informed the public regarding the data stolen and measures undertaken to safeguard the victims.
The investigation established that several kinds of personal information were accessed during the breach. Though the specifics vary for each individual, the leaked information may include:
Ascension has come out to clarify that their main Electronic Health Records, which hold extensive patient's medical histories, were unaffected. This means that those operations that are considered most core in healthcare, such as viewing patient records and prescribing drug therapies, remain safe and unimpeded.
How Ascension is Reacting
To make amends for the breach, Ascension is offering free credit monitoring and identity protection services to anyone affected. Those affected will be sent formal notification letters within the next two to three weeks, which will detail step-by-step instructions to enroll in protection services so those affected may protect themselves from potential misuse of their data.
The credit monitoring service will be offered for two years and can be used to track suspicious activity regarding an individual's personal information. Ascension also informed those who had already enrolled in protection services after the initial breach that they could continue coverage without any interruption.
If you receive a notification, enrolling in the complimentary identity protection services is crucial. For assistance, you can visit Ascension’s website or contact their support line at (866) 724-3233 during business hours.
Additionally, Ascension advises practicing general security measures, such as monitoring bank statements and staying alert for unusual activity. These steps can help minimize potential risks.
Ascension acknowledged the hurdle caused by the cyberattack and gave thanks to its patients, employees, and clinicians for their continued support. The organization highlighted its ability to persevere with such a team, and it assured the community that utmost care will be taken in protecting the information of its patients in the future.
Recent viral TikTok videos have raised unnecessary alarm among iPhone users by claiming that hackers can steal financial information from Apple Pay via AirDrop. According to these videos, simply having AirDrop enabled would allow a nearby stranger to gain access to sensitive credit card information. However, cybersecurity experts have thoroughly debunked these claims, confirming that they are baseless and entirely unfounded.
The central rumor suggests that if AirDrop is active on an iPhone, a hacker could exploit it to perform a so-called "walk-by hack," thereby gaining unauthorized access to financial data through Apple Pay. Viewers were urged to disable AirDrop to protect themselves from this imagined threat. Despite the buzz, experts, including reports by Apple Insider, have dismissed these claims as misinformation, emphasizing that AirDrop and Apple Pay function independently and cannot interact in the manner described.
AirDrop does not facilitate automatic data transfers, as it requires the recipient to manually accept incoming files. Additionally, the "Everyone" mode is only active for 10 minutes unless reactivated, with most users defaulting to "Contacts Only" or "Off" settings. Similarly, Apple Pay uses advanced encryption and secure technology that makes such a breach impossible. Each card added to Apple Pay generates a unique Device Account Number stored securely within the Secure Element—a tamper-proof chip designed to keep sensitive data isolated from the operating system. Transactions are further protected by biometric authentication like Face ID or Touch ID, along with dynamic security codes, ensuring card details are never reused or exposed.
The confusion surrounding this claim may stem from the introduction of Apple’s **NameDrop** feature in 2023. NameDrop allows users to exchange contact details by bringing two iPhones close together, but this feature only shares basic contact information—not financial data. While this new functionality may have caused some misunderstanding, there is no connection between NameDrop, AirDrop, or Apple Pay’s secure payment system.
Although the viral claims are false, users are encouraged to follow basic smartphone security practices to safeguard their devices. For instance, turning AirDrop off when not needed can reduce exposure to unwanted file sharing. It is also important to rely on trusted sources for information regarding potential security risks instead of viral social media posts. These steps, combined with Apple Pay’s robust security infrastructure, provide comprehensive protection for users’ financial information.
This incident underscores the importance of critically evaluating viral content before sharing it. Spreading unverified rumours can lead to unnecessary panic, despite the lack of credible evidence supporting such claims. Users can rest assured that Apple Pay remains one of the safest payment methods, supported by encryption, biometric authentication, and secure design principles.
While cybercriminals often target adults for their valuable financial and personal information, children are not exempt from these risks. This was made evident by a recent data breach involving health IT company Datavant, which exposed sensitive information of thousands of minors. This incident highlights the vulnerabilities of even the youngest members of society in today's digital age.
The breach occurred in May following a phishing attack targeting Datavant employees. Hackers sent deceptive emails to trick employees into revealing their login credentials—a tactic relying on human error rather than exploiting technical vulnerabilities. While most employees recognized the phishing attempt, a few fell victim, granting attackers unauthorized access to one of the company’s email accounts.
An investigation revealed that between May 8 and 9, the attackers accessed sensitive data stored in the compromised inbox. Over 11,000 minors were affected, with stolen information including:
The stolen data poses severe risks, particularly identity theft and targeted scams. Among these, medical identity theft is particularly alarming. Hackers can use health data to file fraudulent insurance claims or manipulate medical records, which may disrupt access to healthcare services and create significant financial and administrative challenges for victims.
Unlike standard identity theft, medical identity theft carries unique dangers, such as incorrect medical information being added to a person’s records. This could lead to inappropriate treatments or delayed care, further complicating the recovery process for affected families.
In response to the breach, Datavant has implemented additional security measures, including:
While these steps aim to prevent future incidents, the emotional and financial toll on affected families remains substantial. For many, the breach represents a loss of security that is not easily restored.
Families impacted by the breach are advised to take proactive measures to safeguard their children’s identities, including:
The Datavant breach is a stark reminder of the evolving tactics used by cybercriminals and the devastating consequences of compromised data. Organizations handling sensitive information, particularly data about children, must prioritize cybersecurity practices and invest in training to mitigate risks. For individuals, heightened awareness and vigilance are crucial defenses against potential threats.
As cyberattacks become increasingly sophisticated, incidents like the Datavant breach underscore the importance of robust security measures and proactive steps to protect sensitive information. The digital age brings immense benefits, but it also demands constant vigilance to ensure the safety of personal data—especially when it comes to protecting our youngest and most vulnerable populations.
A new variant of the Rhadamanthys information stealer malware has been identified, which now poses a further threat to cryptocurrency users by adding AI to seed phrase recognition. The bad guys behind the malware were not enough in themselves, but when added into this malware came another functionality that includes optical character recognition or OCR scans for images and seed phrase recognition-the total key information needed to access cryptocurrency wallets.
According to Recorded Future's Insikt Group, Rhadamanthys malware now can scan for seed phrase images stored inside of infected devices in order to extract this information and yet further exploitation.
So, basically this means their wallets may now get hacked through this malware because their seed phrases are stored as images and not as text.
Evolution of Rhadamanthys
First discovered in 2022, Rhadamanthys has proven to be one of the most dangerous information-stealing malware available today that works under the MaaS model. It is a type of service allowing cyber criminals to rent their malware to other cyber criminals for a subscription fee of around $250 per month. The malware lets the attackers steal really sensitive information, including system details, credentials, browser passwords, and cryptocurrency wallet data.
The malware author, known as "kingcrete," continues to publish new versions through Telegram and Jabber despite the ban on underground forums like Exploit and XSS, in which mainly users from Russia and the former Soviet Union were targeted.
The last one, Rhadamanthys 0.7.0, which was published in June 2024, is a big improvement from the structural point of view. The malware is now equipped with AI-powered recognition of cryptocurrency wallet seed phrases by image. This has made the malware look like a very effective tool in the hands of hackers. Client and server-side frameworks were fully rewritten, making them fast and stable. Additionally, the malware now has the strength of 30 wallet-cracking algorithms and enhanced capabilities of extracting information from PDF and saved phrases.
Rhadamanthys also has a plugin system allowing it to further enhance its operations through keylogging ability, cryptocurrency clipping ability- wallet address alteration, and reverse proxy setups. The foregoing tools make it flexible for hackers to snoop for secrets in a stealthy manner.
Higher Risks for Crypto Users in Term of Security
Rhadamanthys is a crucial threat for anyone involved with cryptocurrencies, as the attackers are targeting wallet information stored in browsers, PDFs, and images. The worrying attack with AI at extracting seed phrases from images indicates attackers are always inventing ways to conquer security measures.
This evolution demands better security practices at the individual and organization level, particularly with regards to cryptocurrencies. Even for simple practices, like never storing sensitive data within an image or some other file without proper security, would have prevented this malware from happening.
Broader Implications and Related Threats
Rhdimanthys' evolving development is part of a larger evolutionary progress in malware evolution. Some other related kinds of stealer malware, such as Lumma and WhiteSnake, have also released updates recently that would further provide additional functionalities in extracting sensitive information. For instance, the Lumma stealer bypasses new security features implemented in newly designed browsers, whereas WhiteSnake stealer has been updated to obtain credit card information stored within web browsers.
These persistent updates on stealer malware are a reflection of the fact that cyber threats are becoming more mature. Also, other attacks, such as the ClickFix campaign, are deceiving users into running malicious code masqueraded as CAPTCHA verification systems.
With cybercrime operatives becoming more sophisticated and their tools being perfected day by day, there has never been such a challenge for online security. The user needs to be on the alert while getting to know what threats have risen in cyberspace to prevent misuse of personal and financial data.