This content is an announcement for a new Reddit community, r/BreachArchive, intended as an archive for data breach reports and discussions. It encourages users to share links about data breaches and security incidents to centralize information. There is no specific security vulnerability or threat detailed in this content.
This content is an invitation to a Reddit Ask Me Anything (AMA) session hosted by IBM Security experts Jeff Crume and Guido Crucq. They discuss cybersecurity trends and findings from the Cost of a Data Breach Report, which analyzes real-world data breaches. No specific vulnerability, exploit, or active breach details are provided.
Polish dental software vendor FELG Dent suffered a data breach involving patient records and received a ransom demand. An attacker exploited insecure API endpoints to access sensitive patient and staff data, including personal identifiers and medical information. FELG estimates about 2 million patient records were affected. The attacker claims to hold about 10% of the database and threatens to sell it on a dark web forum after failed ransom negotiations. FELG has notified Polish authorities and is assisting affected dental practices with breach notifications under GDPR.
A data breach occurred at ShipMonk, a shipping provider for Trezor, exposing personal details of approximately 13,689 customers who placed orders between May and August 2026. Exposed data includes full names, email addresses, phone numbers, and shipping addresses. Trezor's own systems and hardware wallets were not compromised. The breach increases the risk of phishing attacks targeting affected customers. Trezor has notified impacted individuals and is working with ShipMonk to investigate and secure systems. Customers are advised to be vigilant against phishing and not to share wallet backups or sensitive information.
This report highlights findings from IBM's 2026 Cost of a Data Breach study, emphasizing that AI adoption correlates with increased breach costs. Factors such as shadow AI, ungoverned agents, and unmonitored model access expand the potential impact of breaches. The report suggests that attackers move faster and detection windows shrink in AI environments, leading to higher costs. Recommended mitigations include discovering all AI systems, enforcing runtime policies on data flows, maintaining immutable audit trails, and implementing rapid kill switches to contain incidents.
In June 2026, a large data breach involving stealer logs was added to the Have I Been Pwned (HIBP) database. The breach includes approximately 56.28 million unique email addresses and 124 million unique passwords collected from various stealer logs. These logs aggregate stolen credentials from multiple sources, making the data searchable by individuals and organizations via HIBP. The breach notification differs from traditional company database breaches, as it reflects aggregated stolen credentials rather than a single entity's compromise.
Healthcare technology company Xsolis, Inc. disclosed a data breach affecting approximately 1.4 million individuals. The breach resulted from a targeted phishing attack detected on January 22, 2026, which allowed unauthorized access to files containing personal and protected health information. Compromised data includes names, dates of birth, addresses, Social Security numbers, health insurance details, and medical treatment information. The company is not aware of any misuse of the stolen information. The incident was publicly disclosed in early June 2026 and added to the US Department of Health and Human Services data breach tracker.
Maine's official data breach notification portal allowed anyone to submit breach disclosures without verification, leading to fake breach reports being publicly posted. Notably, fraudulent notices impersonating Discord and VRChat were submitted, causing these companies to publicly deny the incidents. The portal has been taken offline while the Maine Attorney General's office reviews the situation. This lack of authentication in the submission process risks misinformation, reputational damage, and public panic.
Kodak confirmed a data breach involving unauthorized access to a limited amount of company data. The ShinyHunters extortion gang claimed responsibility, stating they stole over 2.2 million records containing customer personally identifiable information (PII) and internal corporate data. Kodak is investigating the incident with external cybersecurity experts and cooperating with law enforcement. The company has not disclosed how the attackers gained access or whether the internal network was breached. ShinyHunters has a history of targeting multiple organizations and extorting data. Kodak has not yet provided details on remediation or mitigation.
SoFi has confirmed a data breach involving unauthorized access to a database at a third-party vendor supporting its Hong Kong subsidiary, SoFi Securities (Hong Kong) Limited. The breach was discovered on April 30, 2026, and the investigation is ongoing, with the company not yet knowing the full scope or specific data exposed. SoFi has engaged a third-party cybersecurity firm to respond and has implemented additional safeguards and monitoring. Customers have been advised to remain vigilant for phishing and suspicious activity, update passwords, enable two-factor authentication, and monitor accounts closely. The company has not disclosed the number of affected customers or the identity of the vendor involved. Support contact information has been provided for affected customers.
GitHub has announced that its internal data was breached. The announcement was made publicly via a social media post. No detailed technical information or specifics about the nature or scope of the breach have been provided. There is no indication of affected product versions or known exploits in the wild. The incident is classified with medium severity based on the available information.
A ransomware attack on Covenant Health resulted in a data breach affecting over 478,000 individuals. The attack involved malware that encrypted or compromised sensitive health data, leading to significant exposure of personal information. Although no specific exploited vulnerabilities or affected software versions are detailed, the breach highlights the ongoing risk ransomware poses to healthcare organizations. There is no indication of known exploits in the wild beyond this incident. The breach underscores the importance of robust cybersecurity measures in protecting sensitive health data. European healthcare organizations face similar risks due to comparable threat landscapes and regulatory environments. Mitigation requires targeted strategies including network segmentation, advanced endpoint detection, and incident response readiness. Countries with large healthcare sectors and high adoption of similar IT infrastructure are most at risk. The severity is assessed as high due to the scale of data exposure, potential for patient harm, and operational disruption. Defenders should prioritize proactive ransomware defenses and comprehensive data protection protocols.
A hacker claims to have stolen over 3 million records from Tokyo FM, a major Japanese radio broadcaster, indicating a significant data breach. The breach was reported via Reddit and linked to an external news source, but technical details and affected systems remain undisclosed. No known exploits or patches have been identified yet. The breach poses a high risk to confidentiality due to the volume of data compromised, potentially including personal information of listeners or employees. European organizations may face indirect impacts through partnerships or data sharing with affected entities. Mitigation focuses on enhanced monitoring, incident response readiness, and reviewing data sharing agreements. Countries with strong media sectors and close business ties to Japan, such as Germany, the UK, and France, are more likely to be affected. Given the scale and nature of the breach, the suggested severity is high due to the potential for identity theft, reputational damage, and regulatory consequences. Defenders should prioritize verifying the breach scope, securing exposed systems, and preparing for possible secondary attacks leveraging stolen data.
Coupang, a major e-commerce platform, suffered a significant data breach affecting approximately 33.7 million victims. The company is set to distribute $1.17 billion as compensation to those impacted by the breach. Although specific technical details of the breach are not provided, the incident is classified as high severity due to the scale and sensitivity of the compromised data. No known exploits are currently active in the wild, and the breach was reported through a trusted cybersecurity news source. European organizations may face indirect impacts, especially if they have business relationships or data exchanges with Coupang or its ecosystem. Mitigation focuses on monitoring for potential secondary attacks leveraging leaked data, enhancing data protection measures, and ensuring robust incident response plans. Countries with strong e-commerce ties to South Korea and significant digital trade volumes, such as Germany, the UK, and France, are more likely to be affected. Given the breach's scale and potential for identity theft or fraud, the suggested severity is high.
A data breach at Korean Air has exposed personal data of thousands of its employees. The breach was reported via Reddit and covered by BleepingComputer, indicating a high-priority incident. Although technical details about the breach vector or exploited vulnerabilities are not disclosed, the exposure of employee data poses significant risks to confidentiality and privacy. There are no known exploits in the wild related to this breach, and no patches or affected software versions have been identified. European organizations, especially those with business ties or partnerships with Korean Air, may face indirect risks such as phishing or social engineering attacks leveraging leaked employee data. Mitigation should focus on monitoring for suspicious activity, enhancing employee awareness, and securing any interconnected systems. Countries with strong aviation sectors and close economic ties to South Korea, such as Germany, the UK, and France, are more likely to be affected. Given the breach involves sensitive employee data exposure without requiring user interaction for exploitation, the suggested severity is high. Defenders should prioritize incident response, data protection, and communication strategies to mitigate potential downstream impacts.
Baker University experienced a data breach in 2024 affecting approximately 53,000 individuals. The breach likely involved unauthorized access to sensitive personal information, although specific technical details about the attack vector or compromised data types are not provided. This incident highlights the ongoing risks faced by educational institutions as targets for cyberattacks. The breach's impact includes potential exposure of personal data, leading to privacy violations and increased risk of identity theft for affected individuals. European organizations, especially universities and educational institutions with similar data management practices, should be aware of such threats. Mitigation requires enhanced security controls around data access, continuous monitoring, and incident response readiness. Countries with significant higher education sectors and data privacy regulations, such as Germany, France, and the UK, may be particularly sensitive to similar breaches. Given the breach scale, lack of detailed technical exploitation information, and the nature of data involved, the suggested severity is high due to the potential confidentiality impact and the large number of affected individuals.
The University of Phoenix experienced a significant data breach affecting nearly 3.5 million individuals. This breach likely involved unauthorized access to sensitive personal information, potentially including names, contact details, and educational records. Although specific technical details about the breach vector or exploited vulnerabilities are not provided, the incident is classified as high severity due to the volume of affected individuals and the sensitivity of the data. There are no known exploits in the wild related to this breach, and the discussion level in public forums remains minimal. European organizations should be aware of potential indirect impacts, such as phishing campaigns leveraging stolen data or regulatory scrutiny under GDPR. Mitigation focuses on monitoring for misuse of compromised data, enhancing identity verification processes, and ensuring robust incident response plans. Countries with strong educational ties to the University of Phoenix or significant student populations from this institution may be more affected. Given the breach's scale and data sensitivity, the suggested severity is high, emphasizing the need for vigilance and proactive defense measures.
The University of Sydney has disclosed a data breach affecting approximately 27,000 individuals. The breach involves unauthorized access to sensitive personal data, although specific technical details about the attack vector or compromised data types have not been disclosed. This incident highlights the risks faced by academic institutions, which often hold large volumes of personal and research data. European organizations with similar profiles should be aware of the potential for similar breaches. The breach's impact includes possible identity theft, privacy violations, and reputational damage. Mitigation requires enhanced access controls, regular security audits, and incident response preparedness tailored to academic environments. Countries with strong academic ties to Australia or with significant university populations may be more concerned. Given the breach scale and sensitivity, the suggested severity is high. Defenders should prioritize monitoring for unusual access patterns and ensure robust data protection policies are in place.
The University of Sydney experienced a significant data breach that exposed sensitive information of students and staff. The breach was publicly reported on December 18, 2025, and has been classified as a high-severity incident. Although specific technical details about the breach vector or exploited vulnerabilities are not disclosed, the incident involves unauthorized access to personal data, raising concerns about confidentiality and privacy. No known exploits are currently active in the wild related to this breach. European organizations, especially educational institutions and research partners, may face indirect risks such as targeted phishing or social engineering attacks leveraging leaked data. Mitigation should focus on enhancing data protection, monitoring for suspicious activity, and preparing incident response plans. Countries with strong academic ties to Australia or with significant student exchanges may be more impacted. Given the breach's impact on confidentiality and the lack of detailed exploitation complexity, the severity is assessed as high. Defenders should prioritize data access controls, user awareness, and collaboration with affected parties to mitigate secondary risks.
The Askul data breach resulted from a ransomware attack that exposed over 700,000 records, compromising sensitive information. This incident highlights the growing threat of ransomware targeting corporate networks and the consequential data leaks. The breach likely involved unauthorized access followed by data exfiltration before encryption. European organizations, especially those with supply chain or business ties to Askul, may face indirect impacts such as data privacy concerns and regulatory scrutiny. Mitigation requires enhanced ransomware defenses, including network segmentation, robust backup strategies, and continuous monitoring for anomalous activity. Countries with significant logistics, retail, or supply chain sectors, such as Germany, France, and the UK, are more likely to be affected due to their economic ties and market penetration of similar services. Given the high volume of exposed records and the nature of ransomware attacks, the severity is assessed as high. Defenders should prioritize incident response readiness and data protection measures to mitigate similar threats.
