Healthcare Cybersecurity Insights: Dec 25 - Dec 31, 2025
Australia reports a massive 50% drop in health record data breaches
following the widespread adoption of passkeys
The Office of the Australian Information Commissioner (OAIC)
has released a promising new report indicating a 50% decline in data breaches
affecting the country's national "My Health Record" system over the
past year. This significant reduction is largely attributed to the integration
of biometric passkey security within the myGov public services app, which has
effectively curbed widespread identity scams and unauthorized access. During
the 2024-2025 reporting period, the OAIC received only 18 breach notifications
related to the system, down from 39 the previous year. Additionally, privacy
complaints regarding the system plummeted, with only three filed compared to 15
previously. The report underscores the effectiveness of modern authentication
methods in protecting sensitive patient data, such as prescriptions and
hospital summaries, against increasingly sophisticated cyber threats. While the
OAIC praised these security advancements, it also recommended greater
transparency regarding overseas data disclosure for related mobile apps. This
success story offers a compelling case study for other nations looking to
fortify their digital health infrastructure against identity theft.
Read the original article at: https://www.biometricupdate.com/202510/data-breaches-of-australias-health-records-drop-50-after-passkey-adoption-oaic
Researchers propose a new Blockchain-Empowered Federated Learning (BCFL)
framework to secure EHRs while enabling AI development
A new study published in Scientific Reports proposes
a robust solution to the privacy challenges plaguing centralized Electronic
Health Record (EHR) systems. Researchers have developed the Enhanced
Privacy-Preserving Blockchain-Enabled Federated Learning (EPP-BCFL) framework,
designed to eliminate single points of failure while enabling secure AI
collaboration. The system combines blockchain technology for tamper-proof,
decentralized record-keeping with federated learning, allowing hospitals to
train shared AI models without ever exchanging raw patient data. To further
enhance security, the framework integrates differential privacy and secure
multi-party computation. Performance tests using standard datasets revealed
impressive results: the model achieved 95.2% accuracy while reducing network
latency by 43% compared to traditional methods. Crucially, the system
demonstrated high resilience against data poisoning and adversarial attacks,
maintaining over 93% accuracy even under active threat conditions. This innovation
offers a scalable path forward for healthcare institutions, enabling them to
leverage collective data for medical AI breakthroughs while strictly adhering
to data sovereignty and patient privacy requirements.
Read the original article at: https://www.nature.com/articles/s41598-025-12225-x
Experts warn that your health tech gadgets could be vulnerable access
points for cybercriminals
With the holiday shopping season concluding, cybersecurity
experts are issuing warnings about the privacy risks hidden within popular
health tech gadgets. Smartwatches, sleep trackers, and meditation apps, often
purchased during Cyber Monday sales, can serve as invasive data collection
points if not properly secured. The American Health Information Management
Association (AHIMA) highlights that unlike clinical devices, many consumer
wearables fall outside HIPAA regulations, meaning their data protection standards
vary wildly. Privacy policies are often vague, potentially allowing sensitive
health metrics to be shared with third-party advertisers or data brokers.
Experts advise users to rigorously audit app permissions—denying access to
contacts or microphones unless essential—and to prioritize devices from
reputable developers with a history of regular security updates. Furthermore,
users are urged to treat these devices as endpoints that require strong, unique
passwords and two-factor authentication. As health tech becomes ubiquitous,
understanding the distinction between a "fun gadget" and a medical
tool is critical to preventing personal health data from being exposed to the
dark web.
Read the original article at: https://www.healthitanswers.net/your-cyber-monday-health-tech-haul-may-expose-you/
Three major U.S. healthcare providers agree to class-action settlements to
resolve significant data breach lawsuits
Three prominent U.S. healthcare providers have agreed to
settle class-action lawsuits following significant data breaches that
compromised patient information. Hypertension Nephrology Associates
(Pennsylvania) agreed to a $625,000 settlement after a ransomware attack
exposed the data of nearly 40,000 patients. Similarly, Asheville Arthritis and
Osteoporosis Center (North Carolina) established a $500,000 settlement fund to
resolve claims related to a breach affecting over 58,000 individuals.
Intermountain Planned Parenthood (Montana) also reached a settlement for a
breach involving nearly 57,000 patients, though the total fund amount varies
based on claims. In all three cases, the lawsuits alleged negligence in failing
to implement reasonable security protections and delays in notifying victims.
The settlements allow affected patients to claim reimbursement for
out-of-pocket losses, lost time, and credit monitoring services. These
agreements highlight the growing legal and financial accountability healthcare
organizations face when they fail to safeguard Protected Health Information
(PHI) against cyberattacks, emphasizing that the cost of a breach extends far
beyond immediate technical remediation.
Read the original article at: https://www.hipaajournal.com/class-action-data-breach-settlements-agreed-with-three-healthcare-providers/
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