In a world of networked medical devices, it’s not hard to imagine a radiology-heavy cyberattack that is not only malicious but also ingenious.
 

AI is becoming more accessible to researchers of any age after The Penn Medicine Institute for Biomedical Informatics launched a free, open-source automated machine learning system for anyone to use, Penn AI.

The Yale School of Public Health’s Department of Biostatistics has launched a new health informatics division and masters program aimed at using data from electronic health records (EHRs) to advance clinical and public health research.

The Hospital for Sick Children in Toronto has named Anna Goldenberg, PhD, as its first chair of biomedical informatics and artificial intelligence, the University of Toronto recently announced.

The health information of several patients was exposed following two phishing attacks at the Children’s Hospital of Philadelphia (CHOP).

Despite growing concerns over data security, nearly 80 percent of people are in favor of medical devices that immediately alert physicians of significant changes in health.

While the sharing of patient data is a crucial part of clinical research, researchers still deal with several challenges that prevent their work from moving forward. There may be one solution that has the potential to address each challenge—blockchain.

As the frequency of cyberattacks increases, the cost to fix security risks is also on the rise. Successful endpoint cyberattacks cost organizations an average of $7.1 million, according to a report that analyzed the state of endpoint security.