The HEAL Security Dispatch Daily Digest is a comprehensive cybersecurity podcast hosted by Richard Simmons from London, offering in-depth coverage of the latest threats and developments impacting the digital healthcare landscape. This episode, dated Wednesday, May 14, 2025, focuses on critical vulnerabilities, significant threat actor activity, and strategic advancements in identity and access management. Topics include the exploitation of a zero-day flaw in SAP NetWeaver, North Korean cyber espionage targeting Ukraine, and PDS Health’s security infrastructure upgrades using CyberArk tools. Other key stories highlight mounting cybersecurity challenges in healthcare, urgent software patches from Ivanti and Samsung, and the rise of sophisticated attacks by groups like BianLian and RansomExx. With expert insight and timely updates, the podcast serves as a vital resource for professionals navigating the intersection of healthcare and cybersecurity. 
https://healsecurity.com/

Cybersecurity Roundup: SAP NetWeaver Exploits, and PDS Health's CyberArk Upgrade

The Daily HEAL Security Dispatch Podcast is a leading source for up-to-the-minute news and deep insights in the realm of healthcare cybersecurity and threat intelligence. 

At the heart of HEAL Security's vision is the commitment to equipping organizations and individuals with rapid, contextually rich cybersecurity updates, establishing itself as a pivotal force in unifying practice and data against the ingenious tactics of criminal and malicious entities. HEAL Security is fervently devoted to constructing a robust resource and community that champions the defense of the healthcare sector against the growing cyber threats from organized crime groups and antagonistic nation-states. Our core focus encompasses the protection of vital IT infrastructures, the security of sensitive patient and clinical information, the safeguarding of critical healthcare systems, and the assurance of continuous, undisturbed patient care services.

New tracks tagged #PublicKeyInfrastructure