Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

This week was particularly active in Cybersecurity—attacks rained upon all states, from the Great Basin of Nevada to the Volcanoes of Hawaii. The week began with an announcement out of Texas: U.S. Renal Care found exposed information from a vendor breach in 2023, impacting over 132k patients. Connecticut College was also featured this week; investigations are ongoing, but victims shouldn’t wait to protect themselves. The public also got an update on the PJ&A data breach from 2023.

In a historic move, European Union member countries have unanimously agreed on the groundbreaking Artificial Intelligence Act. This achievement comes after overcoming last-minute concerns that the rulebook might impede European innovation. The EU deputy ambassadors provided the green light to the final compromise text, marking the conclusion of extensive negotiations between the Council, European Parliament members, and European Commission officials.

The increase in cyberattacks increases year-on-year with attacks being more and more sophisticated. It’s a daunting task for security teams to adapt security strategies to proactively mitigate threats against the backdrop of a shortage of cybersecurity talent and budgets stretched. This is leading to organisations adopting proactive defence strategies using tools with continuous monitoring capabilities.

When it comes to IoT, monitoring is not optional but mandatory for success. This comprehensive guide demystifies IoT monitoring in plain language—learn why it’s essential, which components need your attention, and how to implement it effectively. Prevent costly downtimes, secure your network, and gain unparalleled control over your IoT ecosystem.

Top tips is a weekly column where we highlight what’s trending in the tech world and list ways to explore these trends. This week we’re looking at four ways you can protect yourself from increasingly advanced social engineering attacks.

Mitigating application vulnerabilities throughout the software development life cycle (SDLC) is critical—and challenging, especially as applications rely more and more on third-party, open source software (OSS). With this type of architecture, teams often don’t know exactly where vulnerabilities exist in their code, which of those vulnerabilities are actively exposed in production services, and which vulnerabilities are more critical to address than others.