In a constantly connected world, protecting sensitive data in what are often complex database structures requires staying up to date with cyber criminals’ malicious attack techniques, and infection methods. This research is an extension of another project which involves monitoring attacks carried out on database servers worldwide. Understanding how these bots work can keep your digital world safe and secure.

The ransomware trend continues to run rampant. One in four breaches involve ransomware, and organized crime actors use ransomware in more than 62 percent of incidents. Cyber criminals are taking advantage of these new opportunities to exploit a greatly expanded attack surface: But ransomware is only one small piece that a security leaders has to manage. The threat of ransomware is compounded by a distributed workforce, trends toward technology consolidation, geopolitical upheaval, and budget constraints.

In my previous blog on Kubernetes security foundations, we discussed the growing adoption of cloud-native applications and the security challenges they present. We highlighted the limitations of traditional network firewalls in securing these applications and emphasized the importance of implementing cloud-native security policies to protect network traffic effectively.

Over the last couple of decades in the cybersecurity industry, I have observed how APIs have gained significant importance in modern cloud-based architectures over the past few decades. In fact, they account for over 80% of all web traffic. However, this increased usage has also made APIs vulnerable to cyber threats. A closer look reveals that APIs are now one of the most prominent threat vectors in the cybersecurity landscape.

Zero trust is a hot topic in cybersecurity, and for a good reason. There is no one-size-fits-all solution to securing your data and networks; rather, zero trust offers a more holistic perspective comprised of many different safety measures and practices and a shift in perspective on security.

In the ever-evolving landscape of digital threats and cybersecurity challenges, organizations face a significant burden known as security debt. Just like financial debt, security debt accrues when organizations compromise security measures in favor of convenience, speed, or cost-cutting measures. Over time, this accumulated debt can pose serious risks to the organization's data, reputation, and overall stability.

The financial outlook for the rest of 2023 and 2024 is far from cheery, and economic uncertainty is affecting everyone and everything, including the cybersecurity sector. Security budget cuts or freezes are the course many organizations are tempted to take in this financially precarious situation. Conservative spending is a natural response to the present economic downturn and a possible recession knocking on our doors, implying fewer clients, lower profits, and higher costs.

In our final OT:ICEFALL report, Forescout Vedere Labs presents three new vulnerabilities and concludes the project after one year of research following the original disclosure. The OT:ICEFALL research, including 61 vulnerabilities affecting 13 vendors, has yielded three key insights into the current state of OT product security.

They say character isn’t gained in a crisis; it’s displayed in one. By the time the disaster hits, the time for preparation has passed. But what if you could go through that earth-shattering event beforehand so when the time came, you’d be ready? Well, in security, you can. And it's not called cheating – it's called Red Teaming.