CVE-2021-44228 (Log4Shell or LogJam) is a recently discovered zero-day vulnerability in the ubiquitous Apache Log4j Java-based logging library. It was reported by the Alibaba Cloud Security team as an unauthenticated RCE vulnerability in Log4j 2.0-beta9 up to 2.14.1 and could allow a complete system takeover on vulnerable systems. The bug has received the maximum CVSS score of 10, reflecting its importance and ease of exploitation.

What comes to mind when you think of security “out-of-the-box?” You’re probably looking for something that will keep users as secure as possible while minimizing implementation friction points to your users. And with ransomware, malware, and phishing threats spreading faster and costing businesses more each year, IT teams must take a full-stack approach to defend against external attacks and internal vulnerabilities, while keeping the business running.

Cloud accounts continue to be a valuable target for cybercriminals: not only do the resources of a compromised IaaS environment grant an immediate profit for the attackers, but the same infrastructure also provides a trusted environment to launch attacks against other targets.

Gartner made an interesting prediction just a few years ago: “Through 2025, 99% of cloud security failures will be the customer’s fault.” Practically every single cloud security failure can be fairly described as a misconfiguration of one kind or another. The 2025 end is kind of arbitrary, really; the prediction is likely to be true until the end of time. In my previous article, I discussed targeting these misconfigurations at their root.

Executive Order 14028 on Improving the Nation’s Cybersecurity was released in May with nine sections outlining specific focus areas for security improvements. As we noted at the time, Netskope applauded the EO for how it placed significant emphasis on zero trust security adoption, mentioning it no fewer than 11 times, and insisting on proactive action.

In this blog, we’ve analyzed data from Netskope customers that include security settings of over 1 million entities in 156,737 Google Cloud (GCP) projects across hundreds of organizations (see Dataset and Methodology for more details on the dataset). We will specifically look at the configuration of service accounts, see what’s commonly occurring in the real world, and analyze how multiple security misconfigurations can lead to escalation of privileges and lateral movement.

Co-authored by Andy Horwitz and Yuri Duchovny Today, Netskope released a new cloud security solution to help AWS customers provide consistent security across all their AWS accounts leveraging AWS Control Tower. Many AWS Customers follow the multi-account framework as a best practice to isolate teams and workloads on the cloud. Often this may introduce overhead in terms of policy configuration and management.

We are going through a period of huge security and networking upheaval. Transformation projects are afoot in the vast majority of organisations and architectural ideologies are shifting towards SASE and Zero Trust. We are all seeing and experiencing this first hand, but anecdotal tales of how organisations are handling these changes are inconsistent. Some are seeing security teams expanding, while others are decentralising the team and distributing security expertise across project taskforces.

Black Friday is a long-awaited day for many people, as it generates a lot of sales in both physical stores and online marketplaces. With the ongoing COVID pandemic, online sales are expected to be even more intense this year, and along with that, we will likely see an increase in cyber scams. Attackers will try to steal your money in many ways: through phishing sites, banking malware, remote access trojans, and more. However, there is one type of malware that people often underestimate: adware.

Several malware families are distributed via Microsoft Office documents infected with malicious VBA code, such as Emotet, IceID, Dridex, and BazarLoader. We have also seen many techniques employed by attackers when it comes to infected documents, such as the usage of PowerShell and WMI to evade signature-based threat detection. In this blog post, we will show three additional techniques attackers use to craft malicious Office documents.