Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

The transition to the cloud has changed everything! It has upended where apps are hosted, as well as the movement of enterprises’ most valuable digital assets and sensitive data. Access has been redefined and firewall-based perimeters are a thing of the past. Now special considerations are required for users working from everywhere—on both managed and unmanaged devices—as well as address the ever-growing Internet of Things (IoT).

Recently, researchers from Positive Security published findings identifying a major remote code execution (RCE) vulnerability in dompdf, a popular PDF generation library. In their reporting, they outlined a way that code could be loaded into an application and then remotely executed during a PDF being generated. Dompdf is used quite extensively within the PHP ecosystem, and is used within over 59,000 open sourced platforms and projects.

In today's ecosystems, a single enterprise can operate multiple internal networks, remote offices with their own local infrastructure, remote and/or mobile individuals and Cloud services. According to the study published by NIST, this level of complexity is too much for legacy network security models that are based on the location of the company infrastructure and there isn’t a single, easily identifiable perimeter for all elements.

Thanks to President Biden’s Executive Order on Cybersecurity (14028) last May, Software Bills of Material (SBOMs) are now discussed by developers, security and deployment teams and even boards of businesses around the world. These “ingredients” lists for software are mandated for those selling to US Federal government and are quickly becoming an expected element of any software implementation. Rightly so.

Recently, we encountered an interesting phishing webpage that caught our interest because it acts like a chameleon by changing and blending its color based on its environment. In addition, the site adapts its background page and logo depending on user input to trick its victims into giving away their email credentials. We see an email with the “initial” URLs in the example below: Figure 1. The raw phishing email showing the URLs, purporting to be a fax message that needs to be accessed.

Data bias: the insidious threat lurking in your data unless you’ve taken active steps to mitigate it. It causes the potential to harm, skew or invalidate your data completely – or sometimes all three at once.

Security operation teams continuously aim to focus on two main things: 1. Real cyber security threats (also known as “True Positive Alerts”), and 2. Reducing response time, especially when you have so many different sources to monitor. However, in reality, we deal with hundreds of security alerts on a daily basis, many of which are false positives that waste our valuable time. This is where incident response/security automation becomes a requirement rather than nice to have.

It’s open source, anyone can audit it, but is it safe? In this blog our CSO explores why distribution of malicious scripts via libraries is causing a stir amongst the open-source community and how you can defend against it.

Read also: Israel hit with a large-scale DDoS attack, hundreds of GoDaddy-hosted websites infected with a backdoor, and more.

A new vulnerability CVE-2022-0811, alias cr8escape, with CVSS 8.8 (HIGH) has been found in the CRI-O container engine by Crowdstrike. This vulnerability can lead to arbitrary code execution. The container engines affected are: Any containerized infrastructure that relies on these vulnerable container engines is affected as well, including Kubernetes and OpenShift (version 4.6 to 4.10).