On December 4, 2024, the Ultralytics Python module was backdoored to deploy a cryptominer. Using GitGuardian’s data, we reconstructed deleted commits, connecting the dots with the initial analysis. This investigation highlights the value of GitGuardian’s data in understanding supply chain attacks.

In today’s digital age, achieving cyber resilience is no longer an option—it has become a necessity. Yet, according to the latest report by Splunk, conducted in collaboration with Foundry, a significant cyber confidence gap exists among public sector organizations in this critical area.

Malicious files continue to be a significant threat to organizations; SonicWall reported more than six billion malware attacks in 2023. To help organizations prepare for and stay ahead of these threats, we’re introducing an integration with YARA that offers a deeper level of inspection for files across enterprise networks while helping security teams consolidate their toolset in the process.

Vulnerability identification is a key part of application security (AppSec). This process entails tracking and reporting the number of vulnerabilities found and fixed to give stakeholders clear insight into the organization’s security posture. However, identifying and monitoring vulnerabilities using traditional methods can make risk evaluation more difficult.

On December 10, 2024, Ivanti released updates for three critical-severity vulnerabilities impacting their Cloud Services Application. By chaining the vulnerabilities together, a threat actor could obtain administrative privileges via authentication bypass (CVE-2024-11639), which could then allow for remote code execution (CVE-2024-11172) and/or SQL injection (CVE-2024-11173).

The ultralytics supply chain attack occurred in two distinct phases between December 4-7, 2024. In the first phase, two malicious versions were published to PyPI: version 8.3.41 was released on December 4 at 20:51 UTC and remained available for approximately 12 hours until its removal on December 5 at 09:15 UTC. Version 8.3.42 was published shortly after on December 5 at 12:47 UTC and was available for about one hour before removal at 13:47 UTC.

Imagine a former employee still being able to access your network or current employees wielding permissions far beyond their roles. Both scenarios sound risky, right? Excessive permissions aren’t just a minor oversight — they’re significant vulnerabilities that could lead to costly data breaches, regulatory penalties, and other problematic consequences.

As we look ahead to 2025, the cybersecurity landscape is poised for significant shifts and challenges. Here are some key predictions that I believe will take place or start to happen in the coming year.

Malware, short for malicious software, refers to any software specifically designed to harm, exploit, or otherwise compromise a device, network, or user data. In today’s digital age, malware attacks have become a persistent threat, targeting individuals, businesses, and even governments.

PowerShell is a great scripting and automation tool — and it also enables administrators to execute commands and scripts on remote computers remotely, as if they were sitting in front of them. Indeed, early in the history of PowerShell, Microsoft added support for cmdlets to run on remote systems with the -ComputerName parameter.