Intelligence tagged red teaming

Discover how red and purple teaming together can boost your cybersecurity defenses. Join our expert panel to explore real-world scenarios, improve detection and response, and build a stronger offensive security program.

Choosing the right offensive cybersecurity service can be challenging, especially with options like red teaming, penetration testing, and vulnerability assessments that often appear overlapping. Each service, however, serves a distinct purpose and addresses different aspects of your security needs. To help you make an informed decision, let’s explore the differences between these services and how they align with your organization’s specific cybersecurity goals.

Organizations often face confusion when selecting offensive cybersecurity services. Vulnerability Assessment, Penetration Testing, and Red Teaming are essential but serve different purposes. At Echelon Risk + Cyber, we frequently encounter this confusion, so we’re here to break down each service and clarify which might be the best fit for your organization. 

FedRAMP announced a new red team requirement impacting cloud service providers. This article breaks down the details of the requirement and the difference between red teaming and pen testing.

Traditional penetration testing may not be enough to simulate real-world attack scenarios. Discover the benefits of adversarial-based red teaming with the TIBER-EU Framework to improve your organization's ability to detect, respond to, and mitigate sophisticated attacks.

Cybersecurity terms like "red teaming" and "penetration testing" are often used interchangeably, leading to confusion and misinformation. This article explores the differences between these assessments and why the misuse of terms can be detrimental to the industry.

Learn why pen testing alone isn't enough to secure healthcare organizations from cyber threats, and how red team assessments can help identify and mitigate vulnerabilities. Here's a comprehensive overview of red teaming and its importance in healthcare cybersecurity.

Many cutting-edge security programs base their defenses on sophisticated, nation-state level threat actors. How, then, have so many of them gotten hacked recently by a new and less-sophisticated group, Lapsus$?