Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

The new attack surface overview puts the changes and potential risky exposures to your attack surface front and center. But that’s not all we’ve shipped in February. We’ve improved our Azure domain connector, simplifying onboarding for those users, and sent dozens of new vulnerability tests, such as CVE-2024-27199: TeamCity Authentication Bypass and CVE-2024-21893: Ivanti Connect Secure, Policy Secure SSRF.

When it comes to cyber resilience, Security Validation is emerging as the linchpin. Security teams face ever-more potential risks as their organization’s attack surfaces expand across diverse IT environments. Amid this challenge, the process of risk-based prioritization is more important than ever. However, prioritization alone falls short of the mark.

Professionals in the cybersecurity industry have much to consider regarding the various approaches and types of tooling required to keep their organizations secure. There are significant known cybersecurity threats and a constant danger of new “zero-day” vulnerabilities. One comprehensive strategy growing in popularity for mitigating the associated risks generated by these threats and vulnerabilities is Attack Surface Management (ASM).

Credential stuffing is a cyberattack method where attackers use lists of compromised user credentials to breach into a system. These credentials, often obtained from previous data breaches and available on various dark web forums, include combinations of usernames, email addresses, and passwords.

This blog post delves into a critical yet often neglected aspect of cyber risk analysis —adding organizational context by understanding and prioritizing the importance of assets. Without considering the unique business context of an organization, security teams cannot effectively prioritize and remediate what matters most to their organization.

To effectively protect themselves from major threats and minimize cyber risks, organisations must fully understand their digital assets and systems. These could be targeted by unauthorised users looking to exploit weaknesses. However, gaining comprehensive visibility into all potential entry points in an attack surface is a significant challenge in today’s dynamic and distributed IT environments.

The increase in cyberattacks increases year-on-year with attacks being more and more sophisticated. It’s a daunting task for security teams to adapt security strategies to proactively mitigate threats against the backdrop of a shortage of cybersecurity talent and budgets stretched. This is leading to organisations adopting proactive defence strategies using tools with continuous monitoring capabilities.

In the age of attack surface expansion, securing IT assets is no longer optional—it’s a necessity. IT and cybersecurity leaders must protect their organisation’s digital assets from increasing cyber threats. Cybersecurity Ventures predicts that cybercrime will cost the world $10.5 trillion annually by 2025, according to their report. This underscores the importance of having a robust security strategy in place.

In the constantly evolving world of digital technology, cybersecurity risk management is a critical pillar in any organization. By effectively managing cybersecurity risk, you reduce incidents and the costs resulting from data breaches. However, cybersecurity risk management involves many different elements. It’s helpful to have an understanding of these aspects in order to leverage cybersecurity risk management to its fullest potential.