Zero-day vulnerabilities require an emergency response, disrupting proactive security initiatives and placing additional pressure on security teams. Despite not being the primary focus of their daily responsibilities, zero-days, especially those exploited in the wild, capture significant media attention. This often results in managers, executives, and even board members seeking immediate information about the company’s exposure to the latest threats.

We live in a time where the integrity and security of an organization’s digital infrastructure are essential in earning customer confidence and trust. This trust, however, is increasingly under siege due to a surge in cyberattacks exploiting overlooked or inadequately managed internet-facing assets. Organizations’ growing online presence are under an ever-increasing risk of cyber threats.

“Our report reflects CyCognito’s innovative approach to asset discovery and vulnerability assessment taken, while maintaining a solid foundation in the mature platform space. This placement indicates not only a commitment to advanced ASM solutions but also a keen focus on evolving and adapting to the changing digital landscape rapidly.”

In cybersecurity, current approaches don’t stay current for long. Organizations that fail to adapt accordingly often discover this fact at the cost of their secure network. This is particularly true in the face of complex and increasingly unpatchable attack surfaces and a corresponding reduction in the impact of automated remediation practices. Traditional security approaches are unable to fully address these challenges.

Bugcrowd offers crowdsourced security testing through a community of white hat hackers. CyCognito offers automated discovery of an organization’s externally exposed attack surface. Combined, the two solutions allow for a comprehensive inventory of exposed assets to be included in the scope of bug bounties or pentests.

The rise of ChatGPT and Generative AI has swept the world by storm. It has left no stone unturned and has strong implications for cybersecurity and SecOps. The big reason for this is that cybercriminals now use GenAI to increase the potency and frequency of their attacks on organizations. To cope with this, security teams naturally need to adapt and are looking for ways to leverage AI to counter these attacks in a similar fashion.

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.