CyCognito pushes AI pentesting beyond vulnerability scans as enterprise attack surfaces evolve
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CyCognito pushes AI pentesting beyond vulnerability scans as enterprise attack surfaces evolve

June 16, 202629 views2 min read

CyCognito is advancing AI-powered penetration testing to address the limitations of traditional vulnerability scanning in securing modern AI-driven enterprise environments.

CyCognito is pushing the boundaries of AI-powered penetration testing as enterprises grapple with increasingly complex attack surfaces. Traditional vulnerability scanning, once the cornerstone of cybersecurity, is proving insufficient in the face of rapidly evolving threats driven by AI technologies.

AI-Driven Threats Demand New Approaches

As organizations adopt AI-powered applications, autonomous agents, and large language model (LLM) infrastructure, security teams are discovering that conventional CVE-based scanning fails to detect many of the most dangerous exposures. These AI systems often introduce novel vulnerabilities that lie beyond the scope of traditional security tools. CyCognito's latest advancements in AI pentesting aim to bridge this gap by offering more comprehensive and adaptive security assessments.

Expanding Beyond Vulnerability Scans

The company's approach goes beyond simple scanning to include dynamic, context-aware testing that can identify misconfigurations and exposures in AI services. This shift is critical as AI systems become more prevalent in enterprise environments, often operating in ways that are not fully understood or monitored. By leveraging AI itself to test AI systems, CyCognito is helping organizations stay ahead of threats that could otherwise go unnoticed.

Conclusion

As the cybersecurity landscape evolves, tools like CyCognito's AI pentesting capabilities are becoming essential for enterprises looking to secure their AI infrastructure. The industry's move toward more adaptive and intelligent security measures reflects a broader recognition that traditional methods are no longer adequate in the age of AI-driven threats.

Source: TNW Neural

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