Picus Security Introduces Adversarial Exposure Validation for Cybersecurity

Picus Security has introduced Adversarial Exposure Validation (AEV), a methodology designed to fundamentally change how organizations assess and manage the actual exploitability of their cybersecurity risks. This approach challenges traditional vulnerability management practices.

AEV diverges from conventional methods that rely on theoretical risk scores, such as CVSS and EPSS. Instead, AEV simulates and emulates real-world attack techniques to confirm whether they can bypass an organization's existing security and detection controls. According to Gartner, AEV technologies provide continuous, automated evidence of an attack's feasibility within a specific environment.

Traditional methods, focusing on the technical severity or predicted likelihood of vulnerabilities, do not account for an organization's deployed security controls. This can lead to security teams spending resources on mitigating theoretical risks that attackers may not actually be able to exploit. In 2025, over 49,000 vulnerabilities were disclosed, with nearly 40% categorized as high or critical, overwhelming security teams.

The need for AEV is amplified by evolving threat landscapes and dynamic IT environments. Gartner predicts that by 2028, more than half of exploitable exposures will stem from non-technical weaknesses, including misconfigured SaaS applications, identity abuse, and human error – areas often inadequately covered by traditional CVE-based models.

Picus Security's AEV solutions combine Breach and Attack Simulation (BAS) with automated penetration testing. BAS continuously and safely simulates attack techniques, while automated penetration testing chains together vulnerabilities and misconfigurations as real attackers would. Together, these tools offer an attacker's perspective at scale, enabling organizations to differentiate between truly exploitable threats and theoretical risks.