Exposure Validation

Picus Exposure Validation proves whether each exposure is theoretical or genuinely exploitable in your environment, including the assets a live exploit can't safely reach. It prioritizes the exposures your controls fail to block, deprioritizes the ones they stop, and resolves each into a defensible decision: Patch, Mitigate, Monitor, or Accept with Evidence.

Automated pentesting validates exploitability only where it can safely fire a live exploit, so it goes dark on business-critical, restricted, and air-gapped assets, and on CVEs with no available exploit. Picus adds TTP-chaining and control validation to prove exploitability across the whole environment, not just the reachable slice. Picus can use your existing pentest tools as one input.

By simulating real attacks and chaining techniques against your deployed controls, Picus identifies which exposures are actually exploitable in your environment, so remediation focuses on real risk rather than theoretical severity.

PXS calculates real-world risk by combining validated control effectiveness, simulation outcomes, CVSS severity, EPSS and KEV exploit signals, and asset criticality. Unlike traditional models, PXS reflects whether a vulnerability is genuinely exploitable in your environment.

The Picus Security Validation Platform enhances security defenses by continuously testing them against real-world threats using Breach and Attack Simulation (BAS) and Automated Penetration Testing (APT). It identifies critical vulnerabilities that bypass existing preventive controls, as well as security weaknesses exploitable after an adversary gains a foothold, and provides actionable remediation guidance to reduce validated risk.

Picus provides benefits for various security roles, including vulnerability and IT teams, SOC managers, red teams, security engineers, CISOs, and compliance teams, by offering tools for identifying exploitable vulnerabilities, boosting detection engineering, automating penetration testing, uncovering coverage gaps, and validating controls for audit readiness.

AI has collapsed the time from disclosure to working exploit from weeks to hours, and increased both the volume of CVEs and their use in real attacks. Periodic scans and quarterly pentests leave windows attackers are built to exploit. Continuous exposure validation closes that gap with evidence.

Deprioritizing theoretical vulnerabilities is important because it allows security teams to focus on real threats that pose actual risks to the environment, thereby enhancing the effectiveness of remediation efforts and maximizing the return on investment in security measures.

Picus provides ready-to-apply mitigation signatures and detection rules so you can reduce risk through compensating controls, then re-validates to prove the gap is closed.