Your pentest report looks clean. That might be the problem.
Run automated pentesting for an extended period, and fresh findings begin to dwindle. By the third or fourth iteration, fewer vulnerabilities emerge. The report appears stable. Leadership interprets "stable" as "secure." That is typically not the case. The work decelerates. The risk does not.
That discrepancy is what a The Hacker News webinar in collaboration with Picus Security aims to address.
Autumn Stambaugh and Can Yüceel, alongside host James Azar, demonstrate what your tool validates, its limitations, and how to address what it overlooks. Register for the webinar.
Begin with the fundamental issue. A flat report may indicate that obvious vulnerabilities were resolved. It may also signal that the tool has reached the boundary of its visibility. Automated pentesting is frequently regarded as comprehensive security validation. It is not.
Picus frames validation across six surfaces and positions automated pentesting on just one of them: the attack path, which assesses whether an attacker can navigate through an environment. This leaves the other five surfaces unverified, including detection rules, cloud configurations, identity controls, and AI guardrails. Tuning can refine the scan, but it cannot transform an attack-path test into detection or cloud validation.
Here is the aspect most teams overlook. When the tool exploits a technique, it cannot determine whether your SIEM rule triggered or your EDR issued an alert. It may confirm that credential dumping or lateral movement is feasible.
That still does not indicate whether the EDR blocked it, the SIEM logged it, or the SOC had sufficient intelligence to respond. It validates that a path exists. It provides no insight into whether you would have identified an attacker using that path.
That is the danger: confusing a reachable path for a defended one. Reserve your spot for the session.
BAS and Automated Pentesting Address Different Questions
Breach and attack simulation evaluates whether a control responds to a known behavior: blocked, detected, logged, or missed. Automated pentesting assesses how far an attacker could advance through an exploitable path. Substitute one for the other, and the gap vanishes from the report, but not from the environment.
The practical challenge lies in prioritization. If a tool proves a path exists but your controls already block or detect it, that finding may not carry the same urgency as one that operates undetected. Without control validation, teams prioritize risk with only half the evidence available. That is the focus of the session: converting a collection of findings into a ranked list based on whether controls actually captured the behavior.
If automated pentesting is treated as the entirety of the validation program, this is the gap to examine first. Register for the webinar.