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Feb 2026
LOLBins Against the Machine: Reverse Engineering at Machine Speed
Purpose Attackers can utilize Living Off the Land Binaries (LOLBins) to execute commands, evade detection,...
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“Pentera helps us prioritize what truly matters and gives us confidence we are covering our global environment continuously.”
“Seeing a domain admin account cracked in production changed how we view internal exposure.”
“Pentera helped us advance our red team and continuously improve penetration testing.”
“Pentera makes it easier to focus on what is truly exploitable instead of chasing long vulnerability lists.”
“In a complex, large-scale environment, Pentera delivers the speed and visibility security teams need.”
“Pentera amplified our team’s performance and delivered measurable value to upper management.”
"Pentera allows us to tailor testing to each service, reduce time and costs, and shift our focus from simply finding vulnerabilities to actively helping our teams fix them.”

Rubén Alonso | Head of Secure
Development Unit, Telefonica

“I don’t think we’d be able to advance our red team without Pentera. If you’re looking to improve penetration testing, I would definitely recommend it.”

Owen Fuller | Cybersecurity Engineering
Manager, Casey’s

ON-DEMAND WEBINAR

How to Automate Cyber Defense Validation and Reduce Risk

Webinars
Jul 30, 2020

Automated security validation maps real attack paths and prioritizes remediation based on proven risk. Continuous testing helps move beyond static vulnerability lists.

This webinar examines the limitations of traditional penetration testing and vulnerability scanning, particularly their inability to scale or provide contextual exploit validation. It highlights how organizations are flooded with vulnerability data yet lack clarity about which weaknesses truly pose operational risk. The session emphasizes the disconnect between vulnerability counts and attacker behavior.

Through a live demonstration, the session shows how automated attack emulation identifies exploitable attack chains, validates compensating controls, and maps findings to MITRE ATT&CK techniques. The focus is on prioritizing remediation based on real exploitability rather than theoretical severity. The conclusion reinforces the importance of continuous validation to reduce exposure in dynamic environments.