Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

There is a widening gap between what most organizations call offensive security testing and what actually keeps them safe. The standard model looks familiar: schedule an annual penetration test, receive a PDF full of color-coded findings, remediate a handful of critical items, and repeat next year. Attackers do not operate in annual cycles. The core problem is not a lack of testing. It is the wrong kind.

Learn how GitGuardian supports NHI governance with a secrets-first model that improves visibility, reduces sprawl, and helps teams manage machine identity risk.

Josh Rector is the Compliance Director, Public Sector at Ace of Cloud, a security and compliance consulting firm, certified CMMC Third-Party Assessor Organization (C3PAO), and Registered Provider Organization (RPO). With more than a decade of experience in cybersecurity compliance, he has worked both sides of the assessment table, leading internal and external assessments, serving as ISSO for systems at federal agencies, and guiding cloud service providers through the FedRAMP authorization process.

Your backups survived a ransomware attack. Your team restored everything within hours. And three days later, the same malware is back, encrypting the same files, because nobody checked whether those backups were clean before putting them into production.

Operational Technology (OT) security safeguards the industrial systems, networks, and physical processes that power modern society. Unlike Information Technology (IT), which prioritizes data confidentiality, OT security focuses on the availability, reliability, and safety of physical operations, protecting the technology behind turbines, robotic arms, pumps, and pipeline valves.

Active Directory (AD) remains the foundational identity and access management system for the vast majority of enterprises globally, making it a prime target for cybercriminals. AD is constantly under attack, and threat actors rarely have to resort to complex, zero-day exploits to breach it. Instead, they rely on a pervasive and persistent vulnerability: everyday misconfigurations.