OpenClaw became the fastest-growing GitHub project in history almost overnight. It crossed 300,000 stars in early 2026, surpassing milestones that took Linux and React years to reach. That kind of adoption velocity is a signal security teams cannot afford to miss — because it means OpenClaw is almost certainly already running inside your organization, on devices you manage, connected to accounts and data your security program is responsible for protecting. The security community has described OpenClaw as “an absolute nightmare” from a risk perspective. That assessment is accurate, and understanding why requires understanding what OpenClaw actually is and how it operates — because it is not a chatbot. It is something with fundamentally different security implications. What OpenClaw Actually Is OpenClaw markets itself as “the AI that actually does things.” That description is technically precise and should raise immediate flags for any security practitioner. Where traditional AI tools an...
IAM Metrics That Actually Matter: Proving Risk Reduction and Value to Every Level of the Organization
I have been in information security for more than twenty years, and one of the conversations I have had more times than I can count goes something like this: the security team has spent eighteen months building out an identity and access management program. They have deployed a new IGA platform, cleaned up thousands of orphaned accounts, enforced multi-factor authentication across the enterprise, and automated the joiner-mover-leaver lifecycle. And then someone in the CFO’s office asks a simple question: what did we actually get for that investment? If your answer is a technical presentation about policy enforcement rules and connector configurations, you have already lost the room. If your answer is a blank stare because you never built a metrics framework to begin with, you have lost the budget cycle too. IAM is one of the highest-value security investments an organization can make. Identity is the new perimeter. Credential-based attacks are the dominant breach vector. And access...