Beyond OpenClaw: How to govern agentic AI in the enterprise скачать в хорошем качестве

Beyond OpenClaw: How to govern agentic AI in the enterprise

About Event The OpenClaw (aka MoltBot / ClawdBot) crisis was the first mass-casualty event for autonomous agents, exposing over 1,000 local machines to the public internet and leaking 1.5 million API keys. It served as a stark warning to the enterprise: "Shadow Agents" are the new Shadow IT, and they are already running on your network. While OpenClaw was a consumer tool, it demonstrated the immense risks—Remote Code Execution (RCE), supply chain poisoning, credential leaks and data exfiltration—inherent in the agentic workflows your developers and analysts are adopting today. Join FireTail CEO Jeremy Snyder for a strategic breakdown of the incident and a roadmap for the future. We will move beyond the headlines to discuss how enterprises can transition from a posture of "blindness and blocking" to one of "discovery and governance." We will show you how to detect unauthorized agents on your endpoints and enforce policies that allow productivity without sacrificing security. What you’ll learn In this free 45-minute webinar, you’ll discover: The Anatomy of a "Shadow Agent" Breach: A technical post-mortem of the OpenClaw/MoltBot failure. We’ll explain how a simple "localhost" misconfiguration led to root shell exposure and why traditional EDR and Firewalls missed it entirely. Why "Banning" Won't Work: Why attempting to block agentic tools drives them underground, and how to build a "Safe Lane" for high-performing employees instead. Governing the Agentic Layer: How to use FireTail to enforce specific guardrails on autonomous agents—such as identifying shadow AI, redacting PII in real-time, and blocking uploads to public AI services. Who Should Attend This session is critical for CISOs, Cybersecurity Directors, and Security Architects who need to answer questions about Agentic AI risk. It is also designed for Security Practitioners looking to understand the specific threat vectors introduced by local LLM agents and how to mitigate them.