Discover how attackers hijack autonomous AI agent tool execution in enterprise pipelines, and learn key DFIR strategies to detect and mitigate context poisoning.
Explore how attackers exploit the Model Context Protocol (MCP) to hijack enterprise AI agents, and learn forensic strategies to detect and mitigate rogue tool execution.
Learn how attackers hijack Model Context Protocol (MCP) servers to manipulate AI agents, and explore forensic analysis, threat hunting, and defensive strategies.
Learn how attackers exploit BMC Redfish APIs for OS-agnostic persistence and discover forensic techniques to detect and mitigate out-of-band server attacks.
Analyze the forensic artifacts of 5G NTN satellite signal hijacking and learn how to detect direct-to-cell rogue base station attacks using baseband telemetry.
Learn how attackers hijack Model Context Protocol (MCP) servers in AI dev environments and discover forensic techniques to detect and mitigate context leakage.
Discover how attackers manipulate autonomous AI agents through indirect tool-call injection, and master the forensic techniques required to audit context state drift.
Discover how threat actors target the Model Context Protocol (MCP) in agentic AI deployments and learn forensic analysis and mitigation techniques to secure it.
Discover how threat actors exploit Model Context Protocol (MCP) implementations in agentic AI workflows, and learn actionable forensic strategies to detect and mitigate tool hijacking.
Discover how attackers hijack autonomous AI agents via tool execution, and learn essential forensic trace analysis and hardening tactics for 2026.