Trapping the Agent: Forensic Analysis of Model Context Protocol (MCP) Server Hijacking
Learn how attackers hijack Model Context Protocol (MCP) servers to…
Learn how attackers hijack Model Context Protocol (MCP) servers to…
Learn how attackers exploit BMC Redfish APIs for OS-agnostic persistence…
Analyze the forensic artifacts of 5G NTN satellite signal hijacking…
Learn how attackers hijack Model Context Protocol (MCP) servers in…
Discover how attackers manipulate autonomous AI agents through indirect tool-call…
Discover how threat actors target the Model Context Protocol (MCP)…
Dr. Ankit Agarwal is a seasoned academic and researcher with over 15 years of experience in the fields of information technology and cybersecurity. He holds a Ph.D. in Computer Science and an M.Tech in Information Security. His work spans across cybersecurity, digital forensics, cryptography, and machine learning. He has been granted 2 patents, published 3 books, and received 1 international copyright for his innovations.
Learn how attackers hijack Model Context Protocol (MCP) servers to…
Learn how attackers exploit BMC Redfish APIs for OS-agnostic persistence…
Analyze the forensic artifacts of 5G NTN satellite signal hijacking…
Learn how attackers hijack Model Context Protocol (MCP) servers in…
Discover how attackers manipulate autonomous AI agents through indirect tool-call…
Discover how threat actors target the Model Context Protocol (MCP)…
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.