Under the Radar: Forensic Analysis of WebRTC Data Channel Covert Exfiltration
Discover how attackers abuse WebRTC Data Channels (RTCDataChannel) to bypass…
Discover how attackers abuse WebRTC Data Channels (RTCDataChannel) to bypass…
Dive into the mechanics of Confidential Container attestation bypasses, explore…
Learn how to detect and mitigate CXL memory injection attacks…
Discover how Thread mesh networks in smart buildings are hijacked,…
Learn how attackers exploit Data Processing Units (DPUs) for host-invisible…
Discover how Bluetooth LE Audio Auracast injection attacks exploit broadcast…
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.
Discover how attackers abuse WebRTC Data Channels (RTCDataChannel) to bypass…
Dive into the mechanics of Confidential Container attestation bypasses, explore…
Learn how to detect and mitigate CXL memory injection attacks…
Discover how Thread mesh networks in smart buildings are hijacked,…
Learn how attackers exploit Data Processing Units (DPUs) for host-invisible…
Discover how Bluetooth LE Audio Auracast injection attacks exploit broadcast…
Discover how attackers abuse WebRTC Data Channels (RTCDataChannel) to bypass enterprise firewalls, and learn the forensic techniques to detect and mitigate it.
Dive into the mechanics of Confidential Container attestation bypasses, explore vulnerable verification code, and learn forensic methods to detect them.
Learn how to detect and mitigate CXL memory injection attacks in multi-tenant cloud nodes using hardware-level forensic analysis and CXL IDE.
Discover how Thread mesh networks in smart buildings are hijacked, how to forensically analyze 802.15.4 packets, and how to defend your IoT infrastructure.
Learn how attackers exploit Data Processing Units (DPUs) for host-invisible evasion and persistence, and discover the forensic techniques to detect them.