The Shadow Certificate: Forensic Analysis of ACME Protocol Hijacking and Rogue CA Issuance
Learn how to detect, investigate, and mitigate unauthorized TLS certificate issuance from ACME hijacking using DNS-01, HTTP-01 forensics, and CAA hardening.
Hunting the Phantom Host: Forensic Analysis of SNI-Proxy Covert Channels in Encrypted Client Hello (ECH) Environments
Discover how attackers exploit TLS 1.3 Encrypted Client Hello (ECH) to build untraceable C2 channels, and learn how to forensically detect and mitigate these covert threats.
Under the Radar: Forensic Analysis of WebRTC Data Channel Covert Exfiltration
Discover how attackers abuse WebRTC Data Channels (RTCDataChannel) to bypass enterprise firewalls, and learn the forensic techniques to detect and mitigate it.
Subverting the Mesh: Forensic Analysis and Mitigation of Thread Protocol Hijacking in Smart Buildings
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.
The Ghost in the NIC: Forensic Analysis of DPU-Based Evasion and Persistence
Learn how attackers exploit Data Processing Units (DPUs) for host-invisible evasion and persistence, and discover the forensic techniques to detect them.
Unstitching the Multi-Link: Forensic Analysis of Wi-Fi 7 MLO Hijacking and State Desynchronization
Discover how Wi-Fi 7’s Multi-Link Operation (MLO) introduces critical state desynchronization vulnerabilities, and learn how to detect and defend against them.
Intercepting the Air: Forensic Analysis and Mitigation of eSIM Profile Hijacking
Discover how attackers exploit APIs and carrier portals to hijack eSIM profiles, and learn how to forensically investigate and mitigate these modern threats.
Under-the-Hood of Post-Quantum Downgrade Attacks: How to Detect and Mitigate Hybrid PQC Exploits
Discover how attackers exploit hybrid PQC handshakes to force classical downgrades, and learn how to detect and prevent these exploits in your network.
Decoding the Silence: Defending Against Token-Leakage Side-Channel Attacks in Local LLMs
Local LLMs protect data, but sequential token generation leaks secret data via network side channels. Learn how token-reconstruction attacks work and how to stop them.