A Black Hat SOC analyst shares how agentic workflows, Splunk ES, packet evidence, and human mentorship accelerated triage & investigation in the NOC/SOC.
Learn how the Black Hat NOC/SOC used ThousandEyes, Linux command-line testing, and packet evidence to monitor distributed latency, isolate DNS issues, and validate network performance during a live cybersecurity event.
Cisco is the Security Cloud Provider for the Black Hat conferences, over a decade providing DNS Security. Learn about protecting DNS with Secure Access.
During the Cisco Live Americas 2026 Agentic SOC, we discovered and investigated suspicious LDAP activity both manually and with the assistance of AI. This helped us understand how the Agentic SOC can improve the threat-hunting process.
At Cisco Live AMER 2026, the Cisco Event SOC turned live operations into education through SOC tours, speaker sessions, and World of Solutions conversations.
A product managerβs view from the Cisco Live SOC on using AI, Splunk ES, and XDR to investigate faster and build better detection and response products.
Once you ingest major telemetry sources, how can we add value for our Threat Hunters? Check out how we brought in potentially malicious sandbox submissions to the analystsβ queue for triage.
At Black Hat Asia, we tested a private AI SOC workflow built with Ollama, NVIDIA GPU acceleration, Open WebUI, OpenClaw, DefenseClaw, Cisco AI Defense and MCP integrations, with Splunk audit visibility.
Discover how AI-driven vulnerability discovery is reshaping the cybersecurity landscape. Learn why foundational hardening and proactive threat detection are now essential for defending against zero-day threats in the post-AI era.
Cisco is moving to a scheduled, twice-monthly security release model to address AI-accelerated vulnerability discovery, providing customers with greater predictability and streamlined, systemic security updates.