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.

A product manager’s view from the Cisco Live SOC on using AI, Splunk ES, and XDR to investigate faster and build better detection and response products.

Inside the Cisco Live Americas 2026 Agentic SOC, Cisco Security and Splunk Security used evidence-backed AI workflows, human validation, and integrated telemetry to protect, educate, and innovate.

Inside the Cisco Live Americas 2026 Agentic SOC, Cisco Security and Splunk Security used evidence-backed AI workflows, human validation, and integrated telemetry to protect, educate, and innovate.

If you’re building a homelab rig, you could just use off-the-shelf hardware in standard cases and slap it all in a rack like the normies do. Or, you could follow the example of [Justin Garrison] and build a more oddball setup.

This particular homelab is, at its heart, built from familiar components. There are two Raspberry Pi 5s, two Raspberry Pi 4s, a GMKtec NucBox M6 Mini with an ASUS GeForce RT 2060 GPU, a LattePanda IOTA, an NVidia DGX Spark, and an HP Z4 G4 mini PC. These machines are all laced together with a TP-Link LS108GB PoE switch. [Justin] has the mini PC running the control plane components, with the rig as a whole running Talos and Kubernetes workloads. What makes this build particularly appealing, though, is the aesthetics of the rig. [Justin] documents how he hacked this hardware to fit into a bunch of old Linksys router cases, which provides a pleasant early 2000s look to the build. This included a bit of hackery to get status LEDs flickering as they should be. [Justin] also took the time to make the power buttons accessible.

If you want to stunt on your friends with a rad homelab, you either have to go for maximum power, or maximum style. This build would be the latter. Video after the break.