Operations | Monitoring | ITSM | DevOps | Cloud

Automation only compounds when it's connected. This webinar focuses on Skylar Automation, the orchestration engine that ties your IT landscape together, and shows where it sits in the broader ScienceLogic platform.

Your AI agents are autonomous. Is your governance?

See how the ScienceLogic Proxmox Virtual Environment PowerPack brings centralized visibility and operational context for Proxmox infrastructure into Skylar One. In this demo, VP of Skylar AI Douglas James walks through how the PowerPack automatically discovers Proxmox clusters, nodes, QEMU virtual machines, LXC containers, and storage resources, while building topology relationships that help teams understand how their virtual infrastructure is connected.

Password resets are a perfect starting point for agentic automation. See how Resolve Agent Lab builds an AI agent that verifies users, resets credentials, and closes the loop automatically.

Password resets are a perfect starting point for agentic automation. See how Resolve Agent Lab builds an AI agent that verifies users, resets credentials, and closes the loop automatically.

AI in network operations has moved past the demo. In some shops it's already cutting detection time and clearing the alert noise that used to bury the engineering team. In others, a promising rollout has quietly stalled the moment it met production. That difference between the two rarely comes down to the model, it comes down to how the AI gets integrated into the network and most importantly, the team around it.

Last year, Lumen shared its AIOps roadmap. This year: two updates. First, how Lumen's thinking on AI-era org design has shifted — including why the instinct to cut junior headcount is a trap, and what sustainable team structures look like instead. Second, what Lumen built as a result: a single AI core (AskGreg) extended into a customer-facing email agent (NORA), a chatbot, and an in-progress voice agent — all leveraging the same modular platform. Live video demos show the system diagnosing network problems from alarm data and driving real-time network decisions. The closing thesis ties it together.