Operations | Monitoring | ITSM | DevOps | Cloud

MCP Servers Are Becoming a Core Interface Layer in Data Observability and Data Quality

Data observability has traditionally been built around human workflows. When data breaks, engineers are alerted, open dashboards, inspect lineage graphs, and manually trace the issue across pipelines. The system is designed for human investigation and interpretation. That model is now being challenged by the rise of AI agents in data operations. As organizations begin embedding AI into analytics, engineering, and decision-making workflows, observability is no longer just about explaining what happened - it must also enable systems to understand and act on it.

API update: Full board management now available

We’re excited to announce expanded functionality for the StatusGator Boards API. You can now create new boards, update existing boards, and delete boards directly through the API. Previously, the Boards API only supported listing boards and retrieving board details. With these new capabilities, you can automate the complete board lifecycle – from provisioning new boards to managing ownership and cleaning up boards that are no longer needed.

Network Device Monitoring: Topology Maps and NetFlow

Most teams run one tool for SNMP polling, another for topology, and a third for flow analysis, then spend their time stitching the views together. This webinar shows how Netdata brings all three into a single dashboard, with 100+ vendor profiles out of the box, automatic Layer 2 topology mapping, and a flow collector that auto-detects NetFlow, IPFIX, and sFlow on a single port.

Zero Friction, Zero Tickets, Zero Disruption: The New Operational Mandate for IT

For decades, IT operations have followed a familiar model. Specialized teams manage different parts of the environment, from infrastructure and networks to security and endpoint management. When employees encounter issues, they submit tickets to the service desk, which are then triaged, escalated, and resolved. This structure has endured because it provided a reliable way to maintain system health and respond to problems as they arise.

Agentic validation needs different infrastructure

Previously, I described some core approaches to validating agent written code: feedforward and feedback techniques. Feedforward techniques are about avoiding errors up front, for example by coming up with better prompts and planning strategies. Feedback gives agents a signal that they have actually achieved a task. Feedback is a key part of common agentic patterns like Ralph loops or the /goal commands in Codex and Claude Code: keep working until some known condition passes.