At Sifflet, we’re leveraging MCP to build agents that can observe, decide, and act across distributed systems. By injecting telemetry data, user context, and pipeline metadata as structured resources, our agents can navigate complex environments and improve distributed systems observability in a scalable and modular way.

Our observability tools are designed to support a wide range of industries, from retail and finance to tech and logistics. Whether you're monitoring streaming data in real time or ensuring data freshness in batch pipelines, Sifflet helps teams maintain high data quality and meet SLA compliance goals.

Passive metadata is the backbone of Sifflet's observability platform. It fuels the data catalog, supports anomaly detection, and enables tools like Sentinel and Sage to monitor data quality, trace issues, and automate responses. Without passive metadata, real-time metrics and lineage insights wouldn’t be possible.

The growing complexity of data products, especially with AI and real-time use cases, is driving the need for centralized data observability platforms. These platforms support proactive monitoring, root cause analysis, and incident response automation, making it easier for teams to maintain data reliability and optimize resource utilization.

We've been exploring and integrating a variety of cutting-edge technologies, including dynamic thresholding for anomaly detection, data profiling tools, and telemetry instrumentation. These tools help enhance our pipeline health dashboard and improve transparency in data pipelines.

Subdomains help scale data observability by letting you organize your domains into a hierarchy that mirrors your org chart. This means teams can manage their own data pipeline monitoring while the platform team maintains strategic oversight. It’s a great way to improve clarity, security, and speed across your observability platform.

Sentinel and Sage, two of Sifflet’s AI agents, continuously monitor data lineage, usage patterns, and operational metrics to detect issues early. By bundling related alerts, identifying root causes, and suggesting fixes, they reduce downtime and improve overall data reliability. This kind of automated data quality monitoring helps teams stay ahead of incidents and maintain SLA compliance.

Etam’s data strategy is built on clear business alignment, strong data quality monitoring, and a focus on delivering ROI across short, mid, and long-term horizons. With the help of an observability platform, they can adapt quickly, maintain data reliability, and support strategic decision-making even in uncertain conditions.