Common issues like schema changes, missing values, and data drift can all be caught early with effective data quality monitoring. Tools that offer features like threshold-based alerts, data freshness checks, and pipeline health dashboards make it easier to prevent these problems before they affect downstream systems.

Great question! The old playbook for data observability focused heavily on technical infrastructure and treated data like servers — if the pipeline ran and the schema looked fine, the data was assumed to be trustworthy. But today, data is a strategic asset that powers business decisions, AI models, and customer experiences. At Sifflet, we believe modern observability platforms must go beyond uptime and freshness checks to provide context-aware insights that reflect real business impact.

Yes, it really is! With enhanced lineage and metadata tracking from source to destination, the Fivetran integration supports better data governance. It helps ensure transparency, traceability, and SLA compliance across your data ecosystem.

Absolutely! While Sifflet’s monitors are typically scheduled, you can run them on demand using our API. This means you can integrate real-time data quality checks into your AI pipelines, ensuring your models are making decisions based on the freshest and most accurate data available. It's a powerful way to keep your AI systems responsive and reliable.

By using Sifflet’s data observability platform, jobvalley improved data reliability, streamlined data discovery, and enhanced collaboration across teams. These improvements supported better decision-making and helped the company maintain a strong competitive edge in the HR tech space.

Data observability is a critical layer of a modern data platform. It helps monitor pipeline health, detect anomalies, and ensure data quality across your stack. With observability tools like Sifflet, teams can catch issues early, perform root cause analysis, and maintain trust in their analytics and reporting.

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.