We’re focused on solving the next generation of challenges, like hybrid environments, end-to-end data lineage tracking, and scaling data trust. Whether it's batch data observability or real-time pipeline monitoring, our mission is to help organizations build resilient, transparent, and future-proof data stacks.

Real-time data is becoming a game-changer for analytics, especially in use cases like fraud detection and personalized recommendations. Streaming data monitoring and real-time metrics collection are essential to harness this data effectively, ensuring that insights are both timely and actionable.

Sifflet provided Meero with powerful tools for root cause analysis and incident management. With features like data lineage tracking and automated alerts, the team could quickly trace issues back to their source and take action before they impacted business users.

Sifflet uses AI-driven context and dynamic thresholding to prioritize alerts based on impact and relevance. Its intelligent alerting system ensures users only get notified when it truly matters, helping reduce alert fatigue and enabling faster, more focused incident response.

You can measure the ROI of a data observability platform by tracking key metrics like the number of data incidents per year, time to detection, and time to resolution. These real-time metrics give you insight into how often issues occur and how quickly your team can resolve them. Don’t forget to factor in qualitative benefits too, like improved team satisfaction and stronger data governance.

Great question! Data monitoring is like your car's dashboard—it alerts you when something goes wrong, like a failed pipeline or a missing dataset. Data observability, on the other hand, is like being the driver. It gives you a full understanding of how your data behaves, where it comes from, and how issues impact downstream systems. At Sifflet, we believe in going beyond alerts to deliver true data observability across your entire stack.

Great question! Traditional data quality monitoring focuses on pre-defined rules and tests, but it often falls short when unexpected issues arise. Data observability, on the other hand, provides end-to-end visibility using telemetry instrumentation like metrics, metadata, and lineage. This makes it possible to detect anomalies in real time and troubleshoot issues faster, even in complex data environments.

Great question! Data quality is one of the foundational pillars of a strong data governance strategy because it directly impacts decision-making, compliance, and trust in your data. Poor data quality can lead to biased AI models, flawed analytics, and even regulatory risk. That's why integrating data quality monitoring early in your data lifecycle is key to building a reliable and responsible data foundation.