Sifflet takes a unique approach by addressing data reliability as both an engineering and business challenge. Our observability platform offers end-to-end coverage, business context, and a collaboration layer that aligns technical teams with strategic outcomes, making it easier to maintain analytics and AI-ready data.

Absolutely! Sifflet integrates data quality monitoring into its Data Catalog, allowing users to define and view data quality checks right alongside asset metadata. This gives teams real-time insights into data reliability and helps build trust in the assets they’re using for decision-making.

Sifflet Insights integrates directly into your BI tools like Looker and Tableau, providing real-time alerts about upstream data quality issues. This ensures you always have accurate and reliable data for your reports, which is essential for maintaining data trust and improving data governance.

Great question! When you treat data as a product, you're committing to delivering reliable, high-quality data to your consumers. Data observability ensures that issues like data drift, broken pipelines, or unexpected anomalies are caught early, so your data stays trustworthy and valuable. It's the foundation for data reliability and long-term success.

Data lineage adds context to data observability by linking alerts to their root cause. For example, if a metric suddenly drops, lineage helps trace it back to a delayed ingestion or schema change. This speeds up incident resolution and strengthens anomaly detection. Platforms like Sifflet combine lineage with real-time metrics and data freshness checks to provide a complete view of pipeline health.

Adaptavist used Sifflet’s observability platform to map the blast radius of changes, alert users before issues occurred, and validate results pre-production. This proactive approach to data pipeline monitoring helped them eliminate downtime during a major refactor and shift from 'merge and pray' to a risk-aware, observability-first workflow.

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.

Great question! While these terms are often used interchangeably, they each mean something different. Data freshness is about how up-to-date your data is. Latency measures the delay from data generation to availability, and timeliness refers to whether that data arrives within expected time windows. Understanding these differences is key to effective data pipeline monitoring and SLA compliance.