Cost-efficient data pipelines
Pinpoint cost inefficiencies and anomalies thanks to full-stack data observability.


Data asset optimization
- Leverage lineage and Data Catalog to pinpoint underutilized assets
- Get alerted on unexpected behaviors in data consumption patterns

Proactive data pipeline management
Proactively prevent pipelines from running in case a data quality anomaly is detected


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Frequently asked questions
How does the shift to poly cloud impact observability platforms?
The move toward poly cloud environments increases the complexity of monitoring, but observability platforms are evolving to unify insights across multiple cloud providers. This helps teams maintain SLA compliance, monitor ingestion latency, and ensure data reliability regardless of where workloads are running.
How does reverse ETL fit into the modern data stack?
Reverse ETL is a game-changer for operational analytics. It moves data from your warehouse back into business tools like CRMs or marketing platforms. This enables teams across the organization to act on insights directly from the data warehouse. It’s a perfect example of how data integration has evolved to support autonomy and real-time metrics in decision-making.
How does the new Fivetran integration enhance data observability in Sifflet?
Great question! With our new Fivetran integration, Sifflet now provides visibility into your data's journey even before it reaches your data platform. This means you can track data from its source through Fivetran connectors all the way downstream, offering truly end-to-end data observability.
Why do traditional data contracts often fail in dynamic environments?
Traditional data contracts struggle because they’re static by nature, while modern data systems are constantly evolving. As AI and real-time workloads become more common, these contracts can’t keep up with schema changes, data drift, or business logic updates. That’s why many teams are turning to data observability platforms like Sifflet to bring context, real-time metrics, and trust into the equation.
How has the shift from ETL to ELT improved performance?
The move from ETL to ELT has been all about speed and flexibility. By loading raw data directly into cloud data warehouses before transforming it, teams can take advantage of powerful in-warehouse compute. This not only reduces ingestion latency but also supports more scalable and cost-effective analytics workflows. It’s a big win for modern data teams focused on performance and throughput metrics.
What are the key features to look for in a data observability platform?
When evaluating an observability platform, look for strong data lineage tracking, real-time metrics collection, anomaly detection capabilities, and broad integrations across your data stack. Features like field-level lineage, ease of setup, and user-friendly dashboards can make a big difference too. At Sifflet, we believe observability should empower both technical and business users with the context they need to trust and act on data.
How does Sifflet help with data discovery across different tools like Snowflake and BigQuery?
Great question! Sifflet acts as a unified observability platform that consolidates metadata from tools like Snowflake and BigQuery into one centralized Data Catalog. By surfacing tags, labels, and schema details, it makes data discovery and governance much easier for all stakeholders.
How does data lineage tracking help with root cause analysis in data integration?
Data lineage tracking gives visibility into how data flows from source to destination, making it easier to pinpoint where issues originate. This is essential for root cause analysis, especially when dealing with complex integrations across multiple systems. At Sifflet, we see data lineage as a cornerstone of any observability platform.












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