Analytics Trust and Reliability
Shared Understanding. Ultimate Confidence. At Scale.
When everyone knows your data is systematically validated for quality, understands where it comes from and how it's transformed, and is aligned on freshness and SLAs, what’s not to trust?

Always Fresh. Always Validated.
No more explaining data discrepancies to the C-suite. Thanks to automatic and systematic validation, Sifflet ensures your data is always fresh and meets your quality requirements. Stakeholders know when data might be stale or interrupted, so they can make decisions with timely, accurate data.
- Automatically detect schema changes, null values, duplicates, or unexpected patterns that could comprise analysis.
- Set and monitor service-level agreements (SLAs) for critical data assets.
- Track when data was last updated and whether it meets freshness requirements

Understand Your Data, Inside and Out
Give data analysts and business users ultimate clarity. Sifflet helps teams understand their data across its whole lifecycle, and gives full context like business definitions, known limitations, and update frequencies, so everyone works from the same assumptions.
- Create transparency by helping users understand data pipelines, so they always know where data comes from and how it’s transformed.
- Develop shared understanding in data that prevents misinterpretation and builds confidence in analytics outputs.
- Quickly assess which downstream reports and dashboards are affected


Frequently asked questions
How did jobvalley improve data visibility across their teams?
jobvalley enhanced data visibility by implementing Sifflet’s observability platform, which included a powerful data catalog. This centralized hub made it easier for teams to discover and access the data they needed, fostering better collaboration and transparency across departments.
How does the updated lineage graph help with root cause analysis?
By merging dbt model nodes with dataset nodes, our streamlined lineage graph removes clutter and highlights what really matters. This cleaner view enhances root cause analysis by letting you quickly trace issues back to their source with fewer distractions and more context.
How can data lineage tracking help with root cause analysis?
Data lineage tracking shows how data flows through your systems and how different assets depend on each other. This is incredibly helpful for root cause analysis because it lets you trace issues back to their source quickly. With Sifflet’s lineage capabilities, you can understand both upstream and downstream impacts of a data incident, making it easier to resolve problems and prevent future ones.
How does data observability improve incident response and SLA compliance?
With data observability, teams get real-time metrics and deep context around data issues. This means faster incident response and better SLA compliance. Sifflet’s observability platform helps you pinpoint root causes quickly, reducing downtime and giving stakeholders confidence in the reliability of your data.
What’s coming next for dbt integration in Sifflet?
We’re just getting started! Soon, you’ll be able to monitor dbt run performance and resource utilization, define monitors in your dbt YAML files, and use custom metadata even more dynamically. These updates will further enhance your cloud data observability and make your workflows even more efficient.
How does the shift from ETL to ELT impact data pipeline monitoring?
The move from ETL to ELT allows organizations to load raw data into the warehouse first and transform it later, making pipeline management more flexible and cost-effective. However, it also increases the need for data pipeline monitoring to ensure that transformations happen correctly and on time. Observability tools help track ingestion latency, transformation success, and data drift detection to keep your pipelines healthy.
What role does data lineage tracking play in data observability?
Data lineage tracking is a key part of data observability because it helps you understand where your data comes from and how it changes over time. With clear lineage, teams can perform faster root cause analysis and collaborate better across business and engineering, which is exactly what platforms like Sifflet enable.
Who should be responsible for data quality in an organization?
That's a great topic! While there's no one-size-fits-all answer, the best data quality programs are collaborative. Everyone from data engineers to business users should play a role. Some organizations adopt data contracts or a Data Mesh approach, while others use centralized observability tools to enforce data validation rules and ensure SLA compliance.