Redshift
Integrate Sifflet with Redshift to access end-to-end lineage, monitor assets like Spectrum tables, enrich metadata, and gain insights for optimized data observability.




Exhaustive metadata
Sifflet leverages Redshift's internal metadata tables to retrieve information about your assets and enhance it with Sifflet-generated insights.


End-to-end lineage
Have a complete understanding of how data flows through your platform via end-to-end lineage for Redshift.
Redshift Spectrum support
Sifflet can monitor external tables via Redshift Spectrum, allowing you to ensure the quality of data stored in other systems like S3.


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Frequently asked questions
What new investments is Sifflet making after the latest funding round?
We're excited to be investing in four key areas: enhancing our product roadmap, expanding our AI-powered capabilities, growing our North American presence, and accelerating hiring across teams. These efforts will help us continue leading in cloud data observability and better serve our growing customer base.
What does 'agentic observability' mean and why does it matter?
Agentic observability is our vision for the future — where observability platforms don’t just monitor, they act. Think of it as moving from real-time alerts to intelligent copilots. With features like auto-remediation, dynamic thresholding, and incident response automation, Sifflet is building systems that can detect issues, assess impact, and even resolve known problems on their own. It’s a huge step toward self-healing pipelines and truly proactive data operations.
How does a data observability platform help improve inventory accuracy?
A data observability platform continuously monitors inventory data using real-time metrics and anomaly detection. It compares RFID scans with POS transactions, flags inconsistencies, and tracks key inventory KPIs. This helps retailers maintain more accurate stock levels and reduce shrinkage or overstocking.
How do organizations monitor the success of their data governance programs?
Successful data governance is measured through KPIs that tie directly to business outcomes. This includes metrics like how quickly teams can find data, how often data quality issues are caught before reaching production, and how well teams follow access protocols. Observability tools help track these indicators by providing real-time metrics and alerting on governance-related issues.
How does this integration help with root cause analysis?
By including Fivetran connectors and source assets in the lineage graph, Sifflet gives you full visibility into where data issues originate. This makes it much easier to perform root cause analysis and resolve incidents faster, improving overall data reliability.
What makes data observability different from traditional monitoring tools?
Traditional monitoring tools focus on infrastructure and application performance, while data observability digs into the health and trustworthiness of your data itself. At Sifflet, we combine metadata monitoring, data profiling, and log analysis to provide deep insights into pipeline health, data freshness checks, and anomaly detection. It's about ensuring your data is accurate, timely, and reliable across the entire stack.
What role does machine learning play in data quality monitoring at Sifflet?
Machine learning is at the heart of our data quality monitoring efforts. We've developed models that can detect anomalies, data drift, and schema changes across pipelines. This allows teams to proactively address issues before they impact downstream processes or SLA compliance.
How can observability platforms help with compliance and audit logging?
Observability platforms like Sifflet support compliance monitoring by tracking who accessed what data, when, and how. We help teams meet GDPR, NERC CIP, and other regulatory requirements through audit logging, data governance tools, and lineage visibility. It’s all about making sure your data is not just stored safely but also traceable and verifiable.



















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