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Frequently asked questions
What is data observability and why is it important for modern data teams?
Data observability is the ability to monitor, understand, and troubleshoot data health across the entire data stack. It's essential for modern data teams because it helps ensure data reliability, improves trust in analytics, and prevents costly issues caused by broken data pipelines or inaccurate dashboards. With the rise of complex infrastructures and real-time data usage, having a strong observability platform in place is no longer optional.
What role does metadata play in a data observability platform?
Metadata provides context about your data, such as who created it, when it was modified, and how it's classified. In a data observability platform, strong metadata management enhances data discovery, supports compliance monitoring, and ensures consistent, high-quality data across systems.
What makes Sifflet’s approach to data observability unique?
Our approach stands out because we treat data observability as both an engineering and organizational concern. By combining telemetry instrumentation, root cause analysis, and business KPI tracking, we help teams align technical reliability with business outcomes.
What are some common data quality issues that can be prevented with the right tools?
Common issues like schema changes, missing values, and data drift can all be caught early with effective data quality monitoring. Tools that offer features like threshold-based alerts, data freshness checks, and pipeline health dashboards make it easier to prevent these problems before they affect downstream systems.
What makes Sifflet’s Data Catalog different from built-in catalogs like Snowsight or Unity Catalog?
Unlike tool-specific catalogs, Sifflet serves as a 'Catalog of Catalogs.' It brings together metadata from across your entire data ecosystem, providing a single source of truth for data lineage tracking, asset discovery, and SLA compliance.
What role does containerization play in data observability?
Containerization enhances data observability by enabling consistent and isolated environments, which simplifies telemetry instrumentation and anomaly detection. It also supports better root cause analysis when issues arise in distributed systems or microservices architectures.
What are some engineering challenges around the 'right to be forgotten' under GDPR?
The 'right to be forgotten' introduces several technical hurdles. For example, deleting user data across multiple systems, backups, and caches can be tricky. That's where data lineage tracking and pipeline orchestration visibility come in handy. They help you understand dependencies and ensure deletions are complete and safe without breaking downstream processes.
What are some best practices for ensuring SLA compliance in data pipelines?
To stay on top of SLA compliance, it's important to define clear service level objectives (SLOs), monitor data freshness checks, and set up real-time alerts for anomalies. Tools that support automated incident response and pipeline health dashboards can help you detect and resolve issues quickly. At Sifflet, we recommend integrating observability tools that align both technical and business metrics to maintain trust in your data.













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