AI depends on trustworthy data, and that’s exactly where data observability comes in. With features like data drift detection, root cause analysis, and real-time alerts, observability tools ensure that your AI systems are built on a solid foundation. No trust, no AI—that’s why dependable data is the quiet engine behind every successful AI strategy.

We're excited to use this funding to accelerate product innovation, expand our North American presence, and grow our team. Our focus will be on enhancing AI-powered capabilities, improving data pipeline monitoring, and helping customers maintain data reliability at scale.

Absolutely. Governance lineage, a key type of data lineage, tracks ownership, access controls, and data classifications. This makes it easier to demonstrate compliance with regulations like GDPR and SOX by showing how sensitive data is handled across your stack. It's a critical component of any data governance strategy and helps reduce audit preparation time.

In 2025, expect to see more focus on AI-driven anomaly detection, dynamic thresholding, and predictive analytics monitoring. Staying ahead means experimenting with new observability tools, engaging with peers, and continuously aligning your data strategy with evolving business needs.

A modern data stack typically includes tools for ingestion, warehousing, transformation and business intelligence. For example, you might use Fivetran for ingestion, Snowflake for warehousing, dbt for transformation and Looker for analytics. Investing in the right observability tools across this stack is key to maintaining data reliability and enabling real-time metrics that support smart, data-driven decisions.

Technology automates key governance tasks such as data classification, access control, and telemetry instrumentation. With the right tools, like a data observability platform, organizations can enforce policies at scale, detect anomalies automatically, and integrate governance into daily workflows. This reduces manual effort and ensures governance grows with the business.

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.

Great question! While both ETL (Extract, Transform, Load) and ELT (Extract, Load, Transform) are data integration methods, the key difference lies in the order of operations. ETL transforms data before loading it into a data warehouse, whereas ELT loads raw data first and transforms it inside the warehouse. ELT has become more popular with the rise of cloud data warehouses like Snowflake and BigQuery, which offer scalable storage and computing power. If you're working with large volumes of data, ELT might be the better fit for your data pipeline monitoring strategy.