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Sifflet seamlessly integrates into your data sources and preferred tools, and can run on AWS, Google Cloud Platform, and Microsoft Azure.

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Sifflet’s AI Helps Us Focus on What Moves the Business

What impressed us most about Sifflet’s AI-native approach is how seamlessly it adapts to our data landscape — without needing constant tuning. The system learns patterns across our workflows and flags what matters, not just what’s noisy. It’s made our team faster and more focused, especially as we scale analytics across the business.

Simoh-Mohamed Labdoui
Head of Data

"Enabler of Cross Platform Data Storytelling"

"Sifflet has been a game-changer for our organization, providing full visibility of data lineage across multiple repositories and platforms. The ability to connect to various data sources ensures observability regardless of the platform, and the clean, intuitive UI makes setup effortless, even when uploading dbt manifest files via the API. Their documentation is concise and easy to follow, and their team's communication has been outstanding—quickly addressing issues, keeping us informed, and incorporating feedback. "

Callum O'Connor
Senior Analytics Engineer, The Adaptavist

"Building Harmony Between Data and Business With Sifflet"

"Sifflet serves as our key enabler in fostering a harmonious relationship with business teams. By proactively identifying and addressing potential issues before they escalate, we can shift the focus of our interactions from troubleshooting to driving meaningful value. This approach not only enhances collaboration but also ensures that our efforts are aligned with creating impactful outcomes for the organization."

Sophie Gallay
Data & Analytics Director, Etam

" Sifflet empowers our teams through Centralized Data Visibility"

"Having the visibility of our DBT transformations combined with full end-to-end data lineage in one central place in Sifflet is so powerful for giving our data teams confidence in our data, helping to diagnose data quality issues and unlocking an effective data mesh for us at BBC Studios"

Ross Gaskell
Software engineering manager, BBC Studios

"Sifflet allows us to find and trust our data"

"Sifflet has transformed our data observability management at Carrefour Links. Thanks to Sifflet's proactive monitoring, we can identify and resolve potential issues before they impact our operations. Additionally, the simplified access to data enables our teams to collaborate more effectively."

Mehdi Labassi
CTO, Carrefour Links

"A core component of our data strategy and transformation"

"Using Sifflet has helped us move much more quickly because we no longer experience the pain of constantly going back and fixing issues two, three, or four times."

Sami Rahman
Director of Data, Hypebeast
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Frequently asked questions

How does data observability help detect data volume issues?
Data observability provides visibility into your pipelines by tracking key metrics like row counts, duplicates, and ingestion patterns. It acts as an early warning system, helping teams catch volume anomalies before they affect dashboards or ML models. By using a robust observability platform, you can ensure that your data is consistently complete and trustworthy.
Why are data teams moving away from Monte Carlo to newer observability tools?
Many teams are looking for more flexible and cost-efficient observability tools that offer better business user access and faster implementation. Monte Carlo, while a pioneer, has become known for its high costs, limited customization, and lack of business context in alerts. Newer platforms like Sifflet and Metaplane focus on real-time metrics, cross-functional collaboration, and easier setup, making them more appealing for modern data teams.
How does data lineage enhance data observability?
Data lineage adds context to data observability by linking alerts to their root cause. For example, if a metric suddenly drops, lineage helps trace it back to a delayed ingestion or schema change. This speeds up incident resolution and strengthens anomaly detection. Platforms like Sifflet combine lineage with real-time metrics and data freshness checks to provide a complete view of pipeline health.
Why is declarative lineage important for data observability?
Declarative lineage is a game changer because it provides a clear, structured view of how data flows through your systems. This visibility is key for effective data pipeline monitoring, root cause analysis, and data governance. With Sifflet’s approach, you can track upstream and downstream dependencies and ensure your data is reliable and well-managed.
What is the 'Metadata Ceiling' mentioned in the Datadog review?
The 'Metadata Ceiling' refers to the limitations of infrastructure-first observability tools like Datadog when it comes to understanding the actual content and business impact of data. While Datadog excels at monitoring pipeline health and system performance, it lacks the deep data observability features required to catch issues like null values in critical reports or corrupted inputs in AI models. For full visibility into data quality and business relevance, a specialized observability platform like Sifflet is often a better fit.
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.
Who benefits from implementing a data observability platform like Sifflet?
Honestly, anyone who relies on data to make decisions—so pretty much everyone. Data engineers, BI teams, data scientists, RevOps, finance, and even executives all benefit. With Sifflet, teams get proactive alerts, root cause analysis, and cross-functional visibility. That means fewer surprises, faster resolutions, and more trust in the data that powers your business.
Why is table-level lineage important for data observability?
Table-level lineage helps teams perform impact analysis, debug broken pipelines, and meet compliance standards by clearly showing how data flows between systems. It's foundational for data quality monitoring and root cause analysis in modern observability platforms.