When a dashboard shows revenue at $12 million and the finance team says it should be $11.4 million, the investigation starts the same way every time: trace the data backward from the dashboard to the source. Which tables feed this metric? Which transformations alter it? Which upstream system changed something last week? Without lineage, this investigation is archaeology: manual, slow, and incomplete.
Data lineage tools answer the question “where did this data come from and what happened to it along the way?” Three tools dominate the enterprise lineage market: Manta (now part of IBM), Solidatus, and Alation. They share the same goal but differ in scope, depth, and approach to lineage collection.
What lineage means in practice
Lineage has two dimensions: column-level and table-level. Table-level lineage shows that the revenue table is fed by the transactions table through a dbt model. Column-level lineage shows that revenue.amount is computed from transactions.price * transactions.quantity - transactions.discount. Column-level lineage is dramatically more useful for root cause analysis but dramatically harder to collect.
Most tools claim column-level lineage. The quality of that claim varies. Some tools parse SQL to extract column-level transformations. Others infer column relationships from table-level dependencies. Others rely on manual annotation. The difference between “we parse your SQL and extract every column reference” and “we map tables and let you add column details” is the difference between useful lineage and documentation theatre.
Manta: deep technical lineage
Manta (acquired by IBM in 2023 and now integrated into the IBM data governance stack) focuses on automated lineage extraction from technical systems. It parses SQL, ETL job definitions, stored procedures, and application code to build a detailed dependency graph. Manta supports over 50 data technologies natively, including major databases (Oracle, SQL Server, Snowflake, Databricks), ETL tools (Informatica, SSIS, DataStage), and BI platforms (Tableau, Power BI).
Manta’s strength is depth. It does not just show that table A feeds table B. It shows the specific columns, the specific transformations, and the specific conditional logic that connects them. For a complex stored procedure with 200 lines of SQL, Manta can trace every column from input to output. This is the level of detail needed for regulatory compliance, impact analysis, and debugging.
The limitation is that Manta’s lineage is technically accurate but not always business-meaningful. It shows you the SQL join between dim_customer and fact_orders, but it does not tell you that this join represents “active customers who have placed at least one order in the past 90 days” unless someone adds that business context. The technical lineage and the business interpretation live in separate layers.
Solidatus: visual and collaborative lineage
Solidatus takes a different approach: lineage as a visual, collaborative modelling tool. Rather than automatically scanning technical systems, Solidatus provides a canvas where teams build lineage maps by connecting data sources, transformations, and consumers visually. It supports automated scanning of databases and ETL tools, but its core value proposition is the collaborative modelling process.
The visual approach has a real advantage: it forces teams to think about data flows explicitly. When an analyst draws the connection between the customer database and the marketing platform, they are documenting a relationship that might otherwise exist only in tribal knowledge. The resulting lineage map is business-readable because it was built by business and technical people together.
The limitation is scalability and maintenance. Manually maintaining lineage maps across hundreds of data sources and thousands of transformations is not sustainable. Solidatus addresses this with automated scanning connectors, but the automated lineage and the manually curated lineage can conflict, creating confusion about which representation is authoritative.
Solidatus works best for strategic lineage exercises, mapping the high-level data flows across a department or a business domain. It works less well for detailed column-level lineage across an entire enterprise data platform.
Alation: lineage as part of a data catalogue
Alation is primarily a data catalogue that includes lineage as one of its capabilities. The lineage is collected through connectors that scan databases, ETL tools, and BI platforms. Alation’s lineage is useful within the context of its catalogue: when you look at a table in the catalogue, you can see its upstream sources and downstream consumers.
The advantage of lineage within a catalogue is context. A standalone lineage tool shows you data flows. A catalogue with lineage shows you data flows, plus the business definitions, the data owners, the quality scores, the usage patterns, and the governance policies attached to every asset in the flow. When investigating a data issue, this context accelerates the investigation significantly.
The limitation is that Alation’s lineage is less deep than Manta’s. It captures table-level lineage reliably and column-level lineage selectively. For complex SQL transformations, Alation may show the table dependency without showing which specific columns participate in the transformation. This is sufficient for many use cases but insufficient for detailed impact analysis or regulatory traceability.
Alation also depends on its connector ecosystem. If a data source is not supported by an Alation connector, it does not appear in the lineage graph. For organisations with niche or custom data systems, this creates gaps that undermine the value of the lineage.
The integration question
None of these tools are deployed in isolation. They integrate with your existing data platform, and the quality of that integration determines the quality of the lineage.
Manta’s integration model is scanning-based. It connects to your databases, reads your ETL job definitions, parses your SQL files, and builds the lineage graph from what it finds. This means Manta’s lineage reflects the actual state of your systems, not the intended state. If someone wrote a stored procedure that joins tables in an unexpected way, Manta shows that.
Solidatus’s integration model combines scanning with manual curation. Automated connectors provide the skeleton, and users add detail and business context. This hybrid approach can produce richer lineage than pure automation but requires ongoing human effort to maintain.
Alation’s integration is driven by its catalogue connectors. Lineage is a byproduct of the cataloguing process. As Alation scans your databases and BI tools for catalogue metadata, it also extracts lineage information. This means lineage coverage follows catalogue coverage. If Alation catalogues a system, you get lineage for it.
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Decision framework
Use Manta when you need detailed, automated column-level lineage for regulatory compliance, impact analysis, or debugging complex data transformations. Manta is the right choice for technical teams that need lineage depth and can operate within the IBM governance ecosystem. It is the wrong choice if you need business-facing lineage visualisations that non-technical stakeholders can read.
Use Solidatus when you are running a strategic data governance initiative that requires collaboration between technical and business teams. Solidatus is the right choice when the lineage exercise itself has value: when the process of mapping data flows builds organisational understanding. It is the wrong choice for automated, continuously maintained lineage across a large enterprise platform.
Use Alation when lineage is one capability you need within a broader data catalogue and governance platform. Alation is the right choice when you are already investing in a data catalogue and want lineage as an integrated feature. It is the wrong choice when lineage depth is your primary requirement and the catalogue is secondary.
The practical advice: if you are buying a lineage tool specifically because a regulator or auditor asked for lineage, buy Manta. If you are buying lineage because your data team cannot trace data issues to their root cause, start with whichever tool best integrates with your existing platform and supplement with manual documentation where the automated lineage has gaps.