Data Tracing

What is data tracing?

Data tracing refers to being able to trace back from a critical business use case, such as an annual report or compliance requirement, to see the source, journey and changes of data that impact these use cases. Data traceability across all business systems is important for accuracy, confidence, and compliance of data.

Data tracing vs. data lineage: What’s the difference?

Data tracing requires data lineage in place initially. Data lineage represents the journey of data as it travels from source to destination. This journey encompasses the entire lifecycle of data, detailing where it enters a business, how data flows through various processes and systems, how that data is subsequently transformed – through calculations and formulas for example – and where it is then used in critical ways in the business, such as for decision making, reporting, AI, regulatory compliance and much more. Once data lineage is in place, it enables data traceability, allowing you to identify any piece of data and trace where it is used back to its source.

Can GenAI be used for data tracing?

GenAI can help infer or make assumptions when the full end-to-end data lineage is not in place. It can help generate lineage in certain circumstances or search, comment on, or summarize findings from data itself. For example, one might want to know, “Do I have any data quality issues on this trace?” Once the lineage is in place, GenAI will show you the answers, but not the order or the transformations.  Our data lineage solution fulfils this level of detail.

More FAQ Topics

Data Flows and Data Mapping

In data lineage, data mapping is the specific process of linking data fields from one data source to others.

Data Management

Data management is the process of collecting, keeping, and using data in a cost-effective, secure, and efficient manner

Data Mesh and Data Fabric

Data mesh is a methodology of managing data, whereby instead of one central data control unit or team, data management is decentralized in an organization

Data Migration

A data migration process involves selecting, preparing, extracting, and changing data in order to permanently move it from one software system to another

Data Risk Management

Data risks for AI relate to regulatory requirements, responsible AI use, and the ability for users to trust the outputs of AI models

Data Transformation

Data integration tools allow data to flow between different technologies. One of the problems of using a data integration tool is that it might not capture the data flow – and lineage or any transformation that is happening when data moves from one technology to another.

Metadata Management

Metadata management helps standardize a common language and description of data, using a set of policies, actions and software to gather, organize, and maintain it.

Solidatus Integrations and Solutions

A Solidatus Integration enables Solidatus to ingest detailed information (metadata, lineage, transformations, etc) from external systems into structured models.

Types of Data Lineage

Column-level lineage is a form of lineage that goes to the level of detail of tracing the flow of data through your organization at the column level of a system – as opposed to only the table level.