High Tech — Data Quality and Normalization Pipeline

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This DAG ensures the quality and normalization of ingested data for optimal usage. It implements quality checks and lineage tracking to maintain data integrity and compliance.

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Overview

The primary purpose of this DAG is to enhance the quality and standardization of data ingested from various sources within the high-tech industry. The data sources include ERP transaction logs, customer feedback databases, and product performance metrics. The ingestion pipeline begins by collecting these diverse datasets, followed by a series of processing steps designed to apply normalization rules and quality standards. During processing, the DAG performs quality checks to verify data conformi

The primary purpose of this DAG is to enhance the quality and standardization of data ingested from various sources within the high-tech industry. The data sources include ERP transaction logs, customer feedback databases, and product performance metrics. The ingestion pipeline begins by collecting these diverse datasets, followed by a series of processing steps designed to apply normalization rules and quality standards. During processing, the DAG performs quality checks to verify data conformity, ensuring that only accurate and reliable information is utilized. Additionally, a lineage tracking system is integrated to monitor and document any modifications made to the data throughout its lifecycle. The outputs of this DAG include a compliance register that records the validated data, along with alerts generated in the event of quality control failures. Key performance indicators (KPIs) related to data quality are monitored continuously to ensure data integrity and compliance with industry standards. The business value of this DAG lies in its ability to provide high-quality, standardized data that supports informed decision-making and enhances operational efficiency within high-tech organizations.

Part of the SOPs & Playbooks solution for the High Tech industry.

Use cases

  • Improved decision-making with high-quality data insights
  • Enhanced operational efficiency through data standardization
  • Reduced risk of errors in data-driven processes
  • Increased compliance with industry regulations
  • Strengthened customer trust through data integrity

Technical Specifications

Inputs

  • ERP transaction logs
  • Customer feedback databases
  • Product performance metrics

Outputs

  • Validated data compliance register
  • Quality control failure alerts
  • Data quality KPI reports

Processing Steps

  1. 1. Collect data from various sources
  2. 2. Apply normalization rules to datasets
  3. 3. Conduct quality checks for conformity
  4. 4. Implement lineage tracking for modifications
  5. 5. Generate compliance register and alerts
  6. 6. Monitor data quality KPIs continuously

Additional Information

DAG ID

WK-1082

Last Updated

2025-08-13

Downloads

22

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