AMAZON REDSHIFT DATA INTEGRATION
Real-Time Change Data Capture (CDC) for Amazon Redshift
Deliver live data to AWS. Qlik® automates continuous Change Data Capture (CDC) and data pipelines, feeding Amazon Redshift with real-time, analytics-ready data.

How Qlik's Amazon Redshift CDC integration works
Step 1 - Connect securely to a massive portfolio of source systems, ranging from on-premises SAP environments to legacy mainframes and relational databases.
Step 2 - Capture data modifications (inserts, updates, deletes) as they happen using non-intrusive, log-based change data capture technology.
Step 3 - Stream data continuously into Amazon Redshift, utilizing AWS native infrastructure to efficiently load and transform data at scale.

Why choose Qlik for Amazon Redshift CDC?

Load data at maximum velocity
Qlik intelligently stages data in Amazon S3 and leverages native Redshift COPY commands to execute highly parallel, lightning-fast data loads that won't bottleneck your pipelines.

Keep tables perfectly synced automatically
When database administrators add or modify columns in your source systems, Qlik automatically propagates those structural changes to your Amazon Redshift tables without halting data flow.

Unlock complex SAP data for Redshift
Extracting SAP data is notoriously difficult. Qlik provides specialized integration capabilities that automatically decode complex SAP metadata and stream it directly into your AWS data warehouse.
Amazon Redshift CDC FAQs
Change Data Capture (CDC) is an integration process that identifies and captures new, updated, or deleted data in source systems and streams those exact changes to Amazon Redshift in real time, avoiding the delays of bulk batch loading.
To handle high-volume streaming, Qlik uses an optimized architecture. It efficiently batches micro-streams of captured data into Amazon S3, and then uses native Amazon Redshift COPY commands to load the data with massive parallelism.
No. Qlik utilizes log-based CDC, meaning it reads the internal transaction logs of your source databases (like Oracle or SQL Server) rather than querying the tables directly. This guarantees near-zero performance impact on your production systems.










