DuckDB-Powered Analytics Platform: Optimizing SQL Queries Across Heterogeneous Data Sources

Analytical workloads commonly found in small or medium enterprises are rarely classified as Big Data, as they typically involve data volumes of up to several hundred gigabytes. Data may be distributed across multiple locations, such as local computers, edge devices, or cloud storage. In such scenarios, employing scalable, cloud-optimized data warehouse solutions like Amazon Redshift or Snowflake is not cost-effective. This work presents the implementation of an analytical platform based on the DuckDB embedded database, designed to support moderate-sized workloads by federatively processing queries from various sources. Performance evaluation demonstrates that this system reduces execution time by up to 92.77% compared to MySQL under the same conditions.

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Publication Details

Published
2025-08-04
DOI
https://doi.org/10.69994/12ic25040
Primary Topic
Cloud Computing and Resource Management
Type
article
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article

DuckDB-Powered Analytics Platform: Optimizing SQL Queries Across Heterogeneous Data Sources

Zoran Babović, Miljan Ilić
Cloud Computing and Resource Management
article

DuckDB-Powered Analytics Platform: Optimizing SQL Queries Across Heterogeneous Data Sources

Zoran Babović, Miljan Ilić
article en

Abstract

Analytical workloads commonly found in small or medium enterprises are rarely classified as Big Data, as they typically involve data volumes of up to several hundred gigabytes. Data may be distributed across multiple locations, such as local computers, edge devices, or cloud storage. In such scenarios, employing scalable, cloud-optimized data warehouse solutions like Amazon Redshift or Snowflake is not cost-effective. This work presents the implementation of an analytical platform based on the DuckDB embedded database, designed to support moderate-sized workloads by federatively processing queries from various sources. Performance evaluation demonstrates that this system reduces execution time by up to 92.77% compared to MySQL under the same conditions.

Openalex Percentile: Top 62%
Cloud Computing and Resource Management
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