Automatically transform complex SQL stored procedures into optimized PySpark code and validate the conversion instantly. Run your original SQL procedure, generate equivalent PySpark, execute both, and compare outputs to ensure accuracy. Modernize legacy SQL workflows into scalable big-data pipelines in minutes, not months.

Transforming complex database structures into accessible knowledge
Instantly convert complex SQL stored procedures into clean, production-ready PySpark code with full logic preservation.
Run both the original SQL procedure and the generated PySpark code, then automatically compare outputs to ensure accuracy and consistency.
Transform legacy database logic into distributed big-data processing pipelines suitable for Spark clusters and cloud environments.
Deep semantic understanding of SQL logic, joins, CTEs, aggregations, and conditional flows for precise conversion.
Identify inconsistencies, unsupported operations, or structural mismatches and provide actionable fixes.
Generate efficient PySpark code following best practices—minimized shuffles, optimized joins, and parallelized transformations.
Supports SQL Server, MySQL, PostgreSQL, Oracle, BigQuery, Redshift, Snowflake, and more.
Expose conversion and validation capabilities through a simple API usable by CI/CD pipelines, developers, or automated migration systems.
Why our AI-Powered SQL-to-PySpark Code Converter transforms your modernization workflow
Migrate legacy SQL logic to scalable PySpark pipelines in minutes instead of months of manual rewriting.
Dual execution and output comparison eliminate guesswork, ensuring the PySpark version behaves exactly like the original stored procedure.
Save developers countless hours by automating repetitive translation and validation tasks.
Move from monolithic databases to distributed compute systems ready for cloud-scale analytics.
How users actually use this SQL-to-PySpark Conversion & Validation Tool.
Users take an existing SQL stored procedure and quickly generate a clean PySpark version instead of rewriting everything manually.
Users run the SQL procedure → save its CSV output → run the converted PySpark code → save CSV output → compare both to ensure the logic is identical.
Instead of developers reading long stored procedures and rewriting them line-by-line in PySpark, the tool generates a ready-made starting point.