When should you consider it?
Best for SQL Server teams needing fast, schema-aware synthetic data, foreign-key consistency, custom generators, command-line automation, and repeatable seeded runs.
Editorial fit assessment based on the sources below.What are the limits?
SQL Server scope; current requirements list Windows 10/11 and SSMS. Privacy masking, database subsetting, and virtualization are not documented.
Which capabilities are documented?
Documented means a cited vendor source describes this scoped capability. Not verified means the reviewed evidence cannot establish it. Neither is a hands-on test result.
How is it deployed and licensed?
Installable Windows desktop/SSMS tool; generate directly against SQL Server environments including Azure SQL Database, SQL Server on AWS RDS, and Google Cloud SQL for SQL Server. Command-line automation is documented; no cloud-hosted generator service is described.
Commercial annual per-user subscription; a 14-day trial and SQL Toolbelt Essentials packaging are documented. Public pricing varies with license quantity; use the linked vendor page for current terms.
Sources and scope
- SQL Data Generator: Generate realistic test data fast
Product purpose, SQL Server focus, foreign-key and inter-column consistency, custom/Python generators, explicit seeded repeatability, CLI, 14-day trial, listed subscription price.
Source checked: 2026-10-01 - Requirements - SQL Data Generator 4
Windows 10/11 and supported SQL Server versions/deployments, including Azure SQL Database, Amazon RDS, and Google Cloud SQL.
Source checked: 2026-10-01 - SQL Data Generator - Pricing
Subscription sales model and SQL Toolbelt Essentials bundle; price table is partially dynamically rendered.
Source checked: 2026-10-01
What should you verify in a proof of concept?
- Your database version, schema constraints and target formats.
- The exact product, edition, deployment and license entitlements.
- Your business assertions and the meaning of repeatability for your output.
- A failed run, cleanup and a repeat run on controlled inputs.