DbSchema lets you design, manage, and document Azure SQL databases. Create ER diagrams, define tables and columns, and generate SQL scripts - with or without a live database connection.
Use Git to share the design, compare it with the Azure SQL database, and deploy changes. DbSchema also includes a data editor, query builder, and HTML5 documentation - everything you need in one tool.
Download DbSchema Download Azure SQL JDBC Driver
Azure SQL Database is Microsoft's fully managed cloud RDBMS built on the SQL Server engine. It handles patching, backups, and high availability automatically, and supports elastic pools for multi-tenant workload isolation. DbSchema connects via the Microsoft SQL Server JDBC driver — which it downloads automatically — and treats Azure SQL identically to on-premises SQL Server, exposing schemas, tables, views, stored procedures, and indexes for visual design and documentation.
DbSchema reads all user schemas from an Azure SQL database and renders them as interactive ER diagrams. You can create multiple diagram layouts to separate bounded contexts — for example, one layout for the billing domain and another for the user management domain — while all layouts reference the same underlying schema model.
Azure SQL databases often run across separate elastic pools for each environment. DbSchema's synchronization tool connects to two Azure SQL instances, generates a structural diff, and produces the T-SQL ALTER and CREATE statements required to bring them into sync. You control which changes to include before a single line of SQL executes against production.
DbSchema's automation engine lets you write Groovy scripts that execute directly against your Azure SQL connection. Scripts can inspect schema metadata, generate reports, bulk-insert reference data, or orchestrate multi-step schema migrations — all without leaving the tool.
DbSchema auto-downloads the Microsoft SQL Server JDBC driver. The JDBC URL format is
jdbc:sqlserver://server.database.windows.net:1433;database=dbname;encrypt=true.
SQL authentication and Azure Active Directory authentication are both supported — for AAD password
authentication, append ;authentication=ActiveDirectoryPassword to the URL and supply
your AAD credentials. For Azure SQL Managed Instance, use the managed instance hostname on port 1433
with the same URL format; the driver handles the TDS protocol identically. Ensure that the Azure SQL
firewall allows connections from your IP address before attempting to connect.