Database Conversion and Synchronization software
Migration between different database engines that rebuilds schema, indexes, and foreign keys on the target - with the type mapping reviewed before anything runs.
Supported Databases
Choose your source, then pick a supported destination.
Every database works with DBConvert desktop apps, except those marked Streams only.
Streams Also available in DBConvert Streams
Choose a destination
Cloud destinations
Cloud databases use the same product as their engine.
On-premise7
Cloud-native17
No matching database. Try another name or clear the search.
DBConvert Products
Three products, one line: one pair, every direction, or continuous replication
DBConvert
Best for
- One-time conversion or recurring sync, chosen at the start
- Views rewritten for the target dialect, type mapping reviewed up front
- Trigger-based sync on a schedule
DBConvert Studio
Best for
- 30+ engines without a tool per pair
- The same conversion and trigger-based sync
- Saved, repeatable jobs across directions
DBConvert Streams 2.0
Best for
- Continuous replication (CDC)
- Minimal-downtime cut-over: initial load, then CDC
- Databases, files, and S3 in one tool
See a migration in action
Watch a real MySQL to PostgreSQL run, from setup and table mapping through execution.
What’s new in 5.8.0
The new DBConvert Studio, and Verify after the run
- New DBConvert Studio: every database, any direction
- Verify after the run
- Fixes for FoxPro, Excel, Oracle, Firebird
Why DBConvert?
Review the mapping, move the data and check the result.
Review your tables before the transfer
Choose which tables to move, inspect their columns and review how source types map to the destination.
Explore table and field options
Verify the copy after the run
Check the destination schema and totals, or compare copied rows to find changed values. The result shows which tables and columns differ.
For row-by-row comparison, enable Verify after the run before starting the copy.
How verification works
Move large tables in parallel
Large tables are split across worker threads. In one run on our test stand, Oracle to MySQL used 16 threads. Results depend on the data and systems.
How parallel transfers workKeep the destination up to date
Track changes with triggers and apply them in later runs, manually or on a schedule. In one test, a PostgreSQL to MySQL sync with 10 million unchanged rows took 23 seconds.
How synchronization works