Key features
- SQL-first migrations — APAC teams write raw SQL without ORM abstraction layer
- Schema history table — tracks applied APAC migrations with checksums for drift detection
- CI/CD integration — Docker image + CLI for APAC pipeline-native deployment
- Multi-database support — PostgreSQL, MySQL, Oracle, SQL Server, TiDB for APAC stacks
- Repeatable migrations — R__ prefix re-applies views/procedures when content changes
- Flyway Teams — dry-run, undo migration, and APAC baseline for brownfield databases
Best for
- APAC backend engineering teams wanting explicit SQL control over schema migrations — Flyway applies the exact APAC SQL written without ORM translation
- APAC DevSecOps teams integrating database migrations in CI/CD release pipelines — Flyway Docker image runs as a pipeline step with APAC environment variable configuration
- APAC enterprises with multiple database engines across microservices — single migration toolchain covers PostgreSQL, MySQL, and Oracle in APAC heterogeneous environments
Limitations to know
- ! SQL-only: no schema diffing — Flyway requires APAC engineers to write migration SQL manually; it does not generate SQL from schema state comparison like Atlas or Liquibase with changeset types
- ! Undo migrations require Flyway Teams — the open-source version lacks rollback; APAC teams must write separate undo SQL or restore from APAC backup when reverting
- ! Large team coordination overhead — multiple APAC developers writing simultaneous migrations must coordinate version numbers to avoid conflicts in APAC pull request workflows
About Flyway
Flyway is an open-source database migration tool developed by Redgate that manages database schema changes through numbered SQL migration files (V1__initial_schema.sql, V2__add_apac_region_column.sql, V3__create_apac_index.sql) applied sequentially and tracked in a `flyway_schema_history` table — enabling APAC engineering teams to version-control APAC database schema changes alongside application code, reproduce the APAC database schema precisely across development, staging, and production environments, and coordinate schema migrations across APAC team members without manual coordination.
Flyway's convention-based migration model — where APAC SQL migration files follow the naming pattern `V{version}__{description}.sql` (versioned migrations applied once in order), `U{version}__{description}.sql` (undo migrations for Flyway Teams), or `R__{description}.sql` (repeatable migrations re-applied when the file checksum changes, for views and stored procedures) — provides APAC teams a predictable migration execution model that Flyway validates before applying, detecting out-of-order migrations and checksum mismatches that indicate unauthorized APAC schema modifications.
Flyway's CI/CD integration — where APAC DevOps teams run `flyway migrate` as a CI/CD pipeline step before APAC application deployment, using Flyway's Docker image (`flyway/flyway:latest`) with APAC database credentials injected as environment variables — implements the database migration as a deployment step rather than a manual DBA operation, enabling APAC applications and their APAC database schema to deploy atomically in the same APAC release pipeline.
Flyway's multi-database APAC support — where APAC teams use the same Flyway CLI and configuration format for PostgreSQL, MySQL, MariaDB, Oracle, SQL Server, and TiDB (MySQL-compatible) — reduces toolchain diversity across APAC engineering teams that operate heterogeneous database stacks across APAC microservices architectures.
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