Build a repeatable PHP-to-Java migration engine with Kiro
Turn a PHP-to-Java migration from a one-time leap of faith into a measurable, repeatable process with Kiro. This post walks through a reusable engine: a mechanical discovery scanner and an eight-phase, parity-first workflow that treats the original PHP application as the specification and verifies the Java port with a parity harness.
Building a repeatable PHP-to-Java migration engine with Kiro enables teams to transition mature PHP applications to Java more confidently. This process converts codebases from Laravel, Symfony, or Doctrine into idiomatic Java while preserving business rules and logic. Kiro, an AI-integrated development environment, guides the migration through an eight-phase workflow, ensuring the Java port behaves exactly like the original PHP application.
The approach requires familiarity with PHP and Java, a Kiro workspace, and access to skill files encoded as versioned Markdown packages. Two methods exist to run the engine: Kiro, which offers an interactive, developer-in-the-loop experience, and AWS Transform, an agentic AI service suitable for scaling migrations across multiple applications.
Regardless of the method, the engine's shared methodology ensures parity between the original PHP and generated Java code, promoting a measurable and repeatable migration process.
Written by urgent.news from AWS Machine Learning's reporting — not their text. Machine-written — may contain errors; check the original before relying on it.
