A Java-based multi-module project providing a language-agnostic, serializable code model for representing, enriching, and compiling software systems.

A Java-based multi-module build system that infers what to do by inspecting project structure via pluggable extensions, then executes a dependency-ordered graph of tasks — no build scripts required.

A Java-based multi-module build system that infers what to do by inspecting project structure via pluggable extensions, then executes a dependency-ordered graph of tasks — no build scripts required.

A Java-based multi-module build system that infers what to do by inspecting project structure via pluggable extensions, then executes a dependency-ordered graph of tasks — no build scripts required.

A Java-based multi-module framework for programmatically launching and controlling processes, JVMs, and Docker containers.

A Java-based multi-module build system that infers what to do by inspecting project structure via pluggable extensions, then executes a dependency-ordered graph of tasks — no build scripts required.

A Java-based multi-module build system that infers what to do by inspecting project structure via pluggable extensions, then executes a dependency-ordered graph of tasks — no build scripts required.

Application lifecycle management: startup, shutdown, DI integration, and JVM shutdown hook.

A Java-based multi-module framework for programmatically launching and controlling processes, JVMs, and Docker containers.

A Java-based multi-module build system that infers what to do by inspecting project structure via pluggable extensions, then executes a dependency-ordered graph of tasks — no build scripts required.

A Java-based multi-module project providing a language-agnostic, serializable code model for representing, enriching, and compiling software systems.