Open Source

Infrastructure as Code, Powered by Actors

Build concurrent, distributed applications with plain Java objects. Declarative YAML workflows simple enough for AI agents to generate correctly—no more debugging AI-generated playbooks.

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TaskRunner.java

// Define any POJO as an actor
public class TaskRunner {
    public String execute(String command) {
        return Runtime.exec(command);
    }
}

// Use it with the actor system
IIActorRef<TaskRunner> runner =
    new IIActorRef<>("runner", new TaskRunner(), system);

// Call methods asynchronously
String result = runner.ask(r -> r.execute("deploy")).get();

Why POJO-actor?

Simple yet powerful actor model

No complex frameworks. No boilerplate. Just your Java classes with superpowers.

📦

Zero Dependencies

Use any POJO as an actor. No base classes to extend, no interfaces to implement.

⚡

Type-safe Messaging

Compile-time type checking with Java generics. No casting, no runtime surprises.

🔄

Built-in Workflows

Define state machines in YAML. The interpreter handles transitions automatically.

🌐

Multi-node Ready

Execute commands across distributed nodes. Each node is an independent actor.

deploy.yaml

name: deploy-workflow
steps:
  - states: ["0", "1"]
    actions:
      - actor: nodeGroup
        method: apply
        arguments:
          actor: "node-*"
          method: executeCommand
          arguments: ["./deploy.sh"]

actor-IaC

Declarative Infrastructure Workflows

Define your infrastructure operations in YAML. State machine semantics ensure reliable execution with automatic error handling and recovery. The minimal syntax is ideal for AI-assisted development—LLMs generate correct workflows without the trial-and-error of complex DSLs.