What if you defined your entire application in a single JSON file before writing any component code?

How we keep state perfectly synchronized across multiple tabs without WebSockets or complex backend logic.

Ever had two tabs of the same app open and they got out of sync? We fixed that at the framework level.

The same .orb file runs in the browser, on the server, and compiles to native code. Here's how.

Java promised "write once, run anywhere." We deliver "write once, run everywhere appropriately."

In most games, the AI is a black box. Enemies do things, and you react. There's no way to read their intentions, predict their moves, or outthink them — only out-reflex them.

What if the AI's behavior was visible? What if you could read an enemy's state machine and use it against them?

That's what we built in Trait Wars.

Your development team ships features fast. But bugs keep coming back. Deployments break on Fridays. The codebase grows, and so does the fear of touching it.

The problem isn't your team. It's the architecture.

A Vision for the Future of Automation

Introduction​

Imagine a world where you don't need to write thousands of lines of code to make a robot move intelligently. A world where you declare machine behavior the same way you describe planets moving in their orbits.

This is the world of Almadar.

In this series, we'll explore how the Almadar language can revolutionize robotics and industrial automation.

State machines are at the heart of Almadar. In this post, we explore why we chose state machines as the foundation for application behavior.

We're excited to introduce Almadar - The Physics of Software.

Almadar is a declarative framework for building full-stack applications through state machines. Define your entities, behaviors, and UI as schemas that compile to production-ready code.