What if your business flowchart was the actual software?

Usually, stakeholders draw how a company should run on a whiteboard, and developers spend months trying to code it. We built a tool that skips the translation: draw the map, and the software runs it automatically.

How It Works

1. Draw the Process

Use our visual, drag-and-drop web canvas to map out a business process. Connect tasks, set routing rules, and define the finish line.

2. The Engine Takes Over

The software reads your drawing like a set of instructions. It silently moves behind the scenes, following the exact paths and logic you designed.

3. Work Gets Done

It halts for human approvals, calculates complex pricing via the CPQ module, or outputs signed PDFs, automating operational overhead.

Automated Task: Check Order Value
Order < $1k
Send Email
Order > $1k
Await Approval

Under the Hood

Architecture & Engineering

Built natively for modern PHP, this package delivers enterprise-grade workflow orchestration without the heavy infrastructure, Java dependencies, or licensing costs of tools like Camunda.

Decoupled Orchestration

The engine strictly isolates orchestration from your host application's domain logic. A published configuration file acts as a registry, mapping generic BPMN task keys to specific Action or Trigger classes within your app.

Native Queue Execution

Integrates the durable-workflow package to execute graphs across standard background queues. This ensures crash recovery, automated retries, and the ability to hibernate processes for human-in-the-loop tasks via Signals.

Vite-Bundled Visual Modeler

The open-source bpmn-js library is bundled via Vite and embedded directly into Blade views. Custom JavaScript providers restrict the drawing palette to supported elements, ensuring non-technical users only draw executable paths.

Developer Experience (DX)

Easily developed locally using multi-environment Docker Compose workflows. Comprehensive automated test coverage is powered by Pest, utilizing in-memory SQLite to test complex graph navigation and routing deterministically.