Build a Maestro BPMN with a coding agent (preview)

Coding agent workflow for planning, building, and deploying a Maestro BPMN process from a prompt, process map, PDD, or existing BPMN model.

	BPMN do Maestro	Caso do Maestro
O conteúdo aplica-se a	✅	❌

Observação:

Building a Maestro BPMN process with a coding agent is in Public Preview.

Visão geral

Coding agents are a primary way to build on UiPath. Point one at a Maestro BPMN process and it takes you from idea to production — planning, building, debugging, and deploying the process — compressing what once took weeks or months into hours or days.

Maestro BPMN models structured, repeatable business processes as visual, executable Business Process Model and Notation (BPMN) 2.0 diagrams: events, tasks, gateways, sequence flows, and the participants (pools and lanes) who carry out each step.

Building one diagram by hand means laying out the diagram, wiring the implementation behind each task, and configuring the gateway logic and error handling that keep the process correct.

A coding agent does that work with you: you describe the process you want, it proposes a plan, and once you approve, it builds, debugs, and deploys the process in your solution. You use the coding agent of your choice, and you stay in control at every step.

O que você pode desenvolver

A coding agent takes a Maestro BPMN process from an idea to a runnable model. Today it can author and build:

• Process models — the events, tasks, gateways, and sequence flows that make up the diagram, and the participants (pools and lanes) that own each step. This includes the full event set — start events (manual, message, timer, or queue-triggered), intermediate and boundary events (message, timer, or error-based, interrupting or non-interrupting), and end events.
• Task implementations — the agent can reference any task type from projects already in your tenant, and can build these directly as part of the same solution:
  • Service tasks — invoking automations or APIs.
  • User tasks — human-in-the-loop steps, with assignees, task forms, inputs and outputs, and escalations.
  • Send tasks — a synchronous outbound call to an external system through an Integration Service connector activity.
  • Receive tasks — pausing execution to wait for an inbound trigger from an external system through a connector event.
  • Script tasks — decision expressions and flow logic.
• Gateways and flow logic — exclusive, parallel, inclusive, and event-based gateway conditions that route the process.
• Error handling and recovery — boundary events for task-level exceptions, and event subprocesses for centralized, process-scoped or subprocess-scoped error and message handling. Error subprocesses always interrupt the enclosing scope, and ad-hoc subprocesses are not supported.
• Modularity — inline subprocesses for grouping logic within a diagram, and Call Activities for invoking a separate, reusable agentic process. Maestro doesn't support calling a different BPMN file within the same project.
• Multi-instance patterns — the multi-instance marker, which repeats a task sequentially or in parallel over a collection. This is the one marker Maestro interprets at runtime — other markers are for diagram clarity only.

Como funciona: planejar, aprovar, criar

A compilação segue um fluxo deliberado e restrito a revisão:

1. You give it a starting point — a prompt, a process map diagram, an existing process definition document (PDD), or a rough BPMN model.
2. The agent drafts a plan — it reads your input and proposes the events, tasks, gateways, sequence flows, and participants it intends to build, and shows it to you.
3. Você aprova — o agente é interrompido e aguarda sua revisão antes de criar qualquer coisa. Você refina o plano em conversa até que esteja certo.
4. The agent builds — it authors the process model and the task implementations, validates and simulates them, and reports back. You can publish, run, and test from the same conversation.

Because the agent pauses for your approval before building, incorrect assumptions are caught at the plan stage, rather than after a process has been built and deployed.

Observação:

Data objects, data stores, and text annotations are diagram-only in Maestro. They document how data moves for readability, but don't affect execution. The agent wires runtime data through task inputs and outputs and the Variables and Expression editor, the same way a person building the process by hand would.

Comece com o que você já tem

Um agente de codificação encontra seu processo onde está. Qualquer um destes é um ponto de partida válido:

• A prompt — describe the process in plain language.
• Um diagrama de mapa de processo — um diagrama de fluxo ou raias de como o trabalho é executado hoje.
• An existing PDD — the document your business analyst already wrote.
• An existing BPMN model — a diagram you or someone else has already started.

O agente transforma qualquer um deles em um plano proposto primeiro e, em seguida, cria sua aprovação.

Funciona com qualquer agente de codificação importante

Maestro BPMN works with the coding agent your team already uses:

Agente de codificação	Fator de forma
Claude Code	Terminal e IDE
Código	Terminal e IDE
Copilot do GitHub	IDE
Cursor	IDE
Julho	Plataforma de desenvolvimento com agentes

The Maestro BPMN authoring capability is delivered as a UiPath skill the coding agent uses — you're not locked into a single proprietary tool.

Recursos relacionados

• Understanding Maestro BPMN modeling — what BPMN 2.0 modeling is and where it fits in Maestro.
• BPMN primer — the core BPMN concepts this capability builds on: events, tasks, gateways, and sequence flows.
• Events in BPMN — start, intermediate, boundary, and end event types.
• Tasks in BPMN modeling — the task types a coding agent can build.
• Gateways and flow logic and Markers — routing logic and the multi-instance marker.
• Subprocesses and modularity — inline subprocesses and Call Activities.
• Implementing a simple process and Implementing a complex process — building the same kind of process by hand.
• Simulating and Debugging — validating a process before and after deployment.