fuuz-data-flow

Design Fuuz data flows with nodes, branching, and error routing.

Updated Jun 7, 2026
One-click install
npx skills add https://github.com/Fuuz-Platform/llm-skills --skill fuuz-data-flow
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: fuuz-data-flow
Source: https://github.com/Fuuz-Platform/llm-skills/tree/main/fuuz-data-flow
Command: npx skills add https://github.com/Fuuz-Platform/llm-skills --skill fuuz-data-flow

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Fuuz data flows automate backend, web, and gateway work by chaining nodes into deterministic execution graphs, so teams can turn business rules into repeatable platform behavior.

Core Features & Use Cases

  • Flow structure: Describes version containers, headers, versions, flow schemas, and diagram schemas for building valid Fuuz flows.
  • Node orchestration: Explains node types, connection patterns, branching, context sharing, and error handling across system, document, integration, screen, and edge environments.
  • Practical use cases: Build scheduled syncs, event-driven automations, screen actions, data mutations, and device interactions with clear execution patterns and debug settings.

Quick Start

Ask for a Fuuz flow design that starts from your chosen trigger, maps the required nodes, and returns a valid flow structure with branching and error handling.

Frequently Asked Questions about fuuz-data-flow

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I design automation workflows with deterministic data flows?

Designing automation workflows with deterministic data flows requires chaining nodes into execution graphs. This approach specifies version containers, node schemas, and branching connections to turn business rules into repeatable platform behavior.

Can I build event-driven integrations and scheduled syncs using flow nodes?

Yes, you can build event-driven integrations and scheduled syncs using flow nodes. By mapping required nodes from your chosen trigger, the flow structure handles branching, context sharing, and error routing for valid implementation.

How does error routing work in backend automation flow orchestration?

Error routing in backend automation flow orchestration works by defining branching connections and context handling across system and integration nodes. This ensures deterministic execution graphs can manage failures without disrupting screen actions or device control.

Do I need GraphQL or JSONata to structure node schemas for device integration?

Applying GraphQL or JSONata to structure node schemas for device integration ensures valid data flows. These formats define the version containers, headers, and diagram schemas required for reliable device control and edge environments.

What is the best way to map execution graphs for screen actions and data mutations?

The best way to map execution graphs for screen actions and data mutations is to start from a chosen trigger and map the required nodes. This method returns a valid flow structure with clear execution patterns, debug settings, and error handling.

Why does my Fuuz data flow fail when sharing context across gateway environments?

Fuuz data flows fail when sharing context across gateway environments if node schemas, branching connections, or version containers are incorrectly specified. Defining proper context handling and error routing ensures deterministic execution across edge environments.