Design n8n workflows
Map triggers, inputs, transformations, conditions, loops, merges, sub-workflows, outputs, and ownership before implementation.
Codex Skills for n8n help Codex design, build, review, debug, secure, and document n8n workflows. Download the skills for triggers, nodes, expressions, APIs, credentials, sub-workflows, error handling, AI workflows, execution analysis, and automation that remains understandable after it goes live.
task: complete n8n workflow automation task
inspect:
- requirements and context
- existing standards
- failure and edge cases
verify: outputs + checks + handoffReliable n8n work joins triggers, item data, node parameters, expressions, credentials, branching, rate limits, idempotency, error workflows, execution history, and instance permissions.
These skills help Codex design the data path before assembling nodes, use current node capabilities, protect credentials, and test normal, empty, duplicate, rate-limited, and failed executions.
Map triggers, inputs, transformations, conditions, loops, merges, sub-workflows, outputs, and ownership before implementation.
Use built-in nodes, HTTP requests, webhooks, expressions, pagination, binary data, APIs, and supported community nodes deliberately.
Handle validation, retries, rate limits, idempotency, timeouts, partial failures, error workflows, alerts, and resumable processing.
Protect credentials, limit permissions, review risky nodes, inspect executions, document dependencies, and prepare safe activation and rollback.
The steps keep context, implementation, and verification visible so the result can be reviewed and repeated.
Identify the trigger, sample payloads, schema, systems, credentials, volume, timing, success result, and failure owner.
Trace how items split, merge, loop, transform, call services, persist state, and behave when data is missing or duplicated.
Configure nodes and expressions, use least-privilege credential references, avoid secret values in exports, and add clear names and notes.
Run representative inputs, force failures and rate limits, inspect execution data, validate alerts, and activate with monitoring and rollback.
The workflow adjusts to the project, audience, tools, and risk while preserving the same quality standard.
Connect CRMs, databases, spreadsheets, messaging, storage, forms, APIs, and internal services.
Receive, validate, authenticate, deduplicate, transform, route, acknowledge, and retry event-driven work.
Import, clean, enrich, batch, paginate, merge, export, and reconcile structured or binary data.
Connect models, tools, memory, retrieval, human review, structured outputs, and fallbacks with explicit safety boundaries.
Start with one defined outcome and provide the source material, constraints, and checks that matter.
These skills are designed for people who need dependable n8n workflow automation work with a visible process.
Build maintainable n8n systems with clear data flow, credentials, error handling, and operational evidence.
Automate recurring records, notifications, approvals, reports, synchronization, and handoffs.
Integrate APIs, databases, webhooks, code nodes, queues, and application events.
Create model and tool workflows with structured inputs, human fallbacks, permissions, and failure handling.
The skills can edit or operate n8n only through authorized access. Credentials, production activation, destructive nodes, code execution, community nodes, personal data, and high-volume workflows require explicit review.
Install the complete skill folder and add the project-specific context before beginning.
Keep SKILL.md with design, nodes, expressions, credentials, reliability, security, and operation guidance.
Use project scope for one automation system, or personal scope for reusable n8n engineering practices.
Provide approved API or MCP access and keep credential values in n8n or the authorized secret system.
State n8n version, Cloud or self-hosted setup, projects, permissions, available nodes, credential policy, volume, and monitoring.
Practical answers about capabilities, limits, setup, and review.
Yes. They can design and create workflows when current node information and authorized environment access are available.
They are designed to reference credential records and avoid placing secret values in prompts, exports, or repositories.
Yes, when execution data, inputs, node configuration, and logs are available through authorized access or supplied artifacts.
Yes. They can design model, tool, memory, retrieval, structured-output, and human-review flows with suitable boundaries.
Only with explicit authorization after representative tests, failure handling, permissions, monitoring, and rollback are confirmed.
Clear context. Purposeful work. Relevant checks. A result others can understand.