agent-automation

Name: agent-automation
Availability: InStock
Author: fabiomilennials1234-a11y

Automate n8n and pg_cron workflows with webhook validation and retries.

Updated Jan 29, 2026

Search Tags:#automation #event-driven #n8n #webhooks #workflows #retry #cron

Ready to run

npx skills add https://github.com/fabiomilennials1234-a11y/v8milennialsb2bv2 --skill agent-automation

💬 Prompt for ChatGPT / Claude Chat▼

Please help me install this Agent Skill.
Skill: agent-automation
Source: https://github.com/fabiomilennials1234-a11y/v8milennialsb2bv2/tree/main/.claude/skills/agent-automation
Command: npx skills add https://github.com/fabiomilennials1234-a11y/v8milennialsb2bv2 --skill agent-automation

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Automation engineering for complex integration environments often struggles with reliable event handling, robust orchestration, and scalable processing across multiple systems like n8n, pg_cron, and webhook pipelines. This skill provides a centralized approach to define triggers, enforce retries, ensure validations, and orchestrate workflows end-to-end.

Core Features & Use Cases

n8n Workflows: author and manage event-driven automations with triggers, actions, and error handling.
pg_cron Jobs: schedule and run recurring tasks with monitoring and retries.
Webhook Processing: ingest, validate signatures, deduplicate, and retry deliveries with DLQ support.
Event-Driven Architecture: propagate events between modules with consistent state and eventual consistency.
Workflow Builder (internal): compose DAGs of triggers, conditions, delays, and actions for reliable execution.

Quick Start

Define a new event-driven workflow that processes a lead_created webhook by creating a lead and updating stages.

Frequently Asked Questions about agent-automation

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

FAQPage Schema

How do I automate n8n workflows with reliable retries and webhook validation?▼

Automating n8n workflows involves authoring event-driven triggers, actions, and error handling while enforcing webhook signature validation and retry logic. This skill orchestrates those workflows end-to-end, providing dead-letter queue (DLQ) support and observability for reliable processing across integration-heavy environments.

What is the best way to process incoming webhooks with signature validation and deduplication?▼

Processing webhooks with signature validation requires ingesting deliveries, verifying signatures, deduplicating events, and routing failures to a dead-letter queue (DLQ). This skill handles webhook processing by applying retry logic and validations to ensure reliable event propagation across your systems.

Can I schedule and monitor recurring pg_cron jobs with retry logic?▼

Yes, you can schedule and run recurring pg_cron jobs with built-in monitoring and retries. This skill automates the orchestration of pg_cron tasks, ensuring reliable execution and observability for scheduled database operations within your event-driven architecture.

How do I build an event-driven architecture using DAGs for workflow orchestration?▼

Building an event-driven architecture with DAGs involves composing triggers, conditions, delays, and actions into a directed acyclic graph for reliable execution. This skill provides an internal workflow builder to orchestrate these DAGs, ensuring consistent state propagation and eventual consistency across modules.

Does this approach handle webhook failures and dead-letter queues for integration-heavy environments?▼

Yes, handling webhook failures in integration-heavy environments requires retry logic and dead-letter queue (DLQ) management. This skill automates webhook processing by validating signatures, deduplicating deliveries, and routing failed events to a DLQ to ensure no data is lost during orchestration.