heady-signal-exchange

Design and operate real-time signal routing with Pub/Sub topics and webhook pipelines.

1|Updated Mar 24, 2026
One-click install
npx skills add https://github.com/HeadyAI/heady-context --skill heady-signal-exchange
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: heady-signal-exchange
Source: https://github.com/HeadyAI/heady-context/tree/main/heady-skills/heady-signal-exchange
Command: npx skills add https://github.com/HeadyAI/heady-context --skill heady-signal-exchange

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Design and operate Heady's real-time signal routing and messaging backbone that connects services, agents, and external systems through structured signals, Pub/Sub topics, and webhook pipelines, enabling scalable and observable event-driven architectures.

Core Features & Use Cases

  • Define signal models, topics, delivery guarantees, and routing rules for end-to-end event flows.
  • Enable webhook orchestration, automation workflows, and dashboards to monitor health and throughput.
  • Use in building Pub/Sub topologies, real-time notifications, and signal-driven automation across services and surfaces.

Quick Start

Define the signal model, topology, routing, and automation rules to initialize the Signal Exchange in your environment.

Frequently Asked Questions about heady-signal-exchange

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

FAQPage Schema
How do I build an event-driven architecture for routing real-time signals between services?

Real-time signal routing connects services, agents, and external systems through structured signals, Pub/Sub topics, and webhook pipelines. You define signal models, topic topology, delivery guarantees, and routing rules to establish scalable, observable event-driven architectures.

What is the best way to set up webhook pipelines and Pub/Sub topologies for service ecosystems?

Setting up webhook pipelines and Pub/Sub topologies involves defining signal models, topic structures, and routing rules. This enables structured signal delivery, webhook orchestration, and automation workflows across connected services and surfaces within your ecosystem.

How do I monitor health and throughput in an event-driven automation workflow?

You monitor health and throughput by utilizing dashboards designed for signal exchange environments. These dashboards provide visibility into routing rules, automation workflows, and delivery guarantees, ensuring observable and reliable real-time notifications.

Can I use this signal exchange for routing structured signals to external systems?

Yes, the signal exchange routes structured signals between internal services, agents, and external systems. By defining appropriate delivery guarantees and webhook orchestration rules, you can enable scalable real-time notifications and signal-driven automation across external boundaries.

When do I need structured signal modeling for real-time notifications and automation?

Structured signal modeling is needed when building scalable event-driven architectures that require reliable routing rules and delivery guarantees. It defines the payload structure for Pub/Sub topics and webhook pipelines, ensuring consistent real-time notifications and signal-driven automation across services.