async-agent-dispatch

Coordinate parallel Copilot SDK agent runs with role-based routing and MCP configuration.

Updated Jan 30, 2019
One-click install
npx skills add https://github.com/nishantnaagnihotri/tark-vitark --skill async-agent-dispatch-nishantnaagnihotri
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: async-agent-dispatch
Source: https://github.com/nishantnaagnihotri/tark-vitark/tree/main/.github/skills/async-agent-dispatch
Command: npx skills add https://github.com/nishantnaagnihotri/tark-vitark --skill async-agent-dispatch-nishantnaagnihotri

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

Automates the orchestration of asynchronous Copilot SDK agent dispatches, enabling parallel execution, contextual tracing, and centralized control across gates and slices.

Core Features & Use Cases

  • Async dispatch engine: launches multiple named agents in parallel and monitors their progress.
  • Role-based routing & context: routes tasks to appropriate agent roles with consistent models and session prefixes.
  • MCP-aware tooling: coordinates access to MCP servers and reads prompts and prompts from files, with token lifecycle management.
  • Gate-aware orchestration: supports Gate 5 parallel workflows, debugging MCP access, and token refresh scenarios.

Quick Start

Launch multiple Copilot SDK agents in parallel from the terminal and monitor their status in the background.

Frequently Asked Questions about async-agent-dispatch

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

FAQPage Schema
How do I run multiple Copilot SDK agents in parallel asynchronously?

Parallel Copilot SDK agent execution is orchestrated by an async dispatch engine that launches named agents concurrently, monitors progress in the background, and enforces role-based model routing for each task.

What is role-based model routing in asynchronous agent orchestration?

Role-based model routing directs tasks to designated agent roles using consistent models and session prefixes, ensuring contextual tracing back to the originating slice during parallel Copilot agent dispatches.

How do I troubleshoot MCP server access and OAuth token lifecycle issues during agent dispatch?

Troubleshoot MCP server access and OAuth token lifecycle issues by using a Gate-aware orchestration workflow that coordinates MCP server access, manages token refresh scenarios, and reads file-based prompts during agent dispatch.

Can I trace a specific Copilot agent session back to its originating slice?

Yes, you can trace Copilot agent sessions back to their originating slice. The orchestration workflow provides session tracing capabilities that track contextual origins across Gate 5 parallel dispatches.

Does async agent dispatch support file-based prompts and MCP server configuration?

Yes, async agent dispatch supports file-based prompts and MCP server configuration. The workflow enforces reading prompts from files and coordinates MCP server access with structured token lifecycle management.

What are the limitations of running parallel Copilot SDK agents with async dispatch?

Limitations of parallel async dispatch include complexities in troubleshooting MCP access or OAuth lifecycle issues across concurrent agents. The workflow requires strict role-based routing and file-based prompt enforcement to maintain structured session memory updates.