lead

Decompose large backlog items into iterative work streams with subagent coordination.

12|1|Updated Aug 29, 2025
One-click install
npx skills add https://github.com/Pageloom/weft-id --skill lead-pageloom
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: lead
Source: https://github.com/Pageloom/weft-id/tree/main/.claude/skills/lead
Command: npx skills add https://github.com/Pageloom/weft-id --skill lead-pageloom

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill helps teams transform large backlog items into manageable iterations and coordinates cross-functional subagents, reducing planning time and ensuring alignment across dev/test/security/docs.

Core Features & Use Cases

  • Backlog decomposition: break large items into iterative work units with clear acceptance criteria.
  • Orchestration: coordinate execution through subagents (dev, test, security, doc-writer) and ensure responsibilities are tracked.
  • Context and governance: maintain iteration files as the single source of truth, log decisions, and preserve context for new sessions.
  • Entrypoints and workflow: provide /lead entrypoints to start or resume planning with consistent prompts and artifacts.

Quick Start

Give me a backlog item title and I will start planning its iterations with /lead to decompose it.

Frequently Asked Questions about lead

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

FAQPage Schema
How do I break down large backlog items into manageable iterations?

Backlog decomposition breaks large items into iterative work units with clear acceptance criteria. This skill automates that process by structuring work streams and coordinating cross-functional subagents for dev, test, security, and documentation tasks.

How does subagent coordination work for cross-functional development teams?

Subagent coordination tracks responsibilities across dev, test, security, and doc-writer roles. The orchestration mechanism uses standardized prompts and structured iteration files to ensure clear handoffs and preserve context for new sessions.

Can I use structured iteration files to preserve context across sessions?

Structured iteration files serve as the single source of truth for context and governance. They log decisions and maintain context transfer, allowing new sessions to resume planning without losing prior work history.

What is the best way to plan cross-team backlog work with decision logging?

Planning cross-team backlog work requires decomposing items into repeatable iterations with standardized prompts. This approach ensures cross-team coordination, iteration planning, and decision logging are maintained via structured iteration files.

Do I need specific dependencies to orchestrate backlog work end-to-end?

No specific dependencies are required to orchestrate backlog work end-to-end. The skill operates independently to decompose items, coordinate subagents, and maintain governance through iteration files and standardized prompts.

When should I avoid automated iteration planning for backlog governance?

Automated iteration planning is less suitable for small, single-step tasks that do not require cross-functional subagent coordination. It is designed for complex items needing repeatable iterations across dev, test, security, and documentation workflows.