What is the 'loa-grimoire' folder?

The loa-grimoire is a dedicated state zone used for project memory, where requirements, designs, decision logs, and sprint plans are stored and maintained.

What documents do I need to use this skill?

To function correctly, the skill requires a Product Requirement Document (PRD) and a Software Design Document (SDD) located in the project's state zone (loa-grimoire/).

Does this skill modify my source code?

No. This skill operates under Managed Scaffolding, meaning it has read-only access to your app code and only writes to designated state directories like loa-grimoire/.

Why are sprints limited to 2.5 days?

Short 2.5-day sprint cycles ensure rapid feedback loops, higher estimation accuracy, and provide natural pivot points optimized for agent-driven development.

Can I use external task managers with this?

Yes, the skill is designed to integrate with 'Beads' (bd CLI) for git-backed task graphs and can link tasks to external tools like Linear or Discord.

Sprint Planner

Name: Sprint Planner
Author: 0xHoneyJar

by0xHoneyJar

Productivity & Workflow

Transforms product and design documents into actionable 2.5-day sprint plans with rigorous technical grounding and risk assessment.

About

The Sprint Planner skill for Claude Code automates the transition from high-level planning to executable engineering tasks. By analyzing Product Requirement Documents (PRD) and Software Design Documents (SDD), it generates granular 2.5-day sprints complete with deliverables, acceptance criteria, and technical task lists. It operates with a high-integrity protocol that mandates factual grounding via direct citations from source files and manages project state within a dedicated directory, ensuring plans are realistic, traceable, and perfectly aligned with architectural constraints.

Key Features

Factual grounding protocol requiring direct quotes and citations from source docs
Enforced 2.5-day micro-sprint cycles for rapid, predictable iteration
Support for Beads (bd CLI) for git-backed task graphs and session persistence
Automated PRD and SDD synthesis into granular engineering tasks
Integrated risk mitigation, dependency tracking, and success metrics
0 GitHub stars

Use Cases

Converting a new feature PRD into a multi-sprint implementation roadmap
Breaking down monolithic technical debt into manageable, short-duration work blocks
Generating testable acceptance criteria from complex technical design documents

About

Key Features

Factual grounding protocol requiring direct quotes and citations from source docs
Enforced 2.5-day micro-sprint cycles for rapid, predictable iteration
Support for Beads (bd CLI) for git-backed task graphs and session persistence
Automated PRD and SDD synthesis into granular engineering tasks
Integrated risk mitigation, dependency tracking, and success metrics
0 GitHub stars

Use Cases

Converting a new feature PRD into a multi-sprint implementation roadmap
Breaking down monolithic technical debt into manageable, short-duration work blocks
Generating testable acceptance criteria from complex technical design documents