What documents does this skill require to function?

The skill requires a Product Requirements Document (PRD) and a Software Design Document (SDD) located in the loa-grimoire directory to ensure all plans are grounded in actual project specifications.

Why does it use 2.5-day sprints?

2.5-day sprints promote high velocity and frequent validation, allowing teams to pivot quickly and maintain momentum in fast-paced development environments.

What is the 'Beads' check mentioned in the workflow?

Beads (bd CLI) is an optional dependency that provides a git-backed task graph and session persistence, which enhances the skill's ability to track complex dependencies.

Can I use this for existing projects?

Yes. If an integration-context.md file exists, the skill will factor in current project state, team capacity, and existing technical debt when generating new sprints.

How does the skill ensure technical accuracy?

It uses a Factual Grounding protocol that mandates word-for-word quotes and file citations from your documentation before any task or recommendation is synthesized.

Agile Sprint Planner

Name: Agile Sprint Planner
Author: 0xHoneyJar

by0xHoneyJar

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生产力与工作流

Transforms product and design documents into actionable 2.5-day sprint plans with granular technical tasks and risk assessments.

关于

The Agile Sprint Planner is a specialized Claude Code skill designed to bridge the gap between high-level requirements and executable code. By synthesizing Product Requirements Documents (PRDs) and Software Design Documents (SDDs), it generates comprehensive sprint plans in the loa-grimoire/sprint.md format. The skill enforces high-integrity planning through factual grounding—requiring exact quotes from source files—and organizes work into high-velocity 2.5-day cycles. It is ideal for teams building complex SaaS platforms who need rigorous task breakdown, dependency tracking, and automated state management.

主要功能

Integrated Risk Management: Identifies potential technical blockers and provides specific mitigation strategies for every sprint.
Requirement Synthesis: Automatically parses PRD and SDD files to extract core MVP features and technical constraints.
2.5-Day Sprint Cadence: Breaks down complex roadmaps into manageable, high-velocity work cycles with specific deliverables.
6 GitHub stars
Structured Memory Protocol: Maintains project continuity across sessions using a dedicated NOTES.md and trajectory logging.
Factual Grounding: Enforces mandatory citation of source documents to ensure technical tasks align perfectly with design specs.

使用场景

Generating engineer-ready task lists that include explicit acceptance criteria and success metrics.
Converting a newly finalized PRD and technical architecture into a week-by-week implementation roadmap.
Re-planning project phases based on security audit feedback or shifting community priorities.

关于

主要功能

Integrated Risk Management: Identifies potential technical blockers and provides specific mitigation strategies for every sprint.
Requirement Synthesis: Automatically parses PRD and SDD files to extract core MVP features and technical constraints.
2.5-Day Sprint Cadence: Breaks down complex roadmaps into manageable, high-velocity work cycles with specific deliverables.
6 GitHub stars
Structured Memory Protocol: Maintains project continuity across sessions using a dedicated NOTES.md and trajectory logging.
Factual Grounding: Enforces mandatory citation of source documents to ensure technical tasks align perfectly with design specs.

使用场景

Generating engineer-ready task lists that include explicit acceptance criteria and success metrics.
Converting a newly finalized PRD and technical architecture into a week-by-week implementation roadmap.
Re-planning project phases based on security audit feedback or shifting community priorities.