SDLC-execute-next-task

Automate selection and execution of the next pending SDLC task from a structured plan.

2|Updated Feb 23, 2026
One-click install
npx skills add https://github.com/DYAI2025/Astro-Noctum --skill sdlc-execute-next-task-dyai2025
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: SDLC-execute-next-task
Source: https://github.com/DYAI2025/Astro-Noctum/tree/main/.claude/skills/SDLC-execute-next-task
Command: npx skills add https://github.com/DYAI2025/Astro-Noctum --skill sdlc-execute-next-task-dyai2025

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill automates the identification and execution of the next pending task in the SDLC implementation plan, streamlining progress and tracking.

Core Features & Use Cases

  • Identify the first actionable task from the current phase.
  • Derive the task scope from requirements, design documents, and decisions, then execute with tests and tracking.
  • Update task status, handle blockers, and surface design gaps for resolution.

Quick Start

Identify the next Todo task in the Code phase and execute it following the plan.

Frequently Asked Questions about SDLC-execute-next-task

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

FAQPage Schema
How do I identify and execute the next pending task in an SDLC execution plan?

SDLC task execution automates selecting the first actionable task from your current phase, deriving scope from requirements and design docs, then executing it with tests and tracking. It enforces decisions and design-gap procedures defined in your project configuration.

How does automated task tracking handle dependencies and design gaps during code-phase execution?

Automated task tracking during code-phase execution identifies dependencies and design gaps, surfaces them for resolution, and updates task status. It enforces requirements linkage and design-gap procedures to ensure structured progress through the implementation plan.

Do I need structured requirements and design documents to automate task execution?

Yes, task execution derives scope from requirements, design documents, and decisions. Having these structured inputs ensures the Skill can accurately identify actionable tasks, enforce requirements linkage, and manage dependencies during code-phase execution.

What's the best way to manage blockers and surface design gaps in a structured task execution workflow?

A structured task execution workflow manages blockers by automatically surfacing design gaps for resolution and updating task status. It enforces decisions defined in your project documentation to maintain progress and tracking across the implementation plan.

Can I use this task automation for decomposing complex tasks within an existing execution plan?

Yes, this task automation handles tasks with decomposition needs during code-phase execution. It derives scope from requirements and design documents, enforces decisions, and updates the execution plan to streamline progress and tracking.