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deepplan

Generate CPS-aligned plans for complex tasks using Explorer triplets.

2|1|Updated Mar 26, 2026
Search Tags:#automation#planning#risk-management#explorer#cps#deepplan
One-click install
npx skills add https://github.com/TeamSPWK/nova --skill deepplan
Or copy as Structured Prompt for Agent▼
Please help me install this Agent Skill.
Skill: deepplan
Source: https://github.com/TeamSPWK/nova/tree/main/.claude/skills/deepplan
Command: npx skills add https://github.com/TeamSPWK/nova --skill deepplan

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

DeepPlan addresses the need to extract more thorough, validated planning outputs when initial plans lack depth, ensuring higher reliability for complex tasks and architectural decisions.

Core Features & Use Cases

  • Coordinates Explorer triplets (Code, Risk, Option) to synthesize a richer, CPS-aligned plan.
  • Maintains CPS skeleton compatibility so downstream flows like /nova:design and /nova:auto can consume outputs without modification.
  • Provides structured, traceable workflows with iteration control and phase-based orchestration for reproducible planning results.
  • Use cases include expanding shallow plans for complex projects, validating architectural forks, and responding to /nova:deepplan requests.

Quick Start

Provide a complex planning request to trigger a deeper, CPS-aligned plan.

Frequently Asked Questions about deepplan

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

FAQPage Schema
How do I generate a deeper project plan when my initial plan lacks sufficient verification depth?▼

Deep plan generation coordinates Explorer triplets to synthesize a richer, CPS-aligned plan. It identifies when a plan's breadth is insufficient and triggers enhanced planning for complex tasks rated complexity 8 or above.

When should I use enhanced CPS-based planning instead of standard plan generation?▼

Use enhanced CPS-based planning for complex tasks with complexity 8 or higher, architectural fork decisions, or when you need deeper analysis and robust validation than standard plan generation provides.

How can I validate architectural fork decisions with traceable planning outputs?▼

Risk-management planning validates architectural forks by coordinating Explorer triplets across Code, Risk, and Option dimensions. This generates a CPS-aligned plan with structured, traceable workflows and phase-based orchestration.

Does deep plan generation maintain compatibility with downstream design and automation flows?▼

Deep plan generation maintains CPS skeleton compatibility, ensuring downstream flows like design and automation can consume outputs without modification. It provides reproducible planning results with iteration control.

What is the best way to expand a shallow plan for complex software engineering projects?▼

Expanding shallow plans for complex projects requires coordinating Explorer triplets to verify depth and synthesize a CPS-aligned plan. This automation applies phase-based orchestration to produce traceable, validated outputs.

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