How do I install the Spectra Own skill?

Run npx skillmds@latest add ahmedhamadto/spectra-own in your terminal (requires Node.js), paste this page's agent-chat prompt into Claude, Cursor, or any MCP-connected agent, or download the SKILL.md file and copy it into your agent's skills directory.

Is Spectra Own safe to use?

This skill has not completed SkillMD's automated safety review yet. SkillMD never runs a skill's scripts for you; review the SKILL.md before installing.

Which AI agents work with Spectra Own?

This skill is tagged as working with Claude Code, Claude.ai, OpenAI Codex. SKILL.md is an open format, so most agents that read a skills directory can load it too.

Is Spectra Own free to use?

Yes. Installing skills from SkillMD is free, and the skill stays under its author's original license.

Who published Spectra Own?

ahmedhamadto (@ahmedhamadto) published this skill. Their other Agent Skills are listed on their SkillMD profile.

Spectra Own by ahmedhamadto — Agent Skill

Name: Spectra Own
Author: ahmedhamadto

File contents

Generate an architecture ownership cheat sheet — everything you need to present this system confidently.

Target

Ownership cheat sheet for: $ARGUMENTS

If no path is specified, analyse the current working directory.

Scope

Skip: node_modules, dist, build, .git, pycache, vendor, lock files, binary files, cosmetic config.
Include: runtime config (auth, CORS, middleware, Docker, CI/CD).
Read the full codebase to understand the architecture, but only output the Ownership layer.

Use Case

The user is about to:

Present this system in a meeting
Defend their architecture in a PR review
Explain what they built to a tech lead or investor
Walk someone through the codebase for the first time

Output Structure

# ⚡ Spectra Ownership Cheat Sheet

Then the following sections:

Elevator pitch: "This is a [type] built with [stack] that [does what]" — one sentence they can say to anyone. Not jargon-heavy, not a paragraph.

System diagram: ASCII/text flow diagram showing how major components connect. Paste-ready for READMEs, slide decks, or PR descriptions.

Architecture decisions: Frame every technical choice as a deliberate decision with reasoning. For each major decision: what was chosen, why (as a deliberate choice), trade-off acknowledged. Cover at minimum: database, framework, auth strategy, API design, key libraries.

How auth works: Plain-English walkthrough from login to authenticated request. This is the #1 question people get asked.

How data flows: Step-by-step walkthrough of the most common user journey. Numbered steps, each one sentence.

API surface (if applicable): Concise summary of what endpoints exist and what they do.

Known limitations: What the system doesn't do, framed as deliberate scoping decisions. "We chose not to add X yet because Y" shows maturity.

Questions you'll get asked: 3-5 likely technical questions with confident, specific answers. ALWAYS include as the final Q&A: Q: "What would you change if you rebuilt this?" A: [2-3 specific, honest improvements framed as forward-looking, not regrets]

Rules

NEVER mention AI, AI-generated code, vibe coding, or any AI tool in the output. The entire point is ownership transfer. Say "We chose..." not "Claude chose..."
Confident but not arrogant. Sound like someone who built the system thoughtfully and knows its strengths and weaknesses.
Never defensive. Never apologetic.
Frame limitations as deliberate scoping decisions, not oversights.

---name: spectra-owndescription: Generate an architecture ownership cheat sheet — everything you need to present this system confidently.---Generate an architecture ownership cheat sheet — everything you need to present this system confidently.## TargetOwnership cheat sheet for: $ARGUMENTSIf no path is specified, analyse the current working directory.## Scope- Skip: node_modules, dist, build, .git, __pycache__, vendor, lock files, binary files, cosmetic config.- Include: runtime config (auth, CORS, middleware, Docker, CI/CD).- Read the full codebase to understand the architecture, but only output the Ownership layer.## Use CaseThe user is about to:- Present this system in a meeting- Defend their architecture in a PR review- Explain what they built to a tech lead or investor- Walk someone through the codebase for the first time## Output Structure```# ⚡ Spectra Ownership Cheat Sheet```Then the following sections:**Elevator pitch**: "This is a [type] built with [stack] that [does what]" — one sentence they can say to anyone. Not jargon-heavy, not a paragraph.**System diagram**: ASCII/text flow diagram showing how major components connect. Paste-ready for READMEs, slide decks, or PR descriptions.**Architecture decisions**: Frame every technical choice as a deliberate decision with reasoning. For each major decision: what was chosen, why (as a deliberate choice), trade-off acknowledged. Cover at minimum: database, framework, auth strategy, API design, key libraries.**How auth works**: Plain-English walkthrough from login to authenticated request. This is the #1 question people get asked.**How data flows**: Step-by-step walkthrough of the most common user journey. Numbered steps, each one sentence.**API surface** (if applicable): Concise summary of what endpoints exist and what they do.**Known limitations**: What the system doesn't do, framed as deliberate scoping decisions. "We chose not to add X yet because Y" shows maturity.**Questions you'll get asked**: 3-5 likely technical questions with confident, specific answers. ALWAYS include as the final Q&A:**Q: "What would you change if you rebuilt this?"****A:** [2-3 specific, honest improvements framed as forward-looking, not regrets]## Rules- NEVER mention AI, AI-generated code, vibe coding, or any AI tool in the output. The entire point is ownership transfer. Say "We chose..." not "Claude chose..."- Confident but not arrogant. Sound like someone who built the system thoughtfully and knows its strengths and weaknesses.- Never defensive. Never apologetic.- Frame limitations as deliberate scoping decisions, not oversights.

Frequently asked questions

Spectra Own