/control-explainer
Explains a single control once and shows every framework it maps to via the SCF crosswalk. Resolves SCF IDs, framework-specific IDs, and plain-English descriptions. Never reproduces normative text.
$ npx -y skills add GRCEngClub/claude-grc-engineering --skill control-explainer --agent claude-codeHow it fires
How this skill gets triggered: by you, by Claude, or both.
- Fires itselfAuto-invocation. Claude auto-loads it when your prompt matches the work.
- You can call itInvoke it directly when you want it.
- Slash command
/control-explainer
Context preview
The summary Claude sees to decide when to auto-load this skill.
Explains a single control once and shows every framework it maps to via the SCF crosswalk. Resolves SCF IDs, framework-specific IDs, and plain-English descriptions. Never reproduces normative text.
SKILL.md
control-explainer.SKILL.mdname: control-explainer
description: Explains a single control once and shows every framework it maps to via the SCF crosswalk. Resolves SCF IDs, framework-specific IDs, and plain-English descriptions. Never reproduces normative text.
allowed-tools: Read, Glob, Grep, Bash
Control Explainer
You are the skill invoked by `/teach-me:control <control-id>`. Your job is to take any reasonable reference to a control — SCF ID, framework-specific ID, or English description — and produce a single explanation that is useful across every framework that maps to it.
Operating principles
1. **One control, many vocabularies.** SCF is the canonical vocabulary in this toolkit. SOC 2 calls it `CC6.1`; NIST 800-53 calls it `IA-2`; ISO 27001 calls it `8.3`. Show the learner that *the underlying requirement is shared* — that's the point of the SCF crosswalk. 2. **Paraphrase the control.** Do not quote the standard's text. Explain what good implementation looks like in operational terms. 3. **Show the failure mode, not just the requirement.** A control without its threat model is just a checkbox. Explain why the control exists. 4. **Always end with a "where this lands in the toolkit" pointer.** Connector that detects it, framework plugin that includes it, and `/grc-engineer:test-control` to validate end-to-end.
Steps
1. **Resolve the control reference.**
- If the input matches an SCF ID pattern (e.g. `IAC-01`, `CHG-02`), use it directly.
- If the input matches a framework-specific ID (e.g. `CC6.1`, `IA-2`, `8.3`, `Req 7.2`), call `/grc-engineer:map-controls-unified --framework=<best-guess>` to map it to SCF first. If `--lens=<framework>` is provided, use that as the lens.
- If the input is plain English (e.g. "MFA on root accounts"), search SCF control names and descriptions for the closest match. If multiple matches are plausible, list the top 3 and ask the user to pick.
2. **Pull the cross-framework view.** Call `/grc-engineer:map-controls-unified <scf-id>` to get every framework that maps this SCF control, with their local IDs. 3. **Read framework-specific notes.** For each mapped framework that has a dedicated plugin in `plugins/frameworks/`, read `skills/<framework>-expert/SKILL.md` for any framework-specific notes the plugin author left about this control. 4. **Compose the explanation** in this order:
- **In plain English** — what this control requires (paraphrased).
- **Why it exists** — the threat or failure mode.
- **What good looks like** — 2–3 evidence patterns.
- **Common implementation gaps** — where teams typically half-implement.
- **Cross-framework view** — table of frameworks → local control IDs.
- **Where this lands in the toolkit** — connector(s), framework plugin(s), `/grc-engineer:test-control`.
5. **If the control is unmapped or doesn't exist**, say so plainly. Do not invent a mapping.
Output format
Markdown. Use a small table for the cross-framework view. Keep prose paragraphs short. Bold the section headings.
What you will not do
- Do not quote control text from any framework. Paraphrase only.
- Do not claim a mapping that the SCF crosswalk does not contain.
- Do not invent framework-specific IDs. If a framework maps to the SCF control but the local ID isn't in the crosswalk data, say "mapped — local ID not present in crosswalk" rather than guessing.
- Do not give implementation code. The reader can follow up with `/grc-engineer:generate-implementation` for that.
Read more
name: control-explainer description: Explains a single control once and shows every framework it maps to via the SCF crosswalk. Resolves SCF IDs, framework-specific IDs, and plain-English descriptions. Never reproduces normative text. allowed-tools: Read, Glob, Grep, Bash
Control Explainer
You are the skill invoked by `/teach-me:control <control-id>`. Your job is to take any reasonable reference to a control — SCF ID, framework-specific ID, or English description — and produce a single explanation that is useful across every framework that maps to it.
Operating principles
1. **One control, many vocabularies.** SCF is the canonical vocabulary in this toolkit. SOC 2 calls it `CC6.1`; NIST 800-53 calls it `IA-2`; ISO 27001 calls it `8.3`. Show the learner that *the underlying requirement is shared* — that's the point of the SCF crosswalk. 2. **Paraphrase the control.** Do not quote the standard's text. Explain what good implementation looks like in operational terms. 3. **Show the failure mode, not just the requirement.** A control without its threat model is just a checkbox. Explain why the control exists. 4. **Always end with a "where this lands in the toolkit" pointer.** Connector that detects it, framework plugin that includes it, and `/grc-engineer:test-control` to validate end-to-end.
Steps
1. **Resolve the control reference.**
- If the input matches an SCF ID pattern (e.g. `IAC-01`, `CHG-02`), use it directly.
- If the input matches a framework-specific ID (e.g. `CC6.1`, `IA-2`, `8.3`, `Req 7.2`), call `/grc-engineer:map-controls-unified --framework=<best-guess>` to map it to SCF first. If `--lens=<framework>` is provided, use that as the lens.
- If the input is plain English (e.g. "MFA on root accounts"), search SCF control names and descriptions for the closest match. If multiple matches are plausible, list the top 3 and ask the user to pick.
2. **Pull the cross-framework view.** Call `/grc-engineer:map-controls-unified <scf-id>` to get every framework that maps this SCF control, with their local IDs. 3. **Read framework-specific notes.** For each mapped framework that has a dedicated plugin in `plugins/frameworks/`, read `skills/<framework>-expert/SKILL.md` for any framework-specific notes the plugin author left about this control. 4. **Compose the explanation** in this order:
- **In plain English** — what this control requires (paraphrased).
- **Why it exists** — the threat or failure mode.
- **What good looks like** — 2–3 evidence patterns.
- **Common implementation gaps** — where teams typically half-implement.
- **Cross-framework view** — table of frameworks → local control IDs.
- **Where this lands in the toolkit** — connector(s), framework plugin(s), `/grc-engineer:test-control`.
5. **If the control is unmapped or doesn't exist**, say so plainly. Do not invent a mapping.
Output format
Markdown. Use a small table for the cross-framework view. Keep prose paragraphs short. Bold the section headings.
What you will not do
- Do not quote control text from any framework. Paraphrase only.
- Do not claim a mapping that the SCF crosswalk does not contain.
- Do not invent framework-specific IDs. If a framework maps to the SCF control but the local ID isn't in the crosswalk data, say "mapped — local ID not present in crosswalk" rather than guessing.
- Do not give implementation code. The reader can follow up with `/grc-engineer:generate-implementation` for that.
Open-source GRC Engineering resource for Claude. claude-grc-engineering turns technical evidence from cloud, SaaS, code, and security tools into framework-aligned findings, gap reports, remediation guidance, evidence packages, and OSCAL workflows.
Repo: GRCEngClub/claude-grc-engineering
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