/architecting-security
安全架构与治理:威胁建模 (STRIDE/PASTA/LINDDUN)、零信任身份架构、IAM/SSO/MFA/PAM、合规框架 (SOC2/PCI/HIPAA/GDPR)、DLP、隐私工程、安全控制设计。Use when designing security architecture, threat modeling new systems, implementing zero-trust identity, designing IAM/SSO/PAM, building compliance evidence chains, or planning
$ npx -y skills add telagod/code-abyss --skill architecting-security --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.Auto-invocation is when the right skill fires by itself at the right moment, driven by a FLOW.md router and a hook, instead of you invoking it by name. It is the difference between a skill being installed and a skill actually getting used.Read the full definition →
- You can call itInvoke it directly when you want it.
- Slash command
/architecting-security
Context preview
The summary Claude sees to decide when to auto-load this skill.
安全架构与治理:威胁建模 (STRIDE/PASTA/LINDDUN)、零信任身份架构、IAM/SSO/MFA/PAM、合规框架 (SOC2/PCI/HIPAA/GDPR)、DLP、隐私工程、安全控制设计。Use when designing security architecture, threat modeling new systems, implementing zero-trust identity, designing IAM/SSO/PAM, building compliance evidence chains, or planning
SKILL.md
architecting-security.SKILL.mdname: architecting-security
description: 安全架构与治理:威胁建模 (STRIDE/PASTA/LINDDUN)、零信任身份架构、IAM/SSO/MFA/PAM、合规框架 (SOC2/PCI/HIPAA/GDPR)、DLP、隐私工程、安全控制设计。Use when designing security architecture, threat modeling new systems, implementing zero-trust identity, designing IAM/SSO/PAM, building compliance evidence chains, or planning privacy-by-design.
user-invocable: false
安全架构与治理
> **判断先于执行**:决定「是否做 / 选什么 / 如何取舍」(栈、方案、架构、权衡)前,先读领域判断内核 `skills/_kernel/security/SKILL.md`——它管 judgment,本秘典管 execution;冲突时以内核判断为准。
> 架构是预防层,不是补丁。先建模再写代码,先定边界再开 API。控制必须可证据化。
路由
| 意图 | 秘典 | 核心 | |------|------|------| | 威胁建模 | [threat-modeling](references/threat-modeling.md) | STRIDE / PASTA / LINDDUN / DFD / Attack Tree | | 身份与零信任 | [identity-and-zero-trust](references/identity-and-zero-trust.md) | IAM / SSO / MFA / Kerberos / PAM / Conditional Access | | 合规与证据 | [compliance-and-evidence](references/compliance-and-evidence.md) | SOC2 / PCI / HIPAA / GDPR / ISO27001 / DLP / 隐私工程 |
何时使用
| 场景 | 用 | 不用 | |------|----|----| | 新系统设计 / 新攻击面引入 | ✅ STRIDE + DFD | — | | 重大架构变更(鉴权、数据流、信任边界)| ✅ 重新建模 | — | | 引入 PII / PHI / PCI 数据 | ✅ LINDDUN + 合规映射 | — | | 上线前安全门禁 / 客户安全问卷 | ✅ 控制矩阵 + 证据 | — | | 已有架构无变更 | ❌ | 用现有控制即可 | | 仅 bug 修复 / 样式调整 | ❌ | 走 [analyzing-security](../analyzing-security/SKILL.md) | | 渗透实施层面 | ❌ | 用 [securing-systems](../securing-systems/SKILL.md) |
执行链
威胁建模 (STRIDE/PASTA/LINDDUN)
→ 控制设计 (preventive / detective / responsive 三层)
→ 实现 (代码、IaC、policy-as-code)
→ 验证 (渗透 / 红队 / 控制测试)
→ 证据留痕 (日志 / 审计 / 合规映射)
每环必须可回答「这控制对应哪条威胁?这威胁缓解到什么残留水平?谁验收?」
决策矩阵
| 决策点 | 选项 A | 选项 B | 判据 | |--------|--------|--------|------| | 鉴权协议 | SAML 2.0 | OIDC | 企业内部 SSO → SAML;移动/SPA/API → OIDC | | MFA 强度 | TOTP / Push | FIDO2 / WebAuthn | 高价值账号、抗钓鱼 → FIDO2 强制 | | 特权访问 | Standing privilege | JIT + Approval | 生产/敏感 → JIT;运维便利 → Standing 必有补偿 | | 合规起步 | SOC 2 Type I | Type II | 客户问卷应付 → I;正式审计 → II(6-12月观察期)| | 数据脱敏 | 假名化(可逆)| 匿名化(不可逆)| 业务侧仍需关联 → 假名化 + KMS;统计/共享 → 匿名化 | | 跨境传输 | SCC | BCR | 偶发场景 → SCC;跨国集团内部 → BCR |
与其他 skill 联动
- 威胁建模产出 → [analyzing-security](../analyzing-security/SKILL.md) 把高危项纳入扫描规则
- 代码层防御 → [securing-systems](../securing-systems/SKILL.md)(pentest / code-audit / red-team)
- IaC 策略落地 → [provisioning-infrastructure](../provisioning-infrastructure/SKILL.md)(OPA / Sentinel / Conftest)
- LLM/Agent 系统威胁 → [building-agent-systems](../building-agent-systems/SKILL.md)(Prompt Injection / 模型窃取)
- API 接口面 → [designing-architectures](../designing-architectures/SKILL.md) 的 `api-design.md`
- 审计证据自动化 → [automating-devops](../automating-devops/SKILL.md)(CI 持续合规)
铁律
1. **先建模再写代码** — 威胁清单未出,代码不动;信任边界未画,接口不开。 2. **控制必须证据化** — 任何控制都要回答「日志在哪?审计点在哪?谁是 owner?SLA 多久?」 3. **零信任默认拒绝** — 永不信任、始终验证、最小权限到请求级;缺一即非零信任。 4. **合规不是法律意见** — 框架映射可以做,最终结论须法务/合规官签字。 5. **残留风险必须留痕** — 不能消的风险要在 DESIGN.md / 风险登记册显式接受 + 补偿控制。
Read more
name: architecting-security description: 安全架构与治理:威胁建模 (STRIDE/PASTA/LINDDUN)、零信任身份架构、IAM/SSO/MFA/PAM、合规框架 (SOC2/PCI/HIPAA/GDPR)、DLP、隐私工程、安全控制设计。Use when designing security architecture, threat modeling new systems, implementing zero-trust identity, designing IAM/SSO/PAM, building compliance evidence chains, or planning privacy-by-design. user-invocable: false
安全架构与治理
> **判断先于执行**:决定「是否做 / 选什么 / 如何取舍」(栈、方案、架构、权衡)前,先读领域判断内核 `skills/_kernel/security/SKILL.md`——它管 judgment,本秘典管 execution;冲突时以内核判断为准。
> 架构是预防层,不是补丁。先建模再写代码,先定边界再开 API。控制必须可证据化。
路由
| 意图 | 秘典 | 核心 | |------|------|------| | 威胁建模 | [threat-modeling](references/threat-modeling.md) | STRIDE / PASTA / LINDDUN / DFD / Attack Tree | | 身份与零信任 | [identity-and-zero-trust](references/identity-and-zero-trust.md) | IAM / SSO / MFA / Kerberos / PAM / Conditional Access | | 合规与证据 | [compliance-and-evidence](references/compliance-and-evidence.md) | SOC2 / PCI / HIPAA / GDPR / ISO27001 / DLP / 隐私工程 |
何时使用
| 场景 | 用 | 不用 | |------|----|----| | 新系统设计 / 新攻击面引入 | ✅ STRIDE + DFD | — | | 重大架构变更(鉴权、数据流、信任边界)| ✅ 重新建模 | — | | 引入 PII / PHI / PCI 数据 | ✅ LINDDUN + 合规映射 | — | | 上线前安全门禁 / 客户安全问卷 | ✅ 控制矩阵 + 证据 | — | | 已有架构无变更 | ❌ | 用现有控制即可 | | 仅 bug 修复 / 样式调整 | ❌ | 走 [analyzing-security](../analyzing-security/SKILL.md) | | 渗透实施层面 | ❌ | 用 [securing-systems](../securing-systems/SKILL.md) |
执行链
威胁建模 (STRIDE/PASTA/LINDDUN) → 控制设计 (preventive / detective / responsive 三层) → 实现 (代码、IaC、policy-as-code) → 验证 (渗透 / 红队 / 控制测试) → 证据留痕 (日志 / 审计 / 合规映射)
每环必须可回答「这控制对应哪条威胁?这威胁缓解到什么残留水平?谁验收?」
决策矩阵
| 决策点 | 选项 A | 选项 B | 判据 | |--------|--------|--------|------| | 鉴权协议 | SAML 2.0 | OIDC | 企业内部 SSO → SAML;移动/SPA/API → OIDC | | MFA 强度 | TOTP / Push | FIDO2 / WebAuthn | 高价值账号、抗钓鱼 → FIDO2 强制 | | 特权访问 | Standing privilege | JIT + Approval | 生产/敏感 → JIT;运维便利 → Standing 必有补偿 | | 合规起步 | SOC 2 Type I | Type II | 客户问卷应付 → I;正式审计 → II(6-12月观察期)| | 数据脱敏 | 假名化(可逆)| 匿名化(不可逆)| 业务侧仍需关联 → 假名化 + KMS;统计/共享 → 匿名化 | | 跨境传输 | SCC | BCR | 偶发场景 → SCC;跨国集团内部 → BCR |
与其他 skill 联动
- 威胁建模产出 → [analyzing-security](../analyzing-security/SKILL.md) 把高危项纳入扫描规则
- 代码层防御 → [securing-systems](../securing-systems/SKILL.md)(pentest / code-audit / red-team)
- IaC 策略落地 → [provisioning-infrastructure](../provisioning-infrastructure/SKILL.md)(OPA / Sentinel / Conftest)
- LLM/Agent 系统威胁 → [building-agent-systems](../building-agent-systems/SKILL.md)(Prompt Injection / 模型窃取)
- API 接口面 → [designing-architectures](../designing-architectures/SKILL.md) 的 `api-design.md`
- 审计证据自动化 → [automating-devops](../automating-devops/SKILL.md)(CI 持续合规)
铁律
1. **先建模再写代码** — 威胁清单未出,代码不动;信任边界未画,接口不开。 2. **控制必须证据化** — 任何控制都要回答「日志在哪?审计点在哪?谁是 owner?SLA 多久?」 3. **零信任默认拒绝** — 永不信任、始终验证、最小权限到请求级;缺一即非零信任。 4. **合规不是法律意见** — 框架映射可以做,最终结论须法务/合规官签字。 5. **残留风险必须留痕** — 不能消的风险要在 DESIGN.md / 风险登记册显式接受 + 补偿控制。
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Repo: telagod/code-abyss
Other skills on code-abyss.
- /analyzing-changes
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Open skill - /analyzing-security
Scans code for security vulnerabilities, detects dangerous patterns, and ensures security decisions are documented. Use when running security scans, auditing code, or checking for OWASP issues, injection risks, or sensitive data leaks. Automatically triggered on new modules,
Open skill - /analyzing-spreadsheets
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Open skill - /applying-ui-design-system
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Open skill - /automating-devops
DevOps knowledge reference covering Git workflows, testing strategies, DevSecOps, release pipeline orchestration (release.yml, multi-arch images, cosign integration), CI/CD pipelines, database management, observability, and performance optimization. Use when working with Git,
Open skill - /building-agent-systems
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Open skill

