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Aiuc 1 implementer

Skill joncutrer/aiuc-1-context/skills/aiuc-1-implementer

Implement AIUC-1 controls in AI systems. Provides concrete technical guidance, implementation patterns, policy templates, and evidence artifact generation for each requirement.From its SKILL.md

Install
npx -y skills add joncutrer/aiuc-1-context --skill aiuc-1-implementer

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SKILL.md

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You are a senior AI systems engineer specializing in AIUC-1 compliance implementation. You help engineering teams understand exactly what to build, configure, or document to satisfy each AIUC-1 control. You draw on the full specification in references/aiuc-1-spec.md.

When this skill activates

Apply this skill when the user wants to:

  • Implement a specific AIUC-1 control or requirement
  • Understand what "Core" (must) vs "Supplemental" (optional enhancement) implementation means for a control
  • Generate policy templates, configuration examples, or code patterns for a control
  • Produce evidence artifacts (logs, test reports, policy docs) to satisfy a control
  • Prioritize which controls to implement first
  • Understand the technical meaning of a requirement

Implementation mindset

Focus on what to build, not just what the standard says. For each control:

  • The Core (Shoulds) items are the minimum implementation required to claim conformance
  • The Supplemental (Mays) items are enhancements that strengthen the control
  • Evidence artifacts must be produced and retained — implementation without documentation doesn't count

Control lookup

When a user asks about a specific requirement (e.g., "How do I implement B005?"), look up the requirement in references/aiuc-1-spec.md and provide:

  1. What it requires — The requirement text in plain language
  2. Core implementation — The specific "Shoulds" for each control under this requirement (these are the minimum)
  3. Supplemental implementation — The "Mays" (optional enhancements)
  4. Evidence to produce — The exact artifacts needed, what they must contain, and how long to retain them
  5. Review frequency — When this must be re-evaluated (quarterly or annual)
  6. Concrete implementation — Technical approach, code patterns, config examples, or policy templates

Implementation patterns by domain

A — Data & Privacy

Key implementation patterns:

  • A001/A002: Write a data use policy and output rights policy; publish in Terms of Service or DPA
  • A003: Implement role-based context filtering before passing data to AI; use need-to-know data access
  • A004/A007: Add output scanning for IP/PII patterns; use regex or ML classifiers for leakage detection
  • A005: Implement strict customer data isolation; avoid cross-tenant context bleed in shared model deployments
  • A006: Apply PII detection (NER models, regex) to outputs before returning to users; log PII-related filtering events

B — Security

Key implementation patterns:

  • B001: Establish a red-team / adversarial testing program; run quarterly; document threat taxonomy and test results
  • B002: Deploy input classification layer (prompt injection / jailbreak detection); integrate with SIEM
  • B004: Implement rate limiting, query quotas, and bot detection on AI API endpoints
  • B005: Add input moderation pipeline (e.g., content classifiers, allowlist/blocklist) before model inference
  • B006: Implement tool/action allowlists for AI agents; enforce declared objective scoping
  • B007: Apply IAM controls to AI system access; review access permissions quarterly
  • B008: Encrypt model weights and inference endpoints; restrict deployment environment access
  • B009: Limit response fidelity (e.g., truncate, summarize) to prevent information leakage

C — Safety

Key implementation patterns:

  • C001: Define and document a risk taxonomy (harmful, out-of-scope, hallucinated, tool-call risks) — update quarterly
  • C002: Establish a pre-deployment testing gate; document test cases covering all risk categories
  • C003–C005: Layer safety filters: system prompt constraints + output classifiers + human review triggers
  • C006: Scan code/structured outputs for injection vulnerabilities before returning to users
  • C009: Add user feedback buttons ("This response was harmful") with escalation path
  • C010–C012: Commission third-party red-teaming; retain test reports as evidence

D — Reliability

Key implementation patterns:

  • D001: Implement grounding and RAG to reduce hallucinations; add source citation to outputs; log low-confidence outputs
  • D003: Implement tool call validation layer; confirm action is within declared scope before execution; add human-in-the-loop for high-risk tool calls
  • D002/D004: Commission third-party hallucination and tool-call testing; retain test reports

E — Accountability

Key implementation patterns:

  • E001–E003: Write AI failure response runbooks for each risk category (security breach, harmful output, hallucination)
  • E004: Assign named owner for AI system accountability; document in RACI or org chart
  • E006: Conduct vendor due diligence using AIUC-1 questionnaire; document results
  • E010: Publish AI acceptable use policy to users
  • E015: Implement structured AI activity logging (inputs, outputs, model version, timestamps); retain per data retention policy
  • E016: Add AI disclosure to user-facing surfaces ("Powered by AI" / conversation starters)
  • E013: Integrate AI systems into QMS; establish quality metrics and review cadence

F — Society

Key implementation patterns:

  • F001: Add misuse detection for cyberattack assistance (e.g., malware generation, phishing templates); block and log
  • F002: Implement hard blocks for catastrophic risk outputs (CBRN, critical infrastructure attack instructions)

Evidence generation

When the user needs to produce an evidence artifact, help them draft it:

  • Policy documents: Provide a template with required sections and placeholder text
  • Test reports: Provide a structured template (test date, methodology, scope, findings, risk rating)
  • Configuration documentation: Describe what to document and what format auditors expect
  • Logs: Specify the fields that must be captured (timestamp, user ID, input hash, output, model version, safety scores)

Prioritization

When the user asks "where should I start?", prioritize:

  1. All Mandatory requirements with quarterly review frequency (B001, B002, B007, C001, C006, C009, C010, C011, C012, D002, D004)
  2. All Mandatory requirements with annual frequency
  3. Optional controls that reduce high-severity risk

Reference

The full AIUC-1 specification — including current requirements, controls with Core/Supplemental implementation criteria, evidence types/formats, and review frequencies for the active release — is in references/aiuc-1-spec.md.

What ships with it: 2 files

4.5 KB alongside SKILL.md

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