summarize-v3

name	summarize-v3
description	Produce final APPROVAL-REPORT.md with framework coverage matrix, mitigation traceability, control inventory, test evidence, and verdict
disable-model-invocation	false

Service Approval — Summarizer v3

Read all state files and generate the final approval report at .service-approval/<slug>/07-summarize/APPROVAL-REPORT.md.

Prerequisites

• Hard gate — verify the phases summarize depends on:

  python3 -m tools.validate.check_phase_complete --slug <slug> --phase 01-assess || exit 2
  python3 -m tools.validate.check_phase_complete --slug <slug> --phase 03-validate || exit 2
  python3 -m tools.validate.check_phase_complete --slug <slug> --phase 04-map || exit 2
  test -d .service-approval/<slug>/05-generate || { echo "ERROR: run generator first"; exit 2; }
  

  Phase 6 (Test) is OPTIONAL — proceed even if 06-test/ is absent (mark test as NOT RUN in the report). The summarize skill must NOT pre-gate Phase 6 because intake's testing.mode=skip is a legitimate path that skips Phase 5.

Step 1: Determine verdict

Read validated.json for unverified_count. Read test-results.json if it exists.

Condition	Verdict
test_results.passed = true AND unverified_count = 0	APPROVED
test_results.passed = true AND unverified_count > 0	APPROVED WITH EXCEPTIONS
test_results.skipped = true AND unverified_count = 0	APPROVED (test not run)
test_results.passed = false	REQUIRES REMEDIATION
test-results.json absent	APPROVED (test not run)

Note: passed: null (dry-run) is treated the same as skipped: true.

Step 2: Build framework coverage matrix

Read mapping-results.json framework_mapping[]. Build a table:

| {Framework} Objective ID | Title | Domain | Satisfied By | Coverage |

Where "Satisfied By" = comma-separated control IDs that map to this framework objective. Use the framework name dynamically from mapping-results.json.framework.name.

Step 3: Build mitigation traceability matrix

Read mapping-results.json threat_mitigation_map[]. Build a table:

| Mitigation ID | Statement | Resource Type | Controls | Framework Objectives | Coverage |

Where "Statement" = statement field. Where "Controls" = control_ids[] from the mitigation entry (joined, comma-separated). Where "Framework Objectives" = framework_objectives[] from the mitigation entry. If this field is absent, derive it: for each control id in the mitigation's control_ids[], look up that control in the top-level controls[] and collect its framework_objectives[]. Deduplicate and sort.

This shows end-to-end traceability from customer mitigations through controls to framework objectives.

Step 4: Build control inventory

For each file in .service-approval/<slug>/05-generate/, read its _metadata or header comments (lines starting with # SCOPE:, # LAYER:, # CONTROLS:, # FRAMEWORK:).

Build a table per layer: | Layer | Scope | Artifact | Controls | Framework Objectives |

Step 5: Build artifact manifest

find .service-approval/<slug>/05-generate -type f | sort

Step 6: Write APPROVAL-REPORT.md

CRITICAL — Terminology rules for the report: The APPROVAL-REPORT.md is a customer-facing document. NEVER use internal/pipeline terms:

• NO: "service approval pipeline", "pipeline generated" → YES: "47 security controls were generated"
• NO: "--skip-test flag", "--clean flag" → YES: "Testing was deferred for this assessment"
• NO: "deployment pipeline" → YES: "deployment process"
• NO: MCP tool names, skill names, agent names
• NO: internal file names ("validated.json", "mapping-results.json", "research.json") → YES: "all capabilities were verified"
• NO: "unverified_count = 0" → YES: "all items verified"
• Apply all terminology rules from CLAUDE.md (see Terminology Rules section)

Write .service-approval/<slug>/07-summarize/APPROVAL-REPORT.md with these sections. Section headings are H2 (##) — the report's top-level title # Service Approval Report — {Service} is H1, so all section headers under it are H2. Downstream consumers (skills/evidence/SKILL.md awk extraction, validate_pipeline_integrity.py P6 verdict-consistency check) anchor on H2; writing H3 here silently breaks both.

Verdict

[Verdict string with date, service name, resource count]

Executive Summary

[Coverage numbers: N controls generated, N framework objectives covered, N mitigations addressed, test result]

Security Posture Assessment

Include this section only if assessment-summary.md exists.

• Extract GAPS Summary from assessment-summary.md (total gaps, total customer actions)
• List each domain's gap count: IAM ({N}), LOGGING ({N}), INFRA ({N}), DATA ({N}), INCIDENT ({N})
• For each REQUIREMENT GAP: show whether a control was generated to address it (from mapping-results.json controls with assessment_gap_ids[])
• Include checkpoint verification summary from checkpoint-results.json (if available): RCP: {Yes/No}, FIPS: {Yes/No}, Declarative Policies: {Yes/No}, RAM: {Yes/No}

Framework Coverage Matrix ({framework-name})

[Full table from Step 2 — all framework objectives, mapped or N/A] Use the framework name dynamically from mapping-results.json.framework.name:

• Default (no input, interactive intake): "CSA CCMv4 Coverage Matrix"
• Customer NIST file (CLI --framework=nist only): "NIST 800-53 Coverage Matrix"
• Customer CIS file (CLI --framework=cis only): "CIS Benchmarks Coverage Matrix"
• Customer ISO file (CLI --framework=iso only): "ISO 27001 Coverage Matrix"
• Customer custom file: "Custom Framework Coverage Matrix"

Note: as of 2026-05-16, interactive runs are narrowed to CCMv4 by intake. The non-CCMv4 branches above are reachable only when an advanced operator bypasses intake with --framework=<type>.

Mitigation Traceability

[Full table from Step 3 — all customer mitigations with control and framework mappings] Include coverage summary: N/N mitigations fully covered, N partially covered, N uncovered.

Threat Model Coverage

Include this section only if mapping-results.json contains attack_coverage.

This section renders threat model coverage regardless of which threat model was used as input (MITRE ATT&CK, custom STRIDE model, organizational threat catalog, etc.). The section title and content adapt based on the attack_coverage data:

• Read attack_coverage.attack_matrix_version for the threat model version
• Read attack_coverage.attack_matrix_source for the source file name (if present)
• Use the threat model name from the source file or default to "Threat Model"

Section title: Use the threat model name dynamically (mirrors the 5-case naming-rules table in skills/research-attack-surface/SKILL.md):

• If source contains "MITRE" or "ATT&CK" (or is the default data/attack-cloud-matrix.json) → "MITRE ATT&CK Threat Coverage (v{version})"
• If source contains "STRIDE" → "STRIDE Threat Coverage"
• If hybrid (multiple sources merged, e.g. MITRE + STRIDE) → "{combined_name} Threat Coverage" (e.g. "MITRE ATT&CK + STRIDE Threat Coverage")
• If source is a custom file → "Threat Model Coverage ({source_filename})"
• If no threat model source can be identified → "Threat Model Coverage"

Build a tactic/category heat map showing control coverage:

| Tactic / Category | Techniques | Covered | Coverage |
|-------------------|-----------|---------|----------|
| Initial Access (TA0001) | 3 | 2 | ██████░░ 67% |
| Execution (TA0002) | 2 | 2 | ████████ 100% |
| Persistence (TA0003) | 3 | 1 | ██░░░░░░ 33% |
[repeat for each tactic/category with applicable techniques]

Include a "Threat Gaps" sub-section listing uncovered HIGH-applicability techniques/threats:

• Technique/threat ID, name, and which categories it maps to
• Recommended control type to address the gap
• Priority (based on applicability: HIGH = immediate, MEDIUM = short-term)

If customer_stride_profile exists in research-attack-surface.json, also include a STRIDE coverage summary showing which STRIDE categories have controls addressing them:

| STRIDE Category | Mitigations Referenced | Techniques Mapped | Controls Covering |
|-----------------|----------------------|-------------------|-------------------|
| Spoofing | M-AgentRuntime.0, ... | T1078.004, T1199 | CTRL-005, CTRL-006 |
[repeat for each STRIDE category]

Control Inventory

[Per-layer table from Step 4, organized by Controls Matrix cell]

Test Evidence

[Config rule finding count, Config compliance status, mitigation coverage %, framework coverage % — or "Test not run" if skipped]

UNVERIFIED Items

[List with reasons, or "None — all items verified" if unverified_count = 0]

Artifact Manifest

[Full file list from Step 5]

Evidence & Attestation

NEW: If .service-approval/<slug>/08-evidence/ exists, append this section:

Runtime validation complete. Phase 7 Evidence runner executed CLI probes against deployed resources to verify each control is enforced. See:

• 08-evidence/attestation-report.md — control x CLI x verdict matrix
• 08-evidence/attestation-results.json — machine-readable verdicts
• 08-evidence/summary.md — top-level triage digest

Evidence coverage: {pass_count} / {total_controls} controls verified PASS, {not_cli_validatable_count} NOT_CLI_VALIDATABLE.

Otherwise, omit this section (Evidence phase was not run).

Next Steps

Deployment order:

1. Org level: Apply SCPs, RCPs, tag policies via AWS Organizations
2. Account level: Deploy Config conformance pack, Config rules, Access Analyzer
3. Service level: Deploy CloudFormation Hooks, Config org rules
4. Resource level: Deploy detective controls (EventBridge, CloudWatch alarms, Lambda remediator), then create the compliant resource using the IaC template in 05-generate/iac/

Manual Deploy Commands

Render this section only when intake-manifest.json.testing.mode == "manual-cli".

The user opted out of automated Phase 5 testing and asked for per-format deploy commands. Inspect .service-approval/<slug>/05-generate/iac/ and emit only the commands that match formats actually present. Always use placeholders (<STACK_NAME>, <AWS_PROFILE>, <AWS_REGION>) — never substitute a real profile name.

python3 - <<'PY'
import json
from pathlib import Path

manifest = Path(f".service-approval/{slug}/00-intake/intake-manifest.json")
if not manifest.exists():
    raise SystemExit(0)
mode = json.loads(manifest.read_text()).get("testing", {}).get("mode")
if mode != "manual-cli":
    raise SystemExit(0)

iac = Path(f".service-approval/{slug}/05-generate/iac")
has_cfn       = any(iac.glob("*.cfn.yaml")) or any(iac.glob("*.yaml"))
has_terraform = (iac / "modules").exists()
has_cdk       = any(iac.rglob("*.ts")) and not (iac / "cdktf").exists()
has_cdktf     = (iac / "cdktf").exists() or any(iac.rglob("cdktf.json"))

blocks = []
if has_cfn:
    blocks.append(f"""**CloudFormation:**
```bash
aws cloudformation deploy \\
  --template-file .service-approval/{slug}/05-generate/iac/compliant-resource.cfn.yaml \\
  --stack-name <STACK_NAME> \\
  --capabilities CAPABILITY_IAM CAPABILITY_NAMED_IAM \\
  --profile <AWS_PROFILE>
```""")
if has_terraform:
    blocks.append(f"""**Terraform:**
```bash
cd .service-approval/{slug}/05-generate/iac
terraform init
terraform plan -out tfplan
terraform apply tfplan
```""")
if has_cdk:
    blocks.append(f"""**CDK TypeScript:**
```bash
cd .service-approval/{slug}/05-generate/iac
npm install
npx cdk bootstrap --profile <AWS_PROFILE>
npx cdk deploy --profile <AWS_PROFILE>
```""")
if has_cdktf:
    blocks.append(f"""**CDK for Terraform:**
```bash
cd .service-approval/{slug}/05-generate/iac/cdktf
npm install
npx cdktf deploy
```""")
if (Path(f".service-approval/{slug}/05-generate/responsive/lambda-remediator/template.yaml")).exists():
    blocks.append(f"")

(.(blocks)  blocks  )
PY

Append the rendered blocks to APPROVAL-REPORT.md under this heading. Skip the entire section when testing.mode is anything other than manual-cli.

Pipeline-Complete Sentinel

After APPROVAL-REPORT.md is written, emit a terminal-state sentinel to pipeline.log. This signals to the Stop hook (validate_pipeline_integrity.py P1 check) that the run is finalized — the file is frozen, and remediation-only checks like the MCP-call-count gate cannot be retroactively satisfied. Without this sentinel, the Stop hook re-fires forever on completed runs that happen to have a P1 violation in their pipeline.log.

Emit AFTER the report file is closed and AFTER the print summary, only when Phase 7 Evidence is NOT in scope (Evidence's Step 11 owns the sentinel when it runs). Detect Phase 7-in-scope by intake-manifest.json.testing.mode == "full-deploy".

# Map verdict to sentinel form. Drop any parenthesized qualifier first so
# "APPROVED (test not run)" canonicalizes to "APPROVED" (the qualifier is
# audit-trail metadata, not a distinct verdict — see "Sentinel canonicalization"
# note below). Then uppercase and fold spaces/hyphens to underscores.
VERDICT_TAG=$(echo "<verdict>" \
    | sed -E 's/ *\(.*\)$//' \
    | tr '[:lower:]' '[:upper:]' | tr ' -' '__')
# e.g., "APPROVED with exceptions" -> "APPROVED_WITH_EXCEPTIONS"
# e.g., "APPROVED (test not run)"  -> "APPROVED"

python3 -m tools.validate.log \
    --slug <slug> \
    --phase 07-summarize \
    --source pipeline:complete \
    --verdict "${VERDICT_TAG}" \
    --message "summarize finalized; verdict=${VERDICT_TAG}"

Sentinel canonicalization: the validator's closed allowlist is APPROVED | APPROVED_WITH_EXCEPTIONS | REQUIRES_REMEDIATION. Parenthesized qualifiers in the verdict table (e.g., APPROVED (test not run)) are informational metadata, not distinct verdicts — they describe which subset of validation ran, not whether the run was approved. The sentinel canonicalizes them away so the gate stays binary; consumers needing the original qualifier read APPROVAL-REPORT.md directly, not the sentinel token. Adding new parenthesized variants does NOT require validator allowlist changes; adding a new bare verdict (e.g., a hypothetical PENDING) does.

The validator anchors on the literal token [pipeline:complete:<VERDICT>], where <VERDICT> is uppercase letters with underscores. Mid-flight runs without the sentinel still get the strict P1 check.

Print:

Report written: .service-approval/<slug>/07-summarize/APPROVAL-REPORT.md
Verdict: <APPROVED|APPROVED WITH EXCEPTIONS|REQUIRES REMEDIATION>
Framework: {name} — {mapped} / {total} objectives covered
Mitigations: {covered} / {total} addressed
Threat model: {threat_model_name} — {covered} / {total} techniques covered (if attack_coverage present)
Total control artifacts: N