# ⚡ Zero-Setup / Near-Zero Friction Testing & Security Controls

You asked for “world‑class, enterprise‑grade, uncompromising” without paying and ideally without building custom frameworks. This doc lists options you can flip on or reuse now with almost no extra authoring.

Each can be introduced without rewriting existing tests.

If you wanted to skip even MSW/tests authoring (not recommended long-term):

These give quick surface coverage but lack depth vs curated hand-written tests.

Add to root package.json (if / when you wire the turnkey tools):

{
  "scripts": {
    "scan:secrets": "gitleaks detect -f sarif -r gitleaks.sarif || true",
    "scan:sbom": "syft dir:. -o cyclonedx-json=sbom.cdx.json,spdx-json=sbom.spdx.json",
    "scan:osv": "osv-scanner --recursive --json . > osv.json || true",
    "scan:semgrep": "semgrep ci --sarif --output semgrep.sarif || true",
    "scan:licenses": "node scripts/license-check.js",
    "test:mutation": "stryker run",
    "scan:aggregate": "node scripts/aggregate-quality.js"
  }
}

All emit artifacts—can be uploaded or fed into OPA later.

See ENTERPRISE_TESTING_FREE.md for the full blueprint; you can graft only the pieces you want now. Core idea: parallelize security scans with test lanes.

deny[msg] { input.coverage.global < 0.70; msg := "Coverage under 70%" }
deny[msg] { some v in input.vulns.high; msg := "High dependency vulnerability: " ++ v.id }
deny[msg] { some s in input.secrets; s.severity == "HIGH" }

Start in report-only (log), then switch to blocking after baseline stabilizes.

1. gitleaks (secrets)
2. syft (SBOM) + upload
3. osv-scanner (vulns)
4. semgrep (non-blocking)
5. ZAP baseline (scheduled) – optional if time

That alone jumps maturity significantly.

You already have a strong core. By layering 4–6 lightweight scanners and a tiny policy gate, you get enterprise-style breadth for free with almost no bespoke code. Expand only when signal > noise.