grc.engineering

grc.engineering vs Hyperproof for CMMC L2.

Hyperproof is a strong GRC program management platform — especially for teams managing multiple frameworks in parallel. This page is the honest breakdown of where the architecture stops fitting CMMC L2.

Where Hyperproof wins

Where Hyperproof struggles for CMMC L2

CapabilityHyperproofgrc.engineering
Evidence residency multi-tenant SaaS Evidence uploaded to the platform in-boundary Detect/respond runs inside client's authorization boundary
CUI handling not authorized Not a CMMC L2 authorized environment out-of-scope-by-design CUI never transits grc.engineering infrastructure
Source of truth imported crosswalks Framework imported into Hyperproof's model OSCAL NIST-published, sha256-pinned (registry)
SSP output export Word/PDF generated from templates OSCAL + GSN Machine-verifiable assurance tree
Detect / respond not offered Buy separately SOCFortress CoPilot Per-client, in-boundary deployment
SPRS scoring partial Control-status view, not the weighted SPRS math weighted Per DoD Assessment Methodology (simulator)
Drift detection evidence freshness Time-since-upload CI gate Pipeline gate on every commit
POA&M workflow strong Mature gap/remediation tracking auto-emitted From failed pipeline stages, linkable to PR

Ready to see the difference?

✓ No vendor lock-in ✓ Your data stays in your boundary ✓ SSP you actually own

What pipeline-generated OSCAL looks like

Hyperproof manages controls. grc.engineering generates machine-verifiable artifacts. This is a redacted snippet from a real OSCAL component-definition — the format NIST built for exactly this purpose. Hyperproof does not produce OSCAL output.

component-definition.json — AC.L2-3.1.1
{
  "component-definition": {
    "metadata": {
      "title": "AWS IAM Component — AC.L2-3.1.1",
      "oscal-version": "1.2.1",
      "published": "2026-04-22T14:32:00Z"
    },
    "components": [{
      "type": "service",
      "title": "AWS IAM Identity Center",
      "control-implementations": [{
        "source": "trestle://profiles/cmmc-l2/profile.json",
        "implemented-requirements": [{
          "control-id": "ac.l2-3.1.1",
          "statements": /* 33 Prowler checks mapped */
        }]
      }]
    }]
  }
}
Provenance chain
Prowler scan OSCAL emitter SHA256 sign Git commit
Artifact hash
sha256:c6543cc2...b570ba47
✓ Verified · view sample package →
Bottom line: Hyperproof is a great program-management layer. But the evidence that CMMC L2 cares about — SIEM logs, incident response, forensic artifacts — can't lawfully flow through a non-authorized multi-tenant SaaS if it contains CUI. A CMMC-native architecture separates program management from evidence residency. grc.engineering does that by default.

SPRS scoring you can actually verify

Hyperproof shows a control-status view. CMMC L2 requires a weighted SPRS score per the DoD Assessment Methodology — each control family carries different point values. We built the math.

sprs-simulator — DoD Assessment Methodology
97
SPRS Score
AC — Access Control+15 pts recovered
AU — Audit+8 pts recovered
SC — System Comms3 controls in POA&M
Try the full interactive simulator →

When you'd pick us over Hyperproof

When you'd pick Hyperproof over us

Ready to see the difference?

✓ No vendor lock-in ✓ Your data stays in your boundary ✓ SSP you actually own

See also: vs Drata · vs Secureframe · Why CMMC L2 breaks general-purpose GRC platforms