grc.engineering

grc.engineering vs Drata for CMMC L2.

Drata is an excellent product — we recommend it to clients running SOC 2 in parallel. This page is the honest breakdown of where Drata stops being the right fit for CMMC L2 and what a CMMC-native stack does differently.

Where Drata wins

Where Drata struggles for CMMC L2

CapabilityDratagrc.engineering
Scope modeling declared Tenant-level, you describe it mechanical Terraform-enforced authorization boundary, OPA policy-gated
CUI-safe evidence not designed for Multi-tenant SaaS; CUI cannot flow in in-boundary Detect/respond runs inside client's own authorization boundary (ADR-003)
Control source of truth internal Drata's proprietary control model OSCAL NIST-published catalogs, sha256-pinned (registry)
SSP format PDF/Word export Narrative-heavy, manually reviewed OSCAL + GSN Machine-verifiable assurance case; each claim points at a pipeline artifact
Detect / respond not offered Buy separately (CrowdStrike, etc.) SOCFortress CoPilot Wazuh + Graylog + Velociraptor + DFIR-IRIS + Shuffle, per-client
SPRS scoring partial Percentage-complete UI, no weighted scoring weighted Point-accurate SPRS per 32 CFR 170 scoring matrix (try it)
POA&M generation manual Populated by hand from findings auto-emitted From failed pipeline stages with check IDs + last-passing commit
Drift detection monitoring jobs Scheduled scans CI gate Every commit runs the compliance gate; SSP is never more than one commit stale
Authorization for CMMC L2 not authorized Drata itself doesn't hold CMMC L2 out-of-scope-by-design Our infra never touches CUI; see Trust Center

The architectural mismatch, in one paragraph

Drata is built on the assumption that the compliance platform holds your evidence. For SOC 2, that's a feature — it consolidates the audit. For CMMC L2, evidence includes SIEM logs and incident response artifacts that may contain CUI. Pushing that evidence to a multi-tenant SaaS that doesn't itself hold CMMC L2 authorization is a compliance problem, not a convenience. The architectural fix is to keep detect/respond inside the client's authorization boundary and push only assurance claims (OSCAL + hashes) into a centralized artifact. That's the primitive grc.engineering is built around.

Bottom line: if you're running SOC 2 — use Drata. If you're running CMMC L2 — run Drata for SOC 2 in parallel, and a CMMC-native stack for the CMMC program. Don't try to make one tool do both jobs.

When you'd pick us over Drata

When you'd pick Drata over us

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