How is Athena different from Secureframe, Strike Graph, Paramify, Risk Cognizance, SMPL-C, or Kiteworks?

Those platforms optimize the contractor's readiness workflow — live SPRS tracking, AI controls dashboards, fast SSP/POA&M drafting, continuous control monitoring, LLM document analysis, or CUI data movement. Athena adds the assessor-facing submission layer that almost none of them ship: SAR narrative drafting, eMASS-ready JSON packaging, OSCAL output, and cryptographic provenance (SHA-256 + chain-of-custody) for every artifact a C3PAO or DIBCAC assessor opens on engagement day.

Does Athena replace Secureframe, Strike Graph, or Paramify?

No — Athena is the assessor-side submission layer that sits on top of whatever readiness GRC you already use. Bring evidence from any tool; Athena drafts the SAR, generates the POA&M with prioritized remediation, scores SPRS, and exports eMASS / OSCAL packages with provenance.

What does Athena export for a CMMC Level 2 assessment?

SAR draft with citations, POA&M with milestone estimates, SPRS scoring package, eMASS-ready JSON, OSCAL package, evidence binder with SHA-256 hashes, and a chain-of-custody manifest signed for the assessor.

What does CMMC 3.4.2 require?

Establish and enforce security configuration settings for the IT products in your systems. Two halves: define the hardened settings (often from a recognized benchmark like CIS or a DISA STIG) and actually enforce them, with drift detection.

Do I have to use CIS Benchmarks or STIGs for 3.4.2?

They're not strictly mandated by 3.4.2, but recognized hardening baselines (CIS Benchmarks, DISA STIGs) are the most defensible way to establish your security configuration settings — and they make the evidence straightforward. Document whichever baseline you adopt.

How is 3.4.2 different from 3.4.1?

3.4.1 establishes and maintains the baseline configuration and inventory. 3.4.2 establishes the security configuration SETTINGS within that baseline and ENFORCES them on the systems.

CMMC 3.4.2 (Security Configuration Enforcement): Evidence Examples & What Assessors Actually Check

Control: NIST SP 800-171 Rev. 2 §3.4.2 · CMMC Practice: CM.L2-3.4.2 · Updated June 2026

Plain-English answer

3.4.2 requires you to establish security configuration settings for your IT products and enforce them. Establishing usually means adopting a hardening baseline (CIS Benchmarks or DISA STIGs). Enforcing means pushing those settings centrally and detecting drift — not hoping each machine was set up correctly. It builds directly on the baseline from 3.4.1.

Who this applies to

Every organization seeking CMMC Level 2 for a CUI environment.

Why it matters

Misconfiguration is one of the most common ways systems get compromised. Hardened, enforced settings shrink the attack surface. It carries a weighted SPRS deduction if unmet (verify the exact value against the DoD Assessment Methodology).

Control lineage

CMMC Practice: CM.L2-3.4.2
NIST 800-171 Rev. 2: §3.4.2 — establish and enforce security configuration settings for information technology products employed in organizational systems.
NIST 800-171A objectives: [a] security configuration settings for IT products are established and included in the baseline configuration; [b] those security configuration settings are enforced.

What the assessor will EXAMINE

The documented secure configuration settings (the hardening standard adopted, e.g., CIS/STIG).
The enforcement mechanism — group policy / Intune configuration profiles / MDM / config management tooling.
Compliance/drift reports showing systems match the settings.
Configuration-management policy and the SSP narrative for 3.4.2.

What the assessor will INTERVIEW & TEST

Interview: "What hardening standard do you use, and how is it enforced and monitored for drift?" — name the benchmark + the enforcement + the drift report.
Test: Inspect a sampled endpoint/server against the documented settings.
Test: Review a compliance report to confirm enforcement holds across the fleet, not just one machine.

Evidence examples (produce these)

Documented secure-configuration standard (CIS Benchmark / STIG profile adopted).
Enforcement configuration export (GPO / Intune profile / config-management policy).
Compliance/drift report per system, dated, showing conformance.
SSP section 3.4.2 referencing the above.

Platform-specific

Microsoft GCC High: Intune security baselines / configuration profiles + compliance reporting; Defender for Cloud secure-config recommendations.
Endpoints generally: MDM/RMM-enforced CIS settings with a conformance report.

Common failure patterns

Settings are "documented" but not centrally enforced — objective [b] fails.
No recognized hardening baseline; settings are ad hoc and undefendable.
Enforced on workstations but not servers (or vice versa) — partial coverage.
No drift detection, so machines silently fall out of compliance.

SPRS impact & POA&M

SPRS: 3.4.2 carries a weighted deduction (verify the exact value). POA&M: confirm 3.4.2's POA&M eligibility against current CMMC rules before assuming it can be deferred.

Assessor-ready summary

You're good on 3.4.2 when a recognized hardening standard is documented and included in your baseline; settings are centrally enforced across in-scope systems; drift is detected and reported; and the SSP matches the enforcement.

Are your hardened settings actually enforced — and can you prove it fleet-wide? Get a configuration-enforcement evidence map →

Athena prepares organizations for CMMC Level 2; certification rests with C3PAOs/DIBCAC. CIS Benchmarks and DISA STIGs are the property of their respective owners. Verify all control facts against NIST SP 800-171 Rev. 2, NIST SP 800-171A, and current CMMC rules.