Why CertiField · Built for DoD RMF

RMF operations, in RMF vocabulary.

Generic compliance platforms map DoD RMF onto a framework abstraction and lose the parts that matter: CCIs, STIG applicability, authorization boundaries, the eMASS round trip, and the difference between an ISSO's field and an assessor's.

  • NIST RMF
  • FIPS 199
  • 800-53 Rev 5
  • CCIs
  • DISA STIGs
  • eMASS
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Vocabulary

The nouns are the product.

You can tell how well a tool understands this domain by whether it has a word for the things practitioners argue about.

Domain concepts CertiField models natively
ConceptHow CertiField holds it
Authorization boundaryA first-class system with its own RMF state, not a tag on a project
FIPS 199 categorizationC, I and A captured separately; overall impact derived as the high-water mark
Control baselineLow, Moderate and High from the NIST OSCAL catalog, tailored per system
CCIPer-CCI test results attached to the control, not flattened into it
DISA STIGCatalog sync, applicability ranking, checklist merge and recorded dismissals
InheritanceCarried as imported metadata, labeled as such, never as a native determination
InterconnectionA CA-3 and SA-9 record with agreements and expiry, distinct from a connection
POA&MKeyed on the external identifier so the eMASS round trip is safe
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Roles
Templates
11 built-in roles

Roles named after the jobs that exist.

System Owner, ISSO, ISSM, ISSE, Security Control Assessor, Cyber Engineer, Developer, Project Owner, Project Manager, Auditor, Organization Administrator. Not "Admin, Editor, Viewer" with a mapping document taped to the side.

More importantly, the separations those roles imply are enforced at field level rather than at screen level. An assessor recording a determination cannot quietly rewrite the implementation statement they are assessing. That is the separation the process assumes, and most tooling leaves it to good manners.

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Lifecycle

Every step a program actually operates.

  1. Categorize

    FIPS 199 impact levels, the high-water mark, and the system narratives that describe what is being authorized.

  2. Select

    NIST SP 800-53 Rev 5 baselines seeded from the NIST OSCAL catalog, tailored into a per-system control set.

  3. Implement

    Implementation statements, evidence, STIG applicability and the engineering data behind each control.

  4. Assess

    Assessment procedures, per-CCI results, determinations and findings, each bound to what it was assessed against.

  5. Authorize

    SSP, SAR, POA&M and the authorization package, generated from the record rather than assembled beside it.

  6. Monitor

    Architecture change, inventory drift, evidence continuity and the reassessment scope each of them creates.

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Origin
Built by
Alethia Software

Built by the people who had to keep the packages current.

CertiField came out of DoD delivery work at Alethia Software — an 8(a) and woman-owned small business — where the same problem kept recurring: the system shipped, the package went stale, and somebody spent a quarter reconstructing an authorization story that had been true six months earlier.

We are not describing a market we researched. We are describing the work we were doing, and the tool we needed to stop doing it by hand.

What that means practically

  • The product is used on real authorization work, not only sold for it
  • The sharp edges we found are the ones the product guards against
  • Security requirements are build constraints, not a page on this website
How CertiField is secured →

Next step

See what your RMF process looks like when the package keeps up with the system.