NIST Cybersecurity Framework
The NIST Cybersecurity Framework helps organizations manage cybersecurity risk. CSF 2.0 organizes outcomes around govern, identify, protect, detect, respond, and recover.
Buyer question
“Does WWKG help us govern and evidence cybersecurity risk for critical data and AI knowledge assets?”
WWKG fit
| CSF function | WWKG fit | Status |
|---|---|---|
| Govern | Workspaces, ownership, membership, provenance, and branch policy make data governance explicit and queryable. | Partial fit |
| Identify | Catalogs, metadata, DIDs, nodes, branches, and workspace profiles help identify assets and relationships. | Native fit |
| Protect | End-to-end encryption, signed commits, validation gates, and peer-to-peer design protect data content and integrity. | Native fit |
| Detect | Activity monitoring, events, validation reports, and commit history provide evidence, but SIEM integration remains external. | Partial fit |
| Respond | Branch rollback, revocation, investigation queries, and provenance support response workflows. | Partial fit |
| Recover | Branch history, content addressing, replication, and cached blocks support recovery, subject to deployment policy. | Partial fit |
What WWKG can say
WWKG is relevant to NIST CSF because it makes data-control evidence part of the knowledge graph itself:
- Which workspace contains which asset.
- Which node stores or serves it.
- Which identity had membership or delegated authority.
- Which commits changed the data.
- Which validation rules applied.
- Which branches reached production.
- Which events occurred during an incident or recovery workflow.
Assessment boundary
NIST CSF assessment also requires organizational governance, endpoint security, network security, incident response process, workforce controls, supplier controls, and executive risk decisions.
WWKG supplies strong data-layer controls and evidence for a CSF-aligned cybersecurity program, while the overall CSF profile remains a buyer governance and operations responsibility.