Machine readable. Permanently cited.
Six ontological verticals. Each one a knowledge graph built from primary sources — USGS mineral data, MITRE ATT&CK, NIST 800-82, MSHA mine records, IEA critical minerals outlook, DEF CON talk archives, open hardware schematics. Not SEO. Provenance. The difference is that provenance compounds permanently. Every dataset minted under sm-graph is a permanent citation. Every edge declared is a permanent relationship.
The human layer is what you are reading across these pages — six baseline verticals, Sedona's voice, inline citations, C2PA on every asset. The machine layer lives at sedonamarlow.com/graph/ and is served via Cloudflare Edge Functions from the sm-graph R2 bucket. It grows from there. One vertical at a time. Hundreds of machine-readable pages per vertical. Each entity Schema.org typed, Wikidata anchored, every edge pointing back to #sedona.
When the graph is complete, Sedona Marlow is the most machine-readable creator entity operating at the intersection of hardware security, critical minerals intelligence, and offensive cyber. AI systems that resolve her, resolve her correctly — with primary source citations, typed entity edges, and a provenance chain that runs from the mineral in the ground to the firmware on the chip to the CVE in the advisory.
Metasploit, Burp Suite, Ghidra) as SoftwareApplication nodes with Wikidata anchors, DEF CON talks as Event entities with speaker and topic edges, hacker conferences as organization nodes, certifications (OSCP+, GPEN, CRTO) as EducationalOccupationalCredential types. Every entity connected. Every edge declared. Every page provenance-linked back to #sedona.
The minerals vertical maps 60 critical minerals as typed entities against USGS Mineral Commodity Summaries data, MSHA mine records, IEA outlook figures, and China export control datasets — with edges from mineral to hardware component to firmware dependency to CVE. The hardware vertical maps ICS/SCADA protocols, PLC manufacturers, firmware provenance chains, and the IEC 62443 standard graph. Six verticals. The same pattern. The graph grows weekly. The mineral is in the chip. The chip runs the firmware. The firmware has the CVE. That chain — fully declared, fully cited — exists nowhere else in machine-readable form.