Classifications/Entity

Company

An organization identity with optional canonical references.

Entity schema.org/Organization company

Fields

1 required · 2 recommended. Every field points at its schema.org property — the definition lives in one place, so nothing drifts. The full inherited superset stays available through @0xintuition/schema-org.

FieldTypeDescription
name string required The official or common company name. schema.org/name
url url optional The official company website when needed. schema.org/url
sameAs string[] optional Canonical URLs for the same organization. schema.org/sameAs

The canonical shape

What a Company atom's data looks like. These exact bytes are what calculateAtomId hashes — shared shape is shared identity.

atom data · canonical JSON-LD
{
  "@context": "https://schema.org/",
  "@type": "Organization",
  "name": "Intuition Labs",
  "url": "https://intuition.systems",
  "sameAs": [
    "https://example.com/canonical"
  ]
}
build one
import { buildAtomData } from "@0xintuition/classifications";
import { calculateAtomId } from "@0xintuition/ids";

const atomData = buildAtomData("company", {
	name: "Intuition Labs",
	url: "https://intuition.systems",
});

// deterministic — same bytes, same ID, offchain and on
const atomId = calculateAtomId(atomData);

What a Company can say

The recommended triple vocabulary for this classification — each row is a claim shape the graph already understands, with the kind of atom expected on the other end.

Company founder Person proposed
Company founded CompanyorSoftwareorSoftware Application proposed
Company member of Company proposed
Company parent organization Company proposed
Company sub organization Company proposed
Company brand Brand proposed
Company located in Location proposed
Company sponsored by Company proposed
Company url url value enshrined
Company same as another Company enshrined

Enrichment

Paste a bare reference and the enrichment engine fills a Company in from its sources (default pipeline: company) — titles, canonical sameAs URLs, and the fields above, merged onto the same deterministic atom.