How do you create an entity optimization plan from scratch?

Building entity optimization from scratch follows a deliberate sequence, because the layers depend on each other and the right order avoids wasted work. The canonical identity has to exist before other signals can match it, the assets you link to have to exist before the links can point to them, and the structured record (Wikidata) generally comes before any narrative article (Wikipedia). The steps below run from foundation to capstone, with the dependency that drives each ordering called out.

The build sequence

1. Define the canonical identity. Fix the exact name form and the description that every other signal will match. Consistency is the foundation of recognition, so this comes first, everything downstream is built to agree with it.
2. Establish the entity home and claim authoritative profiles. Stand up the official site as the entity home, and claim the anchors the entity will be linked to: LinkedIn, authoritative directories, and other owned or controlled profiles. These have to exist before anything can reference them. Entity signals are a connected web of references that identify the subject to platforms and feed the Google Knowledge Panel, so the goal is to put those reference points in place deliberately.
3. Deploy schema with sameAs links. Mark up the owned properties with structured data, using sameAs to point at the profiles claimed in the previous step. Schema markup and structured data help search and AI engines understand what a page asserts and attach it to the correct entity, and the sameAs links tell the systems that those separate references are one identity. This step depends on steps 1 and 2: the canonical description gives the markup its content, and the profiles give the sameAs links their targets.
4. Secure third-party citations. Build external corroboration and co-occurrence by earning references from independent sources. Owned signals assert the identity; third-party citations validate it, which is why they follow the owned-property work rather than preceding it.
5. Build a complete, well-linked Wikidata entry. Create the structured, machine-readable record and link it into the entity stack. Google’s Knowledge Panel pulls its description and key facts from Wikipedia and Wikidata, so the structured record is a high-leverage signal, and it is largely within your control, unlike a Wikipedia article.
6. Pursue Wikipedia only where notability supports it. Attempt a Wikipedia article last, and only when genuine notability exists, because an article created without it risks deletion. Build the structured record (Wikidata) first; the narrative article comes after.

Why the order matters

Two dependencies drive the whole sequence:

• Canonical definition before linking. The exact name and description (step 1) and the profiles and entity home (step 2) must be in place before schema and sameAs linking (step 3), because the links reference assets that have to exist to be useful and the markup has to match a description that has already been fixed.
• Wikidata before Wikipedia. The structured record (step 5) is largely within your control and feeds the Knowledge Panel, while a Wikipedia article (step 6) is conditional and cannot be rushed. Wikipedia’s general notability standard requires significant coverage in multiple reliable, independent, secondary sources, and it judges corporate notability against a stricter bar (WP:NCORP) that excludes press releases, sponsored content, and routine business announcements. Editing on behalf of a paying client must also be done under disclosed conflict-of-interest rules. That makes Wikipedia a patient, conditional capstone rather than an early task.

Verify each stage

This is built as a sequenced roadmap, and each stage is checked against the outcome that actually matters: how the AI engines describe the entity. Re-testing the engine answers with AIQ at each stage confirms that the signals are landing and resolving to one identity before the next layer is added, so the work is measured by representation, not by tasks completed.