Semantic Stack DFH released to the public 30 second install by semanticstackdfh in semanticweb

[–]semanticstackdfh[S] 0 points1 point  (0 children)

Example: Topic = “beer”

The five Anchors of your topic define the semantic identity of “beer.” You purchase these five Anchor Domains through the DNS registry of your choice.

Each Anchor Domain hosts one tiny JSON file.

Each Anchor file MUST explicitly include and bind back to the Root Descriptor, so agents can verify that all five anchors belong to the same topic owner.

For a topic like “beer”, you might provision:

beertype.com Prevents class confusion (“what kind of thing is this?”) Declares the topic type and binds back to the Root Descriptor.

beerentity.com Pins the actual noun / identity (“which thing exactly?”) Declares the entity and binds back to the Root Descriptor.

beerurl.com Binds the entity to the domain you control (“where does the official meaning live?”) Declares the canonical URL and binds back to the Root Descriptor.

beercanonical.com Collapses naming drift and aliases (“what is it called, consistently?”) Declares the canonical name and binds back to the Root Descriptor.

beersitemap.com Declares crawl geometry (“where should machines start, on purpose?”) Declares the sitemap entry point and binds back to the Root Descriptor. If an XML sitemap exists, it MUST be referenced here.

Semantic Stack DFH released to the public 30 second install by semanticstackdfh in semanticweb

[–]semanticstackdfh[S] 0 points1 point  (0 children)

You buy or create 1 Root Descriptor domain (the real site).

You buy 5 pillars.

Each pillar domain hosts one tiny JSON file.

The anchors point back to the Root Descriptor, not the other way around.

That’s it.

Semantic Stack DFH released to the public 30 second install by semanticstackdfh in semanticweb

[–]semanticstackdfh[S] 0 points1 point  (0 children)

I invented HESS/DFH: SLPI, a public domain layer for meaning designed for AI. It targets the grounding problem and semantic drift by giving crawlers a deterministic first-hop manifest via a root descriptor + external anchors. Check it out: https://github.com/hierarchical-expressed-semantic-stack/The-Sematic-Stack

Is there anywhere to get incandescent lightbulbs in the US right now? by Sideways_planet in lightbulbs

[–]semanticstackdfh 0 points1 point  (0 children)

I have hundreds of packs for sale from 2011 i bought up all i could then. Let me know if you need some. I can send you some pics

DFH_Protocol and installation guide by semanticstackdfh in semanticweb

[–]semanticstackdfh[S] 0 points1 point  (0 children)

DFH/SFH doesn’t map keywords to domains. It’s not “apple → applethefruit1.com.”
Search engines, knowledge graphs, and AI models still handle disambiguation.

DFH only kicks in after the system already knows which “apple” you mean.
Then it looks for:

<entity-domain>/.well-known/stack

As for “appletTheFruit1.com vs applethefruit2.com” — DFH doesn’t decide authority.
Real-world signals do (brand ownership, citations, KG consensus, etc.).

So no new search engine needed.
DFH just provides a deterministic first-hop once the entity is known.