The Magic of Hyperlinks

How full utilization of hyperlinks + RDF + Linked Data solves identity, access, and interoperability for AI agents.

HTML5InteractiveNo Build Tools

Overview

Why • What • How

Data silos create friction for humans and AI agents. Hyperlinks as global identifiers + RDF as a lingua franca + Linked Data as deployment practice remove that friction, enabling trusted, composable access across databases, knowledge graphs, filesystems, and APIs.

AI agents are exploding in number, and they all depend on quality data. Offers with ABAC let you sell safe slices of that data without new silos.

Perspective

Reader Creator

Reader

Use agents to summarize, extract terms, and build a personal knowledge graph as you read. Query later via text, SPARQL, or GraphQL. Never lose the thread.

Schematic

Hyperlinks → RDF → Linked Data → ABAC Offers

URIs identify; RDF states facts; Linked Data publishes; Offers compile into ABAC rules.

Live Demo

Offer → ABAC Policy Generator

Offer Name Scope (SPARQL) Attributes Expiry (days)

This compiles an offer into a JSON policy and a SPARQL ASK-style gate.

{ /* policy will appear here */ }

# SPARQL gate appears here

Sample

RDF (Turtle)

@prefix : <#> .
@prefix rdfs:  .
@prefix skos:  .
@prefix dbpedia:  .

:MIT a rdfs:Resource ;
  rdfs:label "MIT" ;
  skos:altLabel "Massachusetts Institute of Technology"@en ;
  skos:related dbpedia:Massachusetts_Institute_of_Technology .

Sample

SPARQL (Aggregate by Type)

SELECT ?type (COUNT(*) AS ?count)
WHERE {
  ?s a ?type .
}
GROUP BY ?type
ORDER BY DESC(?count)
LIMIT 25

Media

Inline HTML5 Video

Replace the source URL with any MP4 you wish to embed.