Semantic Web Browser

About the tool

All things on the Semantic Web are identified by URIs, e.g. wd:Q513 stands for Mount Everest and foaf:knows denotes the "knows" relationship between two people. The structured data about these entities is serialized and made available using multiple methods such as HTML-embedded JSON-LD, static Turtle files, and SPARQL endpoints.

Taken together, everyone's structured datasets form the global linked data cloud in which the URIs act as reusable identifiers—references to concepts, relationships, and real-world things. Dereferencing these URIs and extracting the data about the underlying entities is not always easy without knowing exactly where to look and how to use the linked data formats, protocols, and query languages. This is why I've created this Semantic Web Browser—an online tool for looking up "things" by their URIs that returns the authoritative information about the entities from around the linked data web.



How to use it?

Enter the URI into the search box to look up the structured data about an entity. If the URI is dereferenced successfully, the RDF statements about the entity are returned.

How does it work?

Given a URI, the tool attempts to dereference it and extract the structured data about the entity. It therefore provides a single and simple interface into exploring entities from Wikidata, Google Knowledge Graph, DBpedia, and other sources.

See also

The evolution of RDF and the related technologies fuelled by the need to make statements about statements.
RDF, Linked Data, Semantic Web
Validate RDF data against SHACL shapes.
RDF, SHACL, Semantic Web, Linked Data
An overview of the official Nobel Prize Linked Data dataset with some example SPARQL queries.
Author and visualize RDF-based knowledge graphs.
RDF, knowledge graphs, data visualization
Provisioning a graph database cluster in AWS using TypeScript.
An outline of the structure of the Gene Ontology RDF graph and ways to query it.
bioinformatics, RDF, ontologies
SPARQL is a query language for graph data. The graph model of thinking fits well a lot of use cases.
Edit Turtle documents online.
Turtle, RDF
SPARQL federation is an incredibly useful feature for querying distributed RDF graphs.
An overview of the available RDF datasets and discovery tools for COVID-19.
linked data, RDF
Query and enrich structured data.
Query SPARQL endpoints online.

Made by Anton Vasetenkov.

If you want to say hi, you can reach me on LinkedIn or via email. If you like my work, you can support me by buying me a coffee.