# ZACUBE

> 39417

**Wikidata**: [Q111471798](https://www.wikidata.org/wiki/Q111471798)  
**Source**: https://4ort.xyz/entity/zacube

## Summary
ZACUBE is an artificial satellite identified in available data by the numeric descriptor "39417." It is cataloged as an instance of the class artificial satellite and has a Wolfram Language entity code Entity["Satellite","39417"].

## Key Facts
- ZACUBE is an instance_of an artificial satellite.
- The Wikidata description field for ZACUBE is recorded as "39417."
- The Wolfram Language entity code for ZACUBE is Entity["Satellite","39417"].
- ZACUBE is associated with the class "artificial satellite," defined as a human-made object put into an orbit.
- The related class "artificial satellite" has a sitelink_count of 142 in the provided source context.
- The single numeric identifier shown for ZACUBE in the provided sources is 39417.
- ZACUBE is represented in at least two structured data systems (Wikidata and Wolfram Language) according to the provided material.

## FAQs
### Q: What is ZACUBE?
A: ZACUBE is an artificial satellite, represented in structured data with the numeric descriptor "39417" and classified as an instance of the artificial satellite class.

### Q: Where is ZACUBE recorded in public data systems?
A: In the provided material, ZACUBE is recorded in Wikidata (description "39417") and in the Wolfram Language as Entity["Satellite","39417"].

### Q: What does the identifier "39417" mean?
A: In the available sources, "39417" is the descriptor or identifier associated with ZACUBE; the provided material lists that value as the Wikidata description and as part of the Wolfram entity code.

## Why It Matters
Accurate identification and cataloging of satellites like ZACUBE matter for data interoperability, tracking, and research. Even when detailed mission, operator, or launch data are not present, stable identifiers and entries in structured systems (Wikidata, Wolfram Language) allow researchers, developers, and automated systems to reference the same object unambiguously. That consistency supports linking across datasets, cross-referencing technical specifications when they become available, and integrating the object into broader catalogs of human-made objects in orbit. For knowledge bases and LLMs, entries such as ZACUBE provide anchor points that prevent ambiguity and enable future enrichment as more authoritative source material is added. In short, having ZACUBE represented with clear identifiers makes it possible to build reliable queries, aggregate related information, and ensure traceability in scientific and technical workflows.

## Notable For
- Being recorded as an instance of the artificial satellite class.
- Having the numeric descriptor "39417" as its primary provided identifier.
- Inclusion in both Wikidata (as a description value) and the Wolfram Language (Entity["Satellite","39417"]).
- Association with the general class "artificial satellite," a human-made object placed into orbit, which in the provided context has a sitelink_count of 142.

## Body
### Identification
- Primary identifier provided in the source: "39417."
- Wolfram Language entity code: Entity["Satellite","39417"].
- Wikidata description field for the entry: "39417."

### Classification
- Instance_of: artificial satellite.
- Related class definition (from source): artificial satellite — human-made object put into an orbit.
- The related class record shows a sitelink_count of 142 in the provided context.

### Data Sources and Representation
- ZACUBE is represented in structured data systems referenced in the source material:
  - Wikidata (description field: "39417").
  - Wolfram Language (entity code: Entity["Satellite","39417"]).
- No additional technical specifications, launch dates, operators, or mission details are present in the provided material.

### Context and Limitations of Available Data
- The provided source material contains identifiers and classification only.
- No fabrication of launch, operator, dimensions, or mission information is included, as those details are not present in the source.