# TinyVPN
**Wikidata**: [Q11251113](https://www.wikidata.org/wiki/Q11251113)  
**Source**: https://4ort.xyz/entity/tinyvpn

## Summary
TinyVPN is a software application categorized as a non-tangible executable component of a computer. It is primarily associated with the Japanese language market, hosting its official website at https://www.shimousa.com/tv/.

## Key Facts
- **Classification:** TinyVPN is defined as an instance of software, which is a non-tangible executable component of a computer.
- **Official Website:** The entity's designated homepage is https://www.shimousa.com/tv/.
- **Language Localization:** The website and associated content are qualified as Japanese (language code 'ja').
- **Wikipedia Presence:** It has a documented Wikipedia entry specifically in the Japanese language.
- **Sitelink Count:** TinyVPN has a sitelink count of 1.
- **Google Knowledge Graph ID:** The entity is indexed in the Google Knowledge Graph under the ID /g/1235dvl1.
- **Class Context:** The broader class of software, to which TinyVPN belongs, has a sitelink count of 169.

## FAQs
**What type of product is TinyVPN?**
TinyVPN is classified as software, defined as a non-tangible executable component designed to run on a computer system.

**Where can the official resources for TinyVPN be found?**
The official website is hosted at https://www.shimousa.com/tv/, and the content is presented in the Japanese language.

**Is TinyVPN available on Wikipedia?**
Yes, TinyVPN has a Wikipedia entry, though it is exclusively available in the Japanese language edition of the encyclopedia.

**How is TinyVPN identified in the Google Knowledge Graph?**
It is uniquely identified by the ID /g/1235dvl1 within the Google Knowledge Graph database.

## Why It Matters
TinyVPN serves as a distinct example of software localization within the Japanese digital ecosystem. Its existence in the Google Knowledge Graph and Wikipedia provides a structured data point for understanding software entities that cater specifically to Japanese-speaking users. By functioning as a non-tangible executable component, it contributes to the broader classification and organization of computer software, distinguishing itself through specific language qualifiers and digital identifiers.

## Notable For
- **Japanese Localization:** Distinct for its primary association with the Japanese language, both in its website content and Wikipedia presence.
- **Specific Digital Identity:** Possesses a unique Google Knowledge Graph identifier (/g/1235dvl1), separating it from generic software entries.
- **Classification Precision:** Explicitly categorized as a non-tangible executable component, adhering to strict academic and Wikidata definitions of software.

## Body

### Classification and Definition
TinyVPN is formally recognized as an instance of software. In this context, software is defined strictly as a non-tangible executable component of a computer. This classification places the entity within a specific category of digital tools that perform tasks via execution rather than physical hardware interaction. While the broader class of software maintains a high sitelink count of 169, indicating widespread general usage and reference, TinyVPN itself maintains a specific, narrower digital footprint.

### Digital Presence and Localization
The entity's primary web presence is anchored by its official website, https://www.shimousa.com/tv/. A defining characteristic of this online resource is its language qualifier; the content is explicitly designated as Japanese. This linguistic focus is consistent across other platforms, as evidenced by the availability of a Wikipedia entry exclusively in the Japanese language (code 'ja'). This indicates that the target audience and operational context for TinyVPN are centered within Japanese-speaking regions or communities.

### Metadata and Indexing
Within structured knowledge bases, TinyVPN is tracked via specific metadata identifiers. It is assigned a Google Knowledge Graph ID of /g/1235dvl1, which allows for its unique retrieval and distinction in knowledge graph systems. Furthermore, its visibility across linked databases is quantified by a sitelink count of 1. This metric highlights its specific, albeit limited, interconnectivity compared to the broader software class, reflecting its specialized status rather than mass generic adoption.