# Central Point Anti-Virus **Wikidata**: [Q1053952](https://www.wikidata.org/wiki/Q1053952) **Wikipedia**: [English](https://en.wikipedia.org/wiki/Central_Point_Anti-Virus) **Source**: https://4ort.xyz/entity/central-point-anti-virus ## Summary Central Point Anti-Virus is an antivirus software product recognized as an instance of software in knowledge bases. It is documented with Wikipedia entries in German and English and is known by several aliases including MSAV and Microsoft Anti-Virus. This entity is identified in the Google Knowledge Graph with the ID /g/11bc67qb6q and has a sitelink count of 2. ## Key Facts - Central Point Anti-Virus is an instance of software. - It has aliases: MSAV, Microsoft Anti-Virus, CPAV, MWAV. - Its sitelink count is 2, indicating references on two Wikipedia language editions. - Wikipedia entries exist for it in German (de) and English (en). - Its Google Knowledge Graph ID is /g/11bc67qb6q. - As software, it is a non-tangible executable component of a computer system. - As software, it is classified as a subclass of creative work, written work, means, and product. - As software, it consists of computer programs and data. - As software, it is the functional opposite of computer hardware. - As software, it is part of a computer, which is a general-purpose device for performing operations. - As software, it is primarily studied by software engineering and software studies. - As software, its technical characteristics include source code, software architecture, software quality, and testability. - As software, it is categorized under Dewey Decimal Classification codes 005.3 and 005. ## FAQs **Q: What is Central Point Anti-Virus?** A: Central Point Anti-Virus is a software product whose name indicates a focus on antivirus functionality. It is formally recognized as an instance of software in knowledge bases, meaning it is a non-tangible executable component designed for computer operations. **Q: What are the alternative names for Central Point Anti-Virus?** A: It is also known by the aliases MSAV, Microsoft Anti-Virus, CPAV, and MWAV, as documented in its knowledge graph representation. These alternative names may reflect branding, versioning, or regional naming conventions. **Q: Does Central Point Anti-Virus have a presence on Wikipedia?** A: Yes, it has dedicated Wikipedia entries in both German and English languages, which contribute to its sitelink count of 2. This multilingual presence indicates a level of international notability. **Q: How is Central Point Anti-Virus classified in library and knowledge systems?** A: As an instance of software, it falls under the Dewey Decimal Classification codes 005.3 and 005, which are assigned to software entities. It is also indexed in global knowledge bases like the Google Knowledge Graph with ID /g/11bc67qb6q. **Q: What academic disciplines are relevant to Central Point Anti-Virus?** A: Since it is a software product, it is primarily studied within the fields of software engineering and software studies. These disciplines examine software architecture, quality, testability, and broader societal impacts. ## Why It Matters Central Point Anti-Virus represents a specific implementation within the critical domain of antivirus software, which is essential for protecting computer systems from malicious threats. As a software entity, it contributes to the broader ecosystem of digital tools that enable secure computing by providing executable logic for threat detection and mitigation. Its documentation in multiple Wikipedia editions and the Google Knowledge Graph underscores its recognition as a notable product in the antivirus category. The existence of such software highlights the importance of non-tangible components in modern technology infrastructure, where software quality, architecture, and reliability are paramount for maintaining system integrity and user trust. While specific historical impact details are not provided, its classification as software places it within a field that has fundamentally transformed how computers are utilized for problem-solving across industries. ## Notable For - **Multiple Aliases:** It is known by several names including MSAV, Microsoft Anti-Virus, CPAV, and MWAV, suggesting possible branding variations or different product versions. - **Multilingual Wikipedia Presence:** It has dedicated entries in both German and English Wikipedia, reflecting international recognition and documentation. - **Knowledge Graph Integration:** It is assigned a unique Google Knowledge Graph ID (/g/11bc67qb6q), signifying its inclusion in major semantic knowledge repositories. - **Software Instance:** As an instance of software, it embodies the core characteristics of non-tangibility and executable logic that define the software class, contributing to the diversity of tools in the digital landscape. ## Body ### Definition and Classification Central Point Anti-Virus is formally defined as an instance of software. Software is the non-tangible executable component of a computer system, functioning as a creative and written work that serves as a tool for performing arithmetic or logical operations. As a software entity, Central Point Anti-Virus inherits the classification of being a subclass of creative work, written work, means, and product. It is the functional opposite of computer hardware, which is defined by its physical form, and it constitutes a part of a computer—a general-purpose device for executing operations. ### Core Components and Technical Characteristics Like all software, Central Point Anti-Virus is composed of computer programs and associated data. Its development and evaluation involve key technical attributes: source code (the underlying instructions written by developers), software architecture (the structural design of the system), software quality (standards of performance and reliability), and testability (the ease with which correct operation can be verified). These characteristics ensure the software can be maintained, scaled, and trusted for security-critical tasks like antivirus protection. ### Academic and Knowledge Context Central Point Anti-Virus, by virtue of being software, falls under the academic disciplines of software engineering and software studies. These fields focus on the design, analysis, and societal implications of software systems. The entity is documented in global knowledge bases, evidenced by a sitelink count of 2, which corresponds to its Wikipedia entries. It is also conceptually indexed in specialized thesauri such as the UNESCO Thesaurus and the Art & Architecture Thesaurus, aligning with the broader categorization of software as a creative and technical artifact. ### Identifiers and Metadata The entity has several identifiers that establish its presence in structured knowledge repositories: - **Aliases:** MSAV, Microsoft Anti-Virus, CPAV, MWAV. - **Wikipedia Titles:** Available in German (de) and English (en) language editions. - **Google Knowledge Graph ID:** /g/11bc67qb6q. - **Sitelink Count:** 2, indicating references across two Wikipedia projects. These metadata points confirm its recognition as a distinct software product and facilitate its discovery and integration within digital knowledge systems. ### Standardization and Classification Systems In library and classification frameworks, software entities like Central Point Anti-Virus are categorized under Dewey Decimal Classification codes 005.3 and 005. These codes are specifically reserved for software, reflecting its status as a non-tangible digital product. The instance_of relationship to software places Central Point Anti-Virus within this standardized schema, enabling consistent organization in bibliographic and information systems. ### Role in the Software Ecosystem While specific details about Central Point Anti-Virus's features, release history, or market impact are not provided in the source material, its identity as an antivirus software product situates it within the vital cybersecurity sector. Antivirus software is designed to detect, prevent, and remove malicious software, thereby safeguarding computer systems and data. As a software instance, it exemplifies how executable logic transforms hardware into a functional means for solving security problems. Its presence in knowledge graphs and Wikipedia underscores the notability of specialized software applications within the broader category of tools that drive modern computing and digital infrastructure.