# interactive whiteboard

> large interactive computer display

**Wikidata**: [Q723563](https://www.wikidata.org/wiki/Q723563)  
**Wikipedia**: [English](https://en.wikipedia.org/wiki/Interactive_whiteboard)  
**Source**: https://4ort.xyz/entity/interactive-whiteboard

## Summary
An interactive whiteboard is a large interactive computer display that functions as a digital equivalent of a traditional whiteboard, allowing users to control computer applications, write, draw, and manipulate content directly on the screen. It connects to a computer and projector or is self-contained, enabling collaborative work and presentations.

## Key Facts
- Interactive whiteboards are classified as a subclass of computer monitors.
- The term "interactive whiteboard" has 39 sitelinks across Wikipedia language editions.
- Common aliases include IWB, interactive board, smart board, and smart whiteboard.
- The digital equivalent of a traditional whiteboard, it enables interactivity for presentations and collaboration.
- Notable implementations include Microsoft Surface Hub, Google Jamboard, and Samsung Flip.
- Free and open-source software options include OpenBoard (launched in 2013) and Open-Sankoré (launched in 2003).
- The concept is recognized in multiple international classification systems including GND, NDL, and Library of Congress.

## FAQs
### Q: What is an interactive whiteboard used for?
A: An interactive whiteboard is used for presentations, collaborative work, teaching, and meetings. It allows users to control computer applications, write, draw, and manipulate content directly on the screen, functioning as a digital replacement for traditional whiteboards.

### Q: How does an interactive whiteboard work?
A: An interactive whiteboard works by connecting to a computer and projector (or being self-contained) to display content. Users can interact with the displayed content using touch, stylus, or other input methods, allowing them to write, draw, move objects, and control applications directly on the screen.

### Q: What are some popular brands of interactive whiteboards?
A: Popular brands of interactive whiteboards include Microsoft Surface Hub, Google Jamboard, and Samsung Flip. There are also free software options like OpenBoard and Open-Sankoré that can turn any display into an interactive whiteboard.

## Why It Matters
Interactive whiteboards have revolutionized how people collaborate, teach, and present information in educational, corporate, and professional settings. By combining the simplicity of a traditional whiteboard with the power of computer technology, they enable dynamic, engaging presentations and collaborative work sessions. In education, they've transformed classrooms by allowing teachers to integrate multimedia content, interactive exercises, and real-time feedback into their lessons. In business settings, they facilitate more effective meetings and brainstorming sessions by allowing teams to manipulate digital content together in real-time, regardless of physical location when combined with video conferencing. The technology has also become increasingly important in the era of remote work and distance learning, serving as a bridge between physical and digital collaboration spaces. As workplaces and educational institutions continue to evolve toward more interactive and technology-driven environments, interactive whiteboards remain a crucial tool for enhancing engagement, productivity, and learning outcomes.

## Notable For
- Digital transformation of traditional whiteboards, enabling computer-based interactivity
- Support for multiple open-source software implementations (OpenBoard, Open-Sankoré)
- Integration with major tech ecosystems (Microsoft Surface Hub, Google Jamboard)
- Recognition across international classification systems and multiple language editions
- Evolution from simple display technology to collaborative, multimedia-enabled platforms

## Body
### Technical Classification and Standards
Interactive whiteboards are formally classified as a subclass of computer monitors in knowledge organization systems. They are recognized by major international authority files including the German National Library (GND ID: 4837543-3), the National Diet Library of Japan (NDL ID: 01205458), and the Library of Congress (Authority ID: sh2005001284). The technology is also indexed in specialized vocabularies such as the Australian Educational Vocabulary (ID: scot/12081) and the Australian Thesaurus of Education Descriptors (ID: 6593).

### Software Ecosystem
The interactive whiteboard ecosystem includes both commercial hardware solutions and software applications. OpenBoard, launched in 2013, is a free and open-source interactive whiteboard software that has gained significant adoption. Open-Sankoré, which predates OpenBoard by a decade (launched in 2003), is another free software option specifically designed for interactive whiteboards. These software solutions enable the functionality of interactive whiteboards across different hardware platforms and have contributed to the democratization of the technology.

### Commercial Implementations
Major technology companies have developed proprietary interactive whiteboard systems. Microsoft's Surface Hub series represents a comprehensive hardware and software solution for enterprise collaboration. Google's Jamboard offers a cloud-connected whiteboard experience integrated with Google Workspace. Samsung's Flip series provides an alternative hardware implementation with a focus on intuitive touch-based interaction. These commercial products often include additional features like cloud storage, multi-user support, and integration with other productivity tools.

### Global Recognition and Usage
The concept of interactive whiteboards has achieved global recognition, with Wikipedia articles available in multiple languages including Arabic, Bulgarian, Catalan, Czech, German, Greek, English, Spanish, and Estonian. The technology is known by various names across different languages, including "Pizarra digital" in Spanish and "電子黒板" in Japanese. This widespread recognition reflects the technology's adoption across different educational systems and business cultures worldwide.

### Evolution and Impact
Since their introduction, interactive whiteboards have evolved from simple touch-sensitive displays to sophisticated collaborative platforms. Early implementations focused primarily on replicating whiteboard functionality with basic digital features. Modern systems incorporate advanced capabilities like multi-touch support, palm rejection, object recognition, and integration with cloud services. This evolution has expanded their utility beyond simple presentations to become central hubs for collaborative work, distance learning, and interactive entertainment.

## Schema Markup
```json
{
  "@context": "https://schema.org",
  "@type": "Thing",
  "name": "interactive whiteboard",
  "description": "large interactive computer display",
  "sameAs": [
    "https://www.wikidata.org/wiki/Q1075507",
    "https://en.wikipedia.org/wiki/Interactive_whiteboard"
  ],
  "additionalType": "computer monitor"
}

## References

1. Freebase Data Dumps. 2013
2. YSO-Wikidata mapping project
3. National Library of Israel Names and Subjects Authority File
4. [OpenAlex](https://docs.openalex.org/download-snapshot/snapshot-data-format)