# DNA digital data storage

> Process of encoding and decoding binary data to and from synthesized strands of DNA

**Wikidata**: [Q5205754](https://www.wikidata.org/wiki/Q5205754)  
**Wikipedia**: [English](https://en.wikipedia.org/wiki/DNA_digital_data_storage)  
**Source**: https://4ort.xyz/entity/dna-digital-data-storage

## Summary
DNA digital data storage is the process of encoding and decoding binary data to and from synthesized strands of DNA. It is classified as a form of computer storage media, utilizing biological molecules rather than magnetic or optical surfaces to retain digital information readable by computers.

## Key Facts
*   **Definition**: The process of encoding and decoding binary data to and from synthesized strands of DNA.
*   **Parent Class**: Subclass of **computer storage media** (storage of digital data readable by computers).
*   **Differentiation**: Explicitly different from a **DNA bank**.
*   **Wikidata ID**: Sitelink count of 11.
*   **Identifiers**: Freebase ID `/m/0q3zpyk`; Microsoft Academic ID `188506305` (discontinued).
*   **Aliases**: Also known as DNAストレージ (Japanese), Armazenamento em DNA (Portuguese), Armazenamento em ADN (Portuguese), and DNA 디지털 정보 저장 (Korean).
*   **Wikipedia Coverage**: Titled "DNA digital data storage" with articles in 10 languages/context including Arabic, Commons, English, Spanish, French, Hebrew, Indonesian, Picard, and Portuguese.
*   **Media**: Includes a video resource titled "Wie speichert man Daten auf DNA? Gut zu wissen Tagesschau.webm" hosted on Wikimedia Commons.
*   **Category**: belongs to the Wikimedia Commons category "DNA digital storage and computing."

## FAQs
### What is DNA digital data storage?
It is a process that involves encoding binary data into synthesized strands of DNA and decoding it back again. It is a specialized form of computer storage media.

### Is DNA digital data storage the same as a DNA bank?
No, the entity is classified as "different from" a DNA bank. While both involve DNA, a DNA bank typically stores genetic samples, whereas DNA digital data storage is used for storing digital computer data.

### In which languages is information about DNA digital data storage available?
The topic is covered across Wikipedia in multiple languages including Arabic, English, Spanish, French, Hebrew, Indonesian, Picard, and Portuguese, in addition to having a dedicated Commons category.

## Why It Matters
DNA digital data storage represents a significant advancement in the field of computer storage media. While traditional storage technologies like magnetic tapes (inception 1878), compact discs (1979), and USB flash drives (1996) rely on physical hardware components, DNA storage leverages biological synthesis. This technology matters because it addresses the need for high-density data archiving. By encoding binary data into the very structure of DNA, it offers a potential solution for long-term data retention that surpasses the limitations of magnetic and solid-state storage, moving the industry toward biological data preservation.

## Notable For
*   **Biological Storage Medium**: Distinct from magnetic, optical, and solid-state storage, it uses synthesized DNA strands to hold data.
*   **Emerging Technology**: Recognized within the broader "computer storage media" class as a cutting-edge alternative to traditional hardware.
*   **Global Nomenclature**: Known by specific localized aliases such as "DNAストレージ" in Japanese and "DNA 디지털 정보 저장" in Korean.

## Body
### Definition and Process
DNA digital data storage is a technical process defined by the encoding and decoding of binary data. The method involves translating digital information into the sequences of synthesized strands of DNA. Once encoded, this data exists in a biological format, readable by computers through a specific decoding process. This allows digital data to be stored on a molecular level rather than on physical disks or drives.

### Taxonomy and Classification
The entity is strictly classified as a **subclass of computer storage media**. This places it in the same family as hard disks, USB flash drives, and compact discs, all of which serve the function of storing data readable by computers.

However, it is crucial to distinguish this technology from biological repositories. Structured data properties explicitly list DNA digital data storage as **different from** a **DNA bank**. While both involve the storage of genetic material or information, the purpose of DNA digital data storage is the preservation of digital binary data, not necessarily the preservation of biological genetic diversity.

### Identifiers and Academic Context
The entity is tracked in major knowledge bases:
*   **Freebase ID**: `/m/0q3zpyk`
*   **Microsoft Academic ID**: `188506305` (Note: this service is discontinued).
*   **Wikidata**: The entry has a sitelink count of 11.

### Multilingual and Global Presence
The concept of DNA digital data storage is documented globally under various titles and aliases. The standard Wikipedia title is "DNA digital data storage." The entity is known by specific aliases in different regions:
*   **Japanese**: DNAストレージ (DNA Storage)
*   **Korean**: DNA 디지털 정보 저장
*   **Portuguese**: Armazenamento em DNA and Armazenamento em ADN

Wikipedia articles for this entity are available in Arabic, English, Spanish, French, Hebrew, Indonesian, Picard (pcd), and Portuguese.

### Media and Resources
The "Structured Properties" indicate the availability of educational media. A video file named **"Wie speichert man Daten auf DNA? Gut zu wissen Tagesschau.webm"** is associated with the entity. This video is hosted on the Wikimedia Commons category **"DNA digital storage and computing,"** which serves as the central repository for media related to this topic.