View source for WORM (Write Once Read Many)

== Definition of WORM (Write Once Read Many) ==
'''Write Once, Read Many (WORM)''' is a data storage technology that ensures information written on the disc can't be erased. This means that the data cannot be changed by anyone except the original writer, or destroyed by someone who has physical access to the media.

Worm Drive is a data storage technology that ensures information written on the disc can't be erased. This term was coined in order to differentiate it from other storage technologies like write once, erase many (WOEM). The name was first used in 1991 and became more popular with the release of Storage Area Networks (SANs) in 1995.

The term WORM stands for "write once, read many". It is often used interchangeably with Worm Drive, but they are technically different technologies. WORM refers to discs that use lasers to etch data into a layer of photosensitive dye on the surface of a disk. The writing process changes some of the dye's optical properties so that it can only be read back using laser light shining through the same spot; any attempt to rewrite will create errors because no new marks can be made without altering or erasing existing ones. In contrast, Worm Drive uses magnets to control overwrite behavior; this makes it possible to delete individual files without affecting the rest of the data on the disk.

WORM is a great solution for organizations that need to ensure their data can't be changed or erased. It's also a good choice for anyone who wants to make sure their information is accessible on a variety of devices.


== What is WORM storage technology? ==
WORM storage technology is a system that prevents data from being erased or modified. It is often used in conjunction with other security measures to ensure that companies remain compliant with industry regulations. This type of storage is also known as "write once, read many" (WORM), and it has been around for many years. The first iteration of WORM technology was optical cartridges, which could only be written on once and had physical limitations. However, modern-day WORM technology is CD/DVD compliant and cloud-based.

To leverage WORM storage, companies need to have a system which does not allow for data modification or erasure. This should be easily accessible and readable so that employees can access the information when needed. Additionally, WORM drives protect businesses from many problems with data, such as accidentally deleting or modifying it. In fact, worm drive technology protects companies from data corruption altogether!