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International Standard Name Identifier
The International Standard Name Identifier (ISNI), an open standard, is used to identify creators of media content including music, lyrics, poems, video, stills, motion graphics and articles. Contributors include researchers, inventors, writers, artists, visual creators, performers, producers and publishers. It is in use by numerous libraries, publishers, databases, and rights management organizations around the world.
Most importantly it can accurately link the work with the creator of that work. The goal is to ensure that every published work can be unambiguously attributed to its creator whenever and wherever that work is described.
The ISNI creates a single identity - the creator’s name or pseudonym - that is identified as a unique number. This unique number can be linked to many other identifiers across multiple media industries to other forms of identity.
For instance, a singer/songwriter may write both music and poems. They may be identified in many different databases using many different identification methods.
Multiple expressions of a single name:
- Katherine Jane Doe
Kat Jane Doe
Katherine J Doe
By using one ISNI, there is one single linking ISNI record that would provide certainty this is the correct Katherine Jane Doe. The multiple databases could then exchange data about Kat’s ISNI identity without doubt.
Why is this important?
Distribution, purchase and performances of your rightfully owned work can generate revenue. You want to be easily and accurately identified with the usage of your work that generates income.
Read more and register for your own here.
What is a LTO?
Linear Tape-Open (LTO) is a magnetic tape data storage technology originally developed in the late 1990s and introduced in 2000 as an open standard solution for backup and archiving of large amounts of data. The system is used by large institutions such as: software companies, banks, hospitals, insurance companies and, in our case, record companies.
LTO technology is currently in its 7th generation. The LTO-7 spec supports tape cartridge storage with a compressed capacity of up to 15TB* which is more than twice the previous generation. The technology is spec'ed out to Gen 12 which will hold 480TB!
LTO specs provide backwards compatibility to read/write with previous generations. Current-generation LTO drives are able to read tapes from two generations prior and are able to write to tapes from the prior generation. This does require that previous generations are cycled up to the current generation.
LTO'S boast WORM- write once, read many capability that ensures that your data is not overwritten. This technology provides users a cost effective means of storing data in a format that cannot be rewritten.
LTO technology features strong encryption capabilities to enhance security and privacy during storage and transport of LTO tape cartridges.
LTO features a 256-symmetric key AES-GCM algorithm, implemented at the drive level, which enables compression before encryption to maximize capacity and performance during backup.
Recent generations of LTO technology (LTO-5) include a partitioning feature which helps to enhance file control and space management via LFTS - Linear Tape File System - a self describing tape format.
File data and file system metadata are stored in separate partitions on the tape. The metadata, which uses a standard XML schema, is readable by any LFTS system and can be modified separately from the data is describes.
Partitioning allows for indexing, which points the drive to where in the tape a file is stored. The second partition holds the actual file. With LFTS, indexing information is first read by the drive then presented in a format that allows the user to "drag and drop", similar to other data carriers.
LTO tape is predicted to provide 15 to 100 years of archival storage. The current generation of LTO should be able to provide 200-364 full file passes.