Data Archiving is an essential part of storage lifecycle management. Modern approaches to archiving are strategic initiatives for data intensive organizations
Digital Archiving is an essential part of the data storage workflow. That’s because inactive or older data still needs a place to live, whether for digital preservation, long-term retention, compliance, disaster recovery, or other business purposes. Modern archive strategies preserve data for long periods of time, are scalable as archives grow, include data resiliency features, allow active access to the data, and are cost-effective.
Did you know? Spectra Logic founded the Active Archive Alliance in 2010 to serve as a vendor-neutral, trusted source to educate the market on active archives to solve data growth challenges. Always on the cutting edge of data storage innovation, Spectra continues its leadership role with that alliance today.
- Data is growing exponentially and the value of data is unpredictable
- Multiple copies of data, on multiple storage mediums, and in multiple locations offer the highest level of protection
- Archives need to be simple to manage and provide easy access to data
Spectra’s easy-to-manage archive solutions, including digital preservation software, low-cost tape, disk, and object storage systems make archiving easy and affordable. For data-driven organizations, active archiving techniques and software are being used to digitally preserve their assets and data. With Spectra’s broad range of archive solutions, organizations can protect their data as well as their budgets.
- Enables “data at scale” active archives
- Delivers long-term storage with digital preservation
- Provides simple installation and management of archives
- Allows comprehensive hardware and software solution from a single vendor
- Provides project, bulk, and active archive capabilities
“One of the great challenges of our experiments is the management and processing of the vast amounts of data generated. Our Spectra TFinity tape systems help us to address this unprecedented multi-petabyte data-processing challenge by ensuring data is preserved and accessible in the long term. This system is anticipated to be able to withstand the data production rates foreseen for the next LHC restart (Run 3) and beyond.”
– Vladimír Bahyl, Senior Data Storage Engineer, CERN