Long-term storage and recovery of digital info is something that everyone — from governments and businesses to home computer users — is struggling with today. Even as more and more data goes digital, there is currently no sure-fire way to ensure that such details will be accessible in the future. According to a Science Daily report, University of California-Santa Cruz (UCSC) scientists are working on a solution.

Pergamum, named after an ancient Greek library, uses hard drives to supply energy- efficient, cost-effective, long-term digital goods storage. The distributed network of intelligent, disk-based storage devices was developed by UCSC graduate students Mark Storer and Kevin Greenan and researcher Kaladhar Voruganti of NetApp.

“There is a risk that an entire generation’s cultural history could be lost whether society aren’t able to retrieve that info,” Storer told Science Daily. “Everyone is switching to digital cameras, but we’ve never demonstrated that digital info can be reliably preserved for a enlarged

The researchers said they designed the system to supply dependable, energy-efficient goods storage using off-the-shelf components. The key, however, is that it additionally has the ability to evolve by moment as storage technologies change.

According to Storer, Pergamum uses individual building blocks consisting of a hard drive, a small, low-power processor similar to the kind used in an iPod, a flash memory card, and an Ethernet port. These units, called “tomes,” are connected using relatively inexpensive Ethernet switches. Each tome is like a minicomputer, but with very low ability demands, according to Science Daily. When not in use, it can shut down nearly completely.

Even when active, the devices use less than 13 watts of potential, which can be delivered by the network using ability by Ethernet technology. As a conclusion, each unit is essentially a self-contained box with a network connection. The flash memory provides low-power, persistent…

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