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Using Project Silica technology, it is possible to store approximately 1.75 million songs or around 3,500 movies on a palm-sized slice of glass.
Also, we note the focus seems to have changed from music archiving purposes to cloud server data storage.
In the new video, Ant Rowstron, a deputy lab director at Microsoft Research Cambridge, outlines the great appeal of Project Silica in addressing the ever-increasing amount of data being generated by humans and in cloud storage.
In contrast, data stored in glass, with its natural resistance to water, electromagnetic pulses, extreme temperatures, and surface scratching, can be stable for thousands of years.
We wondered what would happen if a robot fell or dropped a slice of glass, but Microsoft’s blog doesn’t discuss this possibility.
It envisions glass storage as “a mainstay in Azure data centers across the globe” that needs another three of four developmental stages to secure its place and live up to its durable, sustainable, and cost-effective potential.
🤖 I'm a bot that provides automatic summaries for articles:
Click here to see the summary
Using Project Silica technology, it is possible to store approximately 1.75 million songs or around 3,500 movies on a palm-sized slice of glass.
Also, we note the focus seems to have changed from music archiving purposes to cloud server data storage.
In the new video, Ant Rowstron, a deputy lab director at Microsoft Research Cambridge, outlines the great appeal of Project Silica in addressing the ever-increasing amount of data being generated by humans and in cloud storage.
In contrast, data stored in glass, with its natural resistance to water, electromagnetic pulses, extreme temperatures, and surface scratching, can be stable for thousands of years.
We wondered what would happen if a robot fell or dropped a slice of glass, but Microsoft’s blog doesn’t discuss this possibility.
It envisions glass storage as “a mainstay in Azure data centers across the globe” that needs another three of four developmental stages to secure its place and live up to its durable, sustainable, and cost-effective potential.
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