For roughly a decade, Microsoft has been perfecting a high-density storage technology that uses glass, lasers, and cameras, and ensures it stays intact for millennia. That's a huge improvement over ...

Project Silica is Microsoft's attempt at turning glass, not microchips, into a feasible medium for data storage with the use ...

Microsoft Unveils Glass Storage That Could Preserve Data for 10,000 Years Your email has been sent Microsoft has just hit a major milestone in a project that could end the digital dark age. Their ...

Explore how Microsoft Project Silica glass uses borosilicate glass memory for ultra-durable, 10,000-year data storage and archival glass storage tech that could transform long-term cloud archives.

Experts not involved in the project warned that this new tech still faces numerous challenges. Read more at straitstimes.com. Read more at straitstimes.com.

Boffins at the software king of the world, Microsoft, have emerged from their smoke-filled labs with a piece of glass which they say can store data for more than 10,000 years. In Nature on 18 February ...

Archival storage poses lots of challenges. We want media that is extremely dense and stable for centuries or more, and, ideally, doesn’t consume any energy when not being accessed. Lots of ideas have ...

Microsoft’s Project Silica has achieved a breakthrough in data preservation by developing a higher-density glass storage system capable of archiving digital data for thousands of years without ...

Borosilicate glass, the same material used in lab equipment and kitchen cookware, can encode data using femtosecond lasers at densities and lifespans no existing archival medium can match, according ...

Improvements to data writing and reading techniques, alongside a new way to store data, mean the technology is more accessible than before. When you purchase through links on our site, we may earn an ...

A team at Microsoft Research combined lasers, machine learning and tiny glass rectangles to demonstrate a new robotic data storage system that could, in theory, still be readable 10,000 years from now ...