Venture UWA

Every time you ask ChatGPT a question, store a file in the cloud, or stream a video, that data lives somewhere. On servers. In datacenters. On hard drives that need to be replaced every five years.

And every time those drives reach the end of their life? The data gets copied to new ones. Again and again. Burning energy. Consuming resources. Repeating the cycle.

Now multiply that by the explosion of AI.

We're generating more data than ever before, and the infrastructure we're using to store it wasn't built for this. It's not sustainable. Not even close.
That's why innovations like Microsoft's Project Silica matter.

They've figured out how to store data inside glass. Not on it, inside it. Using lasers to encode information in 3D layers within quartz glass plates.
A single coaster-sized plate can hold around 4.8 TB of data. And here's the thing: once it's written, it never needs to be rewritten. No copying. No replacing. No constant energy drain. The data just sits there, potentially for 10,000 years.

If we're serious about AI, we need to be serious about the infrastructure behind it. That means rethinking storage, energy use, and what "sustainable tech" actually looks like.

Glass storage won't solve everything. But it's the thinking we need more of, especially now.

→ Read more: https://www.ventureuwa.com.au/post/the-future-of-data-storage-is-glass-and-it-could-last-10-000-years or visit our blog page.

Sealed in glass Project Silica’s coaster-size glass plates can store unaltered data for thousands of years, creating sustainable storage for the world