DNA capsules could revolutionize data storage technology

AtlasBase has introduced an innovative DNA-based data storage system that could redefine how large volumes of information are managed. A single DNA capsule has the potential to hold up to 50 PB of data, representing a significant advancement compared to current storage capacities. Each cartridge in this system can contain 100 capsules, allowing for a total storage range of between 100 TB and 5 EB, depending on the number of capsules utilized.

## Why it matters This development is crucial at a time when the demand for data storage is growing exponentially. The possibility of using DNA as a long-lasting and efficient storage medium could transform entire industries, from technology to biomedicine. Additionally, the ability to store information in DNA offers a long-term solution for data storage, as it has been shown to last over 1,000 years without the need for electricity or cooling.

## What we know AtlasBase's Thalia platform combines conventional semiconductor controls with biochemical processes to encode data into synthetic DNA. The latest chip developed by the company features 5.6 billion reaction sites, representing a 700-fold increase over previous DNA synthesis technology. This means that the process of producing encoded DNA has become much more efficient and dense, thanks to the use of a 16nm CMOS layer.

## What remains unclear Despite these advancements, crucial information such as the speed of data access, the cost of storage devices, and their market availability has yet to be confirmed. The absence of these details is significant, as they determine the feasibility of this technology for mass adoption in the future.