From lab to reality: Atlas Data Storage targets terabyte DNA storage with mind-blowing densities and tiny physical volumes | Daily Reports Online
- DNA storage offers unprecedented data density compared to conventional tape and disk media
- Atlas Data Storage relies on custom chips to synthesize DNA for practical archiving
- Reading DNA data uses sequencing methods with built-in error correction mechanisms
After nearly ten years of internal research and commercialization planning, Atlas Data Storage, a spin-off built on Twist Bioscience technology, has outlined a roadmap toward terabyte-scale DNA data storage by 2026.
Atlas Data Storage states that its immediate objective is to demonstrate storage densities high enough to place 13TB of digital data into a volume described as a single drop of water.
It argues that DNA offers a fundamentally different storage profile from magnetic tape or disk-based media.
Density potential of DNA storage
According to the company, DNA storage provides a 1,000 to 1,500 times improvement in volumetric density compared with standard LTO-10 tape cartridges.
Based on ChatGPT calculations, a standard LTO-10 cartridge has external dimensions of 105.4 x 101.6 x 21.6mm, which results in a volume of roughly 231 cubic centimeters.
This translates to a native capacity of 40TB and a volumetric density of about 0.173TB per cubic centimeter.
Using these values, a single drop of water, approximately 0.05cm³, could store only about 8.6GB, while a sugar-cube-sized volume of 1cm³ could hold roughly 173GB.
Applying the 1,500x density improvement claimed by Atlas, the calculations indicate that a single drop of water, about 0.05cm³, could theoretically store around 13TB of data, and a sugar-cube-sized volume of 1cm³ could hold more than 260TB.
These figures illustrate the density potential of DNA storage and show how it could condense data that would otherwise require thousands of LTO-10 cartridges into very small volumes.
However, the figures depend on assumptions related to usable volume, error correction, and replication overhead.
The Atlas Data Storage system relies on custom chips that synthesize DNA strands encoding digital information, a process described as data writing.
Current prototypes reportedly operate at gigabyte scale, while the next generation is expected to reach terabyte-scale output.
Reading stored data relies on sequencing methods optimized for known DNA formats with built-in error correction, which allows lower cost and faster retrieval than general-purpose sequencing.
Atlas Data Storage presents the combination of synthesis and sequencing as the mechanism that enables practical DNA-based archiving rather than a purely theoretical demonstration.
The company states that DNA stored in sealed capsules at room temperature can remain readable for thousands of years, with copying performed enzymatically rather than mechanically.
This approach avoids periodic media refresh cycles required by tape and reduces long-term carbon output through minimal cooling needs and lower material turnover.
Although storing 13TB in a single drop of water aligns with DNA’s theoretical density, practical deployment will depend on factors such as overhead, redundancy, error rates, and retrieval speed.
Efforts over the past decade have explored DNA’s potential for ultra-dense, long-term digital storage beyond the limits of conventional media.
In 2016, Microsoft took a major step by purchasing ten million strands of long oligonucleotides from Twist Bioscience to experiment with encoding data in DNA.
By 2020, Microsoft, Twist Bioscience, and Western Digital had formed an alliance to accelerate development in this area.
Although reports suggest that DNA storage could become available in cartridge form by 2030 and address growing data challenges, practical deployment remains limited at present.
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