Archivists and technologists have been looking for a way to keep data forever, but their efforts have proven ineffective. That all changes now with Atlas Data Storage’s Eon 100, a technology that converts regular files into DNA strands. This all comes at a time when everyone is battling to keep up with the enormous volume of data we’re producing – and the Eon 100 appears to be a serious competitor in this fight.
The Eon 100 works by employing synthetic DNA that has been dried and placed within small tubes, with the binary code from your files converted into its own four-letter alphabet (adenine, cytosine, guanine, and thymine). The sequences are then created, dried, and stored away. To recover your data, merely purchase a machine capable of reading the DNA strands, decoding the information, and voilà! Your original files appear, and none of this need a doctorate in molecular biology to work. Atlas manages the entire process, so you don’t even have to bother about the technical aspects. You may store a lot of data in these little tubes and then simply connect them all together to form a large storehouse of essential records.
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- Use the handy carabiner loop to secure it to your belt loop or backpack for extra peace of mind.
One of the reasons the Eon 100 appears to be such a fantastic option is its durability: hard drives wear out after a decade, whereas solid state drives deteriorate gradually over time. Even magnetic tape, the standard backup method, can be ruined after 50 years if it becomes too damp. However, none of this affects DNA. Scientists have extracted DNA from thousands of year-old bones that nevertheless contain vital information. Atlas is essentially continuing this history by constructing its DNA strands to be entirely resistant to any type of electromagnetic burst that may destroy all electronics in an emergency. So, even if your entire server farm is destroyed, these small DNA tubes will remain intact.
Another significant advantage of the Eon 100 is the amount of data that can be stored in such a compact space. This is due to the fact that each gram of synthetic DNA can store 1,000 times more data than magnetic tape, which is currently the best option. So, if you have a large collection of movies or corporate records, you can simply store them in a small coffee mug because DNA is so dense. As an added bonus, it’s nearly impossible for anything to go wrong because the system has an unbelievable 99.99999999999 percent success rate built in.
The Eon 100 is also easy to order; businesses can just log on to the Atlas website and have a device shipped to them in the usual manner. Right now, no one knows how much it will cost, but you can anticipate to be able to order several tiered plans based on how many DNA tubes you require and how quickly you need to read them.
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