DNA can secure your bitcoin riches

Looking to keep your Bitcoin fortune safe? Here’s one option: Hide your password inside a micro tube of DNA.

No, really.

A startup called Carverr provides that very service to protect the digital money of its customers.

It’s a unique and extreme insurance policy for the risky world of cryptocurrency — and one that incorporates a new area of genetics research: using synthetic DNA as a way to store data. Scientists can store anything in DNA, be it a Word doc, an animated GIF, an operating system. And while it seems outlandish, it could become a legitimate alternative as we struggle to find places to store our ever-growing collection of data.

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DNA data storage could solve a big problem


Bitcoins. DNA. Micro tubes. Carverr CEO and co-founder Vishaal Bhuyan admits it sounds wild, but he sees this as just a different type of encryption tool — one that will last longer and could be more secure than saving your account details on a hard drive.

And given the hysteria over cryptocurrency this year, this crazy-sounding technique may be a little appropriate. Owning cryptocurrency, like Bitcoin, comes with plenty of risk. Lose the keys to your account, and you lose your digital money — forever.

Bhuyan said 28 customers so far have signed up and paid the $1,000 fee to have this done. Carverr is also in talks to expand the service with banks and other large cryptocurrency holding companies.

“DNA is the only thing that won’t become obsolete,” said Bhuyan. “So the way I look at it, this is a trust or 401(k) that you can allocate some of your assets to and keep for a very, very long period of time.”

How to save a file as DNA

Converting a data file into DNA is a surprisingly simple concept. Data, when broken down into a basic binary form, is just a bunch of zeros and ones. As for DNA, its language is made up of four letters: A, T, C and G — the abbreviations for the nucleotides that make up the rungs of the DNA ladder.

To translate binary to the language of DNA, you need to have a conversion system. Let’s say A = 00, T=01, C=10, and G=11. In this example, the string 11000101001000 would translate to GATTACA.


Inside this drop of liquid is a cryptocurrency passcode, stored as synthetic DNA.

Mark Licea/CNET

Today labs can print out the DNA chemicals together in any order you want — be it “GATTACA” or something much longer. We refer to DNA as the building blocks of life, but nothing here comes from anything alive — it’s all synthetic.

It just sits at the bottom of a plastic micro tube, sometimes suspended in a drop of liquid, stored until it’s ready to be read by a lab-sequencing machine. At that point, the alphabet code can be translated back into ones and zeros.

Why put a password in DNA?

Carverr’s customer is the type of person who has a large amount invested in cryptocurrency and plans to hold on to it for the long haul. That means they need a secure backup that won’t become outdated. Store the wallet information on a hard drive, and something may happen to that drive in 20 or 30 years that makes it hard to access or that corrupts it. Store it in DNA, and it could last generations. Labs will always have the technology to read DNA.

The science behind saving digital files inside DNA is pretty new — and pretty expensive. All sorts of files have been encoded as DNA: a short movie clip, a Linux operating system, even an $50 Amazon gift card. But in a 2017 study, it cost nearly $7,000 for researchers to save just 2 megabytes in DNA, and another $2,000 to retrieve it.

Despite the cost, large-scale storage is possible. In February, researchers at the University of Washington and Microsoft put 200 megabytes of data into 13 million DNA oligonucleotides — among the files was OK Go’s music video for “This Too Shall Pass.”

Humans have a data problem

The quest to save files in DNA is one possible solution to a growing data storage problem. Research says by 2025, humans could be producing 160 zettabytes of data — that’s 160 trillion gigs, or 10 times more than we generated in 2016. By 2040, research estimates we will not have enough microchip-grade silicon to store it all on hard drives. In fact, cheaper magnetic tape is a more common solution for long-term storage today. (Although it may last a…

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