Catalog Pushes Synthetic DNA Data Storage to New Heights, Promising to Aid Commercial Adoption

C. Drake

Summary Bullets:

  • Synthetic DNA is seen as a solution to the challenge of how to store rising volumes of digital data generated by smartphones, tablets, and Internet-connected sensors.
  • Innovations by U.S.-based startup Catalog promise to speed up and reduce the cost of encoding digital data for DNA storage, potentially benefitting commercial adoption.

U.S.-based startup Catalog recently revealed that it had successfully stored all 16 gigabytes of Wikipedia’s English-language text on tiny DNA strands within a laboratory vial, in the latest demonstration of the power and potential of synthetic DNA as a medium for storing digital data. The accomplishment marks a new record for the amount of digital information to be stored on DNA. Catalog used prefabricated synthetic DNA strands to store the Wikipedia data, along with a DNA writing machine, which currently writes data at a rate of 4 megabits per second, but which Catalog wants to make at least a thousand times faster. Continue reading “Catalog Pushes Synthetic DNA Data Storage to New Heights, Promising to Aid Commercial Adoption”