Future technologies are resetting everything as current technologies are being stressed to their limits, and conventional computing is hitting a wall. By 2025, traditional computing technologies will hit a digital wall forcing the shift to new paradigms such as neuromorphic computing. CIOs and IT executives will be unable to deliver on critical digital initiatives with current computing techniques as system performance, power consumption and cost aren’t supporting digital innovation. Technologies such as artificial intelligence (AI), computer vision and speech recognition, which demand substantial computing power, will become pervasive, and general-purpose processors will be increasingly unsuitable for these digital innovations.
By 2024, 30% of digital businesses will mandate DNA storage trials, addressing the exponential growth of data poised to overwhelm existing storage technology. DNA storage allows the storage of binary digital data in the double helix from of DNA, taking binary coding and turning it into coding that fits in the human DNA strand. It would mean a year's worth of human knowledge could be stored in a gram of synthetic DNA for thousands of years, Gartner says. Digital data such as music, video, or statistics would be encoded in the nucleic acid base pairs of synthetic DNA strands. It sounds complex, but the technology is actually well-established and understood, the firm says. DNA is inherently resilient, capable of error checking and self-repair, which makes it an ideal data storage and computing platform for a range of applications.
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/Service Ventures Team
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