https://www.yicaiglobal.com/news/quantum-ai-computers-offer-%E2%80%98supernatural-powers%E2%80%99-chinese-turing-prize-winner-says

IQT expects Quantum Software to boom over the next few years and will be bringing out a market analysis on this topic in a couple of months. https://www.thefirstnews.com/article/polish-quantum-software-producer-enters-us-and-canadian-markets-2069

With the 2048 bit keys used in public key encryption today, it would require a very large quantum computer with high fidelity qubits to process the Shor algorithm.  Quantum computers of this size are not available today, but the technology is continuing to improve and estimates are that these will be available in around 10 years, although lesser quantum computers

IQT Research’s latest forecasts of the quantum repeater market are shown in the Exhibit below.  The numbers come from “Quantum Networking Deployments, Components and Opportunities – 2017-2026,” a report that IQT Research published in October.  Based on these forecasts, IQT Research has concluded that in about five years, revenues generated from quantum repeaters will represent a significant and attractive business opportunity. Nonetheless,

Research for IQT Research  latest report on quantum technology, “Quantum Computing: Applications, Software and End-User Markets,” has given us important insights into which industry sectors will be the first commercial adopters of quantum computing and why. By “commercial” we simply refer here to quantum computers deployed outside of the research and defense communities. These two communities have accounted for the

In April 2017, D-Wave closed its first $30 million investment in convertible notes and then received a conditional commitment from Public Sector Pension Investment Board (PSP Investments) for an additional $20 million. The conditions for this second $20 million have now been met and this new money will now flow to D-Wave Systems.  In addition, it is public knowledge that the company is talking

This article sets forth five areas where we see five opportunities emerging from the emergence of quantum networking. Since the 1960s the digitalization of traffic on networks has transformed networking. Digital networking is characterized by information defined as bits (1s and 0s), rather than the waveforms associated with older analog networks. The rise of quantum information theory holds out the

The demand for cost-effective high-performance cryptography solutions for data-centers continues to grow under the weight of almost constant threats of hacking, both strategic and malicious.  At the present time, asymmetric cryptographic solutions and bare fiber links form two of the most critical weak points for data-center security.  Both of these security incursions could be defended against by deploying adequate quantum