integrated chip and CMOS—a specialty of the new board memberThe pieces are falling into place and the stars are aligning in one of the hottest market cycles in the history of the world.
Despite all the negativity and consternation over the nickel financing, I’d like to point out two nickel deals I did last year that shrugged off the cheap paper and are currently enjoying a pleasant state of being in a buoyant market: See RVV & DIGI.
Given the dynamics of the tech vis a vis addressable market and scalability, a parabolic move in the share price would not surprise me especially if its news fueled.
Happy long weekend everyone.
Sextant
2021-01-27 09:59 ET - News Release
Mr. Francis Bellido reports
QUANTUM NUMBERS CORP. APPOINTS CYBER SECURITY AND INTEGRATED CIRCUIT EXPERT TO ITS BOARD OF DIRECTORS
Quantum Numbers Corp. has appointed Dr. Edward Moore to its board of directors.
With the successful completion of its latest round of financing and the arrival of its new executive leadership, QNC is now strategically strengthening the membership of its board of directors. Therefore, QNC is pleased to announce the addition of Dr. Edward Lawrence Moore to its board of directors. Dr. Moore brings relevant business knowledge and a significant network, which he developed during his 40-year tenure in the software, semi-conductor and cybersecurity industries. Early in his career Dr. Moore founded ANACAD, which developed software technology for integrated circuit design. The company was eventually sold to Mentor Graphics. ANACAD's products were adopted globally for its application in IC design and utilized by major corporations such as Daimler, Toshiba and SGS Thomson. Dr. Moore is currently president of Baystream, a company specialized in process automation and cloud-based solutions. Recently, Baystream developed automation solutions to deploy security-hardened systems to the cloud that are focused on availability and compliance, thereby strengthening its process automation offering and strengthening its key position in the market.
Dr. Moore holds a PhD in mechanical engineering from the University of Sussex and is fluent in English, German and Italian.
Francis Bellido, chief executive officer, comments: "Larry is a welcome addition to the QNC team. His expertise around IC design, process automation and cybersecurity will be invaluable as we move forward with our technology deployment strategy."
Dr. Moore comments: "QRNG technology is vital to the IoT industry. It is the first line of defence that safeguards the security and privacy of electronic communications and digital assets. I am very excited to join QNC as I believe its QRNG technology has the potential to become a game-changer for the cybersecurity industry."
Pierre Paul Samson, QNC's chairman, commented: "I am very pleased to welcome Dr. Moore as QNC's newest director. His relevant expertise and considerable network will be key for the corporation as we move towards scaling up and commercializing our patented technology."
About Quantum Numbers Corp.
The corporation's mission is to address the growing demand for affordable hardware security for connected devices. The patented solution for a Quantum Random Number Generator exploits the built-in unpredictability of quantum mechanics and promises to provide enhanced security for protecting high-value assets and critical systems.
The corporation intends to target the highly valued health care services industry while ensuring its technology is also relevant and applicable to others, such as financial services, cloud-based IT security infrastructure, classified government networks and communication systems, secure device keying (Internet of things, automotive, consumer electronics) and quantum cryptography.
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KEY TAKEAWAY:
We are now in a solid pole position to proceed with integrating the entire design into an integrated chip using standard CMOS technology. This next and upcoming phase will allow QNC to approach the market with a commercially viable product with multiple applications for varied verticals.” The QNRG testing cycle has successfully produced an operational prototype that can achieve 300 Mbps of random bits with only the digital components limiting the throughput. At this point in time, the current prototype is designed and assembled on standard PCB technology using commercially available and off-the-shelf components, as well as quantum tunneling junctions fabricated using standard clean room techniques on a silicon substrate at Universit de Sherbrooke. Following months of testing and development, the purely random quantum signal is clearly observable, and its significance is proven and quantifiable. Although the performance of this prototype is conservative, it does make a conclusive and relevant case for its use with Mobile and IOT applications. The next R&D cycle will aim to further test and prove its scalability and application for Enterprise Cloud and Bitcoin technologies.” Dr. Ghyslain Gagnon, ETS and Dr. Bertrand Reulet, Universit de Sherbrooke.
Marc Rousseau, CEO, “This is a great step forward as it demonstrates that the circuit behaviour is consistent with the theory described in the corporations’ patents. We are now in a solid pole position to proceed with integrating the entire design into an integrated chip using standard CMOS technology. This next and upcoming phase will allow QNC to approach the market with a commercially viable product with multiple applications for varied verticals.”