Quantum Emotion Corp Stock Price, News & Analysis

Quantum eMotion Corp (TSXV: QNC, OTCQB: QNCCF) has announced the granting of 3,920,000 stock options to its officers and employees. The options are exercisable at $0.69 per share, will vest immediately, and expire on March 20th, 2035.

This grant is part of the company's long-term compensation and employee retention incentives program and follows the successful completion of the LIFE offering, which resulted in the company receiving approximately $2.25 million through the exercise of 15 million common share purchase warrants.

Quantum eMotion Corp (TSXV: QNC, OTCQB: QNCCF) celebrated the grand opening of its new Irvine, California office on February 28, 2025, marking a significant U.S. expansion milestone. The event attracted over 400 attendees, including business leaders, state officials, and professionals from AI, quantum computing, and cybersecurity sectors.

The ceremony featured Dr. Francis Bellido, CEO, and John Young, Director and Board Member. Notable attendees included professors from prestigious universities like USC, Pepperdine, UCI, and others, along with industry executives and financial advisors.

The expansion follows successful financing and recent partnerships in crypto, healthcare, and medical supplies. Young, recognized among the world's top cybersecurity experts, brings valuable expertise as one of only 11 people globally to earn all nine ISC2 cybersecurity certifications in six months.

The company focuses on developing quantum-safe security solutions through its QRNG2 technology, addressing the growing threat quantum computers pose to classical encryption methods.

Quantum eMotion (QNCCF) has successfully closed its brokered private placement, raising C$10,000,000 through the issuance of 13,333,333 units at C$0.75 per unit. Each unit comprises one common share and one warrant, with each warrant allowing the purchase of an additional share at C$1.10 within 3 years.

The financing was conducted under the LIFE Exemption, with A.G.P. Canada Investments ULC acting as sole bookrunner. The company plans to use the proceeds to accelerate R&D efforts, expand their R&D team, and support commercialization initiatives. The securities issued are expected to be immediately freely tradeable under Canadian securities laws.

As compensation, the Agent received a 6.5% cash fee and non-transferable warrants representing 5.0% of the total units issued, exercisable at C$0.88 for 30 months.

Krown Technologies has unveiled Excalibur, the world's first quantum-secured crypto cold wallet powered by Quantum eMotion's QRNG technology. The groundbreaking hardware wallet, comparable in size to a thumb drive, integrates true quantum randomness to protect digital assets against advanced cyber threats, including quantum computing attacks.

Through a five-year non-exclusive global license agreement, Krown Technologies will incorporate QeM's QRNG technology into blockchain applications, with both companies sharing revenue from Excalibur's commercialization. The wallet's key features include quantum-secured encryption, maximum security design, universal compatibility, and first-of-its-kind innovation in cold storage security.

According to Dr. Francis Bellido, QeM's CEO, their Cold Wallet prototype has shown a 98% reduction in monetary loss risk compared to traditional cold wallets. Krown Technologies is finalizing Excalibur's design, with prototype testing scheduled to begin once initial units are ready. The company is currently conducting an ICO Pre-Sale for Krown Coin ahead of their official blockchain launch.

Krown Technologies has unveiled Excalibur, the world's first quantum-secured crypto cold wallet powered by Quantum eMotion's (QNCCF) QRNG technology. The device, no larger than a thumb drive, integrates true quantum randomness to protect digital assets against advanced cyber threats, including quantum computing attacks.

The partnership involves a five-year, non-exclusive global license for Krown to integrate QeM's QRNG technology into blockchain applications, operating under a revenue-sharing model. The cold wallet prototype has demonstrated a 98% reduction in monetary loss risk compared to traditional cold wallets.

Key features include quantum-secured encryption, maximum security design, and universal compatibility for storing any digital asset. Krown Technologies is finalizing the Excalibur design, with prototype testing planned to begin once initial units are ready.

Quantum eMotion Corp (TSXV: QNC) (OTCQB: QNCCF) has secured a non-exclusive licensing agreement with Quantolio, granting access to its proprietary Entropy-as-a-Service (EaaS) technology. The deal, valued at $1.0 million in annual licensing fees plus revenue-sharing, will integrate QeM's quantum-based technology into Quantolio's AI-powered financial platforms.

The partnership aims to enhance financial applications through quantum randomness, particularly in AI-driven decision-making processes. QeM's Quantum Random Number Generator (QRNG) technology will be utilized to improve Monte Carlo simulations, risk management models, and market prediction capabilities. The worldwide license focuses on applications in finance, FinTech, and Quantum AI sectors.

Quantum eMotion (QNCCF) has entered into a Memorandum of Understanding with Energy Plug Technologies to integrate quantum-based cybersecurity into energy storage and management solutions. The partnership aims to protect energy infrastructure using QeM's True Entropy technology, which combines electron-based Quantum Random Number Generation (QRNG) with classical and post-quantum encryption.

The collaboration addresses growing cybersecurity concerns in the energy sector, where 65% of energy professionals consider cybersecurity their greatest business risk, according to a DNV Cyber report. The integration will protect battery energy storage systems (BESS), inverters, and energy management platforms from sophisticated cyberattacks.

This strategic partnership focuses on securing grid-connected, off-grid, and microgrid applications across critical sectors including utilities, AI-powered data centers, defense, and essential infrastructure. The initiative responds to the increasing digitalization of energy networks and the need for enhanced security measures in smart, decentralized energy systems.

Quantum eMotion Corp. (QNCCF) has entered into a Memorandum of Understanding with Energy Plug Technologies Corp. to integrate quantum-based cybersecurity into energy storage and management solutions. The partnership aims to protect energy infrastructure using QeM's True Entropy technology, which combines electron-based Quantum Random Number Generation (QRNG) with classical and post-quantum encryption.

The collaboration addresses growing cybersecurity concerns in the energy sector, where 65% of energy professionals identify cybersecurity as their greatest business risk, according to a DNV Cyber report. The integration targets protection for battery energy storage systems (BESS), inverters, and energy management platforms across utilities, AI-powered data centers, defense, and essential infrastructure.

The partnership focuses on securing increasingly interconnected AI-driven energy grids against sophisticated cyberattacks by implementing advanced point-to-point encryption for energy infrastructure.

Quantum eMotion (QNCCF) has announced breakthrough results for its quantum-based hardware wallet, demonstrating up to 98% reduction in monetary loss risk compared to traditional HD wallets. The wallet, announced in July, incorporates proprietary Quantum Random Number Generation (QRNG) technology and intelligent key generation.

The solution features cost-effective design by reusing hardware components for parent and child key generation, and includes an advanced resetting mechanism against brute-force attacks. The hybrid Quantum-as-a-Service (QaaS) wallet combines QRNG-powered key generation with deep learning algorithms to optimize key scheme selection based on user behavior.

The technology has been successfully implemented for Ethereum transactions and validated through research collaboration with ETS Montreal and University of Sherbrooke, with findings published in Springer Nature.