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BTQ Technologies Corp (BTQQF) drives innovation in quantum-resistant security solutions for critical infrastructure. This page aggregates official announcements, research milestones, and strategic developments from the global leader in post-quantum cryptography.
Investors and industry professionals will find curated updates on quantum algorithm advancements, partnership expansions, and technology licensing agreements. Key content includes earnings reports, patent filings, and collaborative research initiatives with academic institutions.
All materials are sourced directly from company disclosures and verified industry channels. Bookmark this page for structured access to BTQ's quantum security roadmap, including hardware innovations like computing-in-memory architectures and software developments in zero-knowledge proof systems.
BTQ Technologies (BTQQF) and ICTK have signed a Memorandum of Understanding to jointly develop quantum-secure hardware solutions. The partnership combines BTQ's expertise in post-quantum cryptography with ICTK's secure chip technologies, focusing on three key areas: Post-Quantum Cryptography (PQC), Physical Unclonable Functions (PUF), and BTQ's proprietary CASH Architecture.
The collaboration will explore the development of quantum-secure cold wallets, integration of BTQ's CASH architecture into ICTK's secure chipsets, and applications in digital identity and IoT security. This strategic partnership aims to create hardware systems capable of withstanding quantum computing threats while enhancing security and performance across various industries.
BTQ Technologies Corp. (OTCQX: BTQQF) has signed a Memorandum of Understanding (MOU) with EntangleTech, a quantum education organization in Taiwan. The partnership aims to enhance public understanding and accessibility of quantum technologies through educational content development.
Under the agreement, BTQ will provide resources and expertise to support EntangleTech's creation of educational content, including videos, podcasts, and social media materials focused on quantum advancements, industry trends, and academic research. The funding will help EntangleTech scale its content strategy to reach students, professionals, and the broader public.
The collaboration reflects BTQ's commitment to global quantum awareness and cross-border cooperation in advancing quantum research and education.
BTQ Technologies Corp. (OTCQX: BTQQF) has signed a non-binding term sheet to invest €2 million in QPerfect, a French neutral atom quantum computing company. The investment, based on a €10 million pre-money valuation, would give BTQ a 16.67% equity stake with an option to acquire full ownership within 12 months.
QPerfect's flagship platform MIMIQ executes quantum algorithms with superior performance compared to existing simulators and quantum computers. The platform serves as the foundation for QPerfect's Quantum Logical Unit (QLU) framework, accelerating real-world quantum applications.
The partnership combines QPerfect's quantum capabilities with BTQ's expertise in post-quantum cryptography and hardware acceleration. Both companies aim to finalize definitive agreements by June 30, 2025.
BTQ Technologies (OTCQX: BTQQF) has announced that its Chief Quantum Officer, Dr. Gavin Brennen, will participate in a fireside chat at Quantum Industry Day in Sydney, Australia. The session, titled 'Funding and Policy for Quantum Technologies,' will take place on March 31, 2025, from 10:15 AM to 10:45 AM.
The event, presented by QuEra and Quantum Brilliance, brings together key stakeholders from technology providers, government institutions, and industry pioneers. Dr. Brennen will join representatives from Q-CTRL, Google Quantum AI, NVIDIA, AWS, Sydney Quantum Academy, and the Australian Trade and Investment Commission to discuss funding opportunities, government initiatives, and policy frameworks accelerating quantum adoption.
The free-to-attend event features networking sessions, keynotes, panels, and fireside chats focused on quantum adoption, high-performance computing integration, and real-world use cases across multiple sectors.
BTQ Technologies (OTCQX: BTQQF) has appointed Dr. Gavin Brennen as Chief Quantum Officer (CQO). Dr. Brennen, previously serving as Quantum Information Advisor and Director of BTQ Australia, will now lead the company's global technological roadmap and strategy.
Dr. Brennen brings over 20 years of expertise in quantum technologies, currently serving as a Physics Professor at Macquarie University where he leads research in quantum computing, simulators, and sensors. He holds positions as Director of the Macquarie Centre for Quantum Engineering and Chief Investigator at EQUS, while contributing to the Standards Australia working group and co-directing the Australian Quantum Software Network.
His expertise includes pioneering work in neutral atom quantum computers, quantum simulation for advanced materials, and quantum error correction. His research, including 'Proof-of-work consensus by quantum sampling,' has been fundamental to BTQ's quantum-secure blockchain solutions.
BTQ Technologies Corp. (OTCQX: BTQQF) announced that Olivier Roussy Newton has acquired 150,000 common shares of the company on February 19, 2025, at $3.4257 per share, totaling $513,855. Prior to this acquisition, Newton owned 42,000,000 shares (31.82% ownership), and following the purchase, his holdings increased to 42,150,000 shares (31.93% ownership).
The shares were acquired in the ordinary course of business for investment purposes. Newton may acquire additional shares, dispose of existing shares, or maintain his current position depending on market conditions and BTQ's prospects. An early warning report will be available on SEDAR+ under BTQ's issuer profile.
BTQ Technologies has secured a $158,000 Mitacs Elevate Postdoctoral Fellowship at the University of Toronto for advanced quantum simulation research. The project, led by Dr. Aleksei Uvarov under Professor Artur Izmaylov's supervision, focuses on reducing resource requirements for quantum simulations.
The research will develop innovative techniques including LCU block encoding, tensor decomposition optimizations, and spectral range reduction to enhance quantum simulation efficiency. These advancements aim to improve scalability for real-world applications in quantum chemistry, materials science, and secure communications.
This industry-academic partnership through Mitacs, a national non-profit organization, demonstrates BTQ's commitment to bridging theoretical quantum research with practical applications in quantum security.