Core Insights - BTQ Technologies Corp. has launched the world's first large-scale trial of a quantum secure stablecoin settlement network, known as the Quantum Secure Stablecoin Network (QSSN), in partnership with Finger Inc. and Danal [2][10] - The initiative aims to validate QSSN for high-volume settlements while introducing post-quantum cryptography (PQC) services incrementally into banking environments [4][10] Group 1: Pilot Program and Participants - Finger has joined Danal as an early participant in BTQ's QSSN pilot program, which is expected to expand with additional partners as it progresses toward commercialization [4][9] - Finger, as Korea's largest banking-solutions developer, enhances the institutional foundation of the QSSN ecosystem and aligns with the country's regulatory focus on bank-led stablecoin security [4][9] Group 2: Regulatory and Standards Alignment - Regulatory momentum is building as supervisors and market infrastructures move towards post-quantum cryptography to mitigate risks associated with quantum computing [5] - The design of QSSN aligns with global standardization efforts for quantum-secure digital money, supported by initiatives from QUINSA and highlighted by U.S. PQFIF [6][8] Group 3: Operational Continuity and Commercialization Path - The Proof of Concept (PoC) focuses on partial networks to demonstrate that PQC can be introduced incrementally while maintaining existing customer experiences [7][10] - The pilot program is structured to transition from PoC to controlled production deployments, contingent on partner readiness and necessary approvals [7][9]

Core Insights - The article discusses the world's first large-scale trial of a Quantum-Secure Stablecoin Settlement Network (QSSN) initiated by BTQ Technologies in collaboration with Danal, a leading mobile carrier billing provider in Korea [1][4]. Group 1: QSSN Overview - QSSN aims to enhance payment security by integrating post-quantum cryptography, programmable issuer controls, and real-time compliance features while maintaining user experience [2][5]. - The Proof-of-Concept (PoC) will assess the effectiveness of QSSN in providing quantum-secure settlements and issuer controls within Danal's existing payment infrastructure [5][8]. Group 2: Regulatory Context - The PoC addresses the "harvest-now, decrypt-later" risk and aligns with global standardization efforts in post-quantum cryptography, demonstrating the feasibility of deploying PQC at a national scale without operational disruptions [3][7]. - QSSN is positioned as a leader in global standardization for quantum-secure digital money, supported by initiatives from QUINSA and recognition from the U.S. PQFIF [7]. Group 3: Danal's Market Position - Danal holds a leading market share in mobile carrier billing in Korea and serves tens of millions of users through its payment infrastructure [9][10]. - The company operates Paycoin (PCI), one of Korea's first widely adopted crypto-based payment services, and has established a diversified footprint across e-commerce, gaming, digital content, and offline retail [9][10]. Group 4: BTQ Technologies Profile - BTQ Technologies is a global quantum technology company focused on securing mission-critical networks and is backed by a broad patent portfolio [11]. - The company aims to facilitate the transition from classical networks to the quantum internet, providing a full-stack quantum computing platform with end-to-end security solutions [11].

Core Viewpoint - The article discusses the launch of the world's first large-scale trial of a Quantum-Secure Stablecoin Settlement Network (QSSN) by BTQ Technologies in collaboration with Danal, aimed at enhancing payment security and compliance in the digital economy [1][4]. Group 1: QSSN Overview - QSSN integrates post-quantum security, programmable issuer controls, and real-time compliance features while maintaining user experience for consumers and merchants [2][5]. - The Proof-of-Concept (PoC) will assess how QSSN can enhance Danal's existing payment infrastructure with quantum-secure settlement capabilities [5][10]. Group 2: Regulatory Context - The PoC addresses the "harvest-now, decrypt-later" risk and aligns with global standardization efforts in post-quantum cryptography, demonstrating the feasibility of deploying PQC at a national scale without operational disruption [3][7]. - QSSN is positioned as a leader in global standardization for quantum-secure digital money, supported by initiatives from QUINSA and recognition from the U.S. PQFIF [7][8]. Group 3: Danal's Market Position - Danal is the leading mobile carrier billing provider in Korea, serving tens of millions of users through telecom partnerships and online merchants [9][10]. - The company operates Paycoin (PCI), one of Korea's first widely adopted crypto-based payment services, and has a diversified presence across e-commerce, gaming, digital content, and offline retail [9][10]. Group 4: BTQ Technologies Profile - BTQ Technologies is a global quantum technology company focused on securing mission-critical networks and is publicly listed on Nasdaq [4][11]. - The company aims to facilitate the transition from classical networks to the quantum internet, backed by a comprehensive patent portfolio and a full-stack quantum computing platform [11].

Group 1 - MicroCloud Hologram Inc. (HOLO) shares surged over 22% in after-hours trading following the announcement of a breakthrough in quantum technology [1][4] - The company introduced a new method that combines electromagnetically induced transparency (EIT) and long-range Rydberg interactions to achieve precise control over quantum photonic states, addressing limitations of traditional quantum technologies [2][3] - HOLO plans to invest over $400 million in advanced technology sectors, including quantum computing and holography, indicating a strong commitment to leveraging its recent innovation [4] Group 2 - The new technology has broad application prospects in quantum optics, potentially enhancing quantum communication through high-fidelity state transmission and improving quantum computing by enabling more complex and stable logic gates [5] - Despite a year-to-date decline of 97.60% and a 97.01% drop over the year, the stock shows a strong short-term growth trend, reflecting investor confidence in the company's innovative direction [6]

Group 1 - The "Lingnan Science and Technology Innovation Forum" was held from September 19 to 22 in multiple cities including Guangzhou, Shenzhen, Dongguan, and Jiangmen, focusing on the theme "Technology Empowerment for New Self-Reliance" [1] - The main forum featured discussions on cutting-edge global technology trends, aiming to enhance high-quality technology supply and promote interdisciplinary collaboration [1] - The "Artificial Intelligence + Big Data Innovation Development" parallel forum concentrated on the integration of AI and big data, addressing topics such as smart network systems, data privacy protection, and the cultivation of young tech talents [1] Group 2 - The "2025 Guangdong-Hong Kong-Macao Quantum Technology Forum" parallel forum aimed to strengthen collaboration among universities and research institutions in quantum physics and technology, promoting research and academic exchanges [1] - Additional parallel forums included topics such as AI application security in cyberspace, future materials development in Guangdong, and innovative technologies in medical devices [2]

Core Insights - Rigetti Computing has been awarded a three-year contract worth $5.8 million from the Air Force Research Laboratory (AFRL) to advance superconducting quantum networking [1] - The project will involve collaboration with QphoX, a Dutch startup specializing in frequency conversion systems for quantum applications [1] Group 1: Quantum Networking Potential - Quantum networking is being explored for revolutionary applications such as distributed quantum computing and the development of a secure quantum internet [2] - Similar to classical high-performance computing (HPC), quantum networks can scale larger quantum computing systems by networking smaller systems to solve complex problems [2] - The ability to transmit information between quantum nodes across different geographical regions is a significant advantage of quantum networking [2] Group 2: Technical Challenges and Solutions - A major challenge in networking superconducting quantum computers is converting microwave signals used to control superconducting qubits into optical photons for long-distance transmission [3] - The project aims to create systems that enable entanglement between superconducting qubits and optical photons, which are essential for quantum networking [3][4] - Rigetti and QphoX will combine their technologies to convert microwave photons to optical photons while preserving their quantum characteristics [4] Group 3: Strategic Importance and Collaboration - The collaboration between Rigetti, QphoX, and AFRL is seen as a critical step towards advancing superconducting quantum networking [5] - AFRL's focus on developing heterogeneous quantum interconnects is aimed at integrating various quantum technologies, which could transform research and operational capabilities for the Air Force and Department of Defense [6] - The partnership is expected to enhance the U.S.'s leadership in quantum information science [5]

Core Viewpoint - MicroCloud Hologram Inc. has made significant advancements in quantum holographic technology, addressing limitations in traditional quantum metasurfaces and enabling precise control over the phase of quantum photonic states, which has broad applications in quantum communication, computing, and sensing [1][4]. Group 1: Technological Breakthrough - The company has developed a quantum holographic technology that integrates electromagnetically induced transparency (EIT) and long-range Rydberg interactions to control the phase of quantum photonic states [2]. - The process involves two main steps: hologram preparation using high-resolution lithography and the synergistic regulation of EIT and Rydberg interactions to achieve precise phase modulation [3]. Group 2: Applications and Prospects - The technology has potential applications in quantum communication, enhancing the security and efficiency of quantum key distribution through precise phase encoding [4]. - In quantum computing, it allows for the construction of complex and stable quantum logic gates, facilitating the execution of quantum algorithms [4]. - The technology also enables ultra-high-precision detection in quantum sensing, providing tools for both scientific research and engineering applications [4]. Group 3: Company Commitment and Investment - MicroCloud is committed to advancing holographic technology services, including high-precision LiDAR solutions and holographic digital twin technology [6][7]. - The company plans to invest over $400 million in sectors such as quantum computing, quantum holography, and artificial intelligence [7].

Core Viewpoint - Quantum precision measurement instrument developer Guoce Quantum has completed over 100 million yuan in A+ round financing, aimed at accelerating the company's layout in core technology, industrial chain integration, and large-scale production [1][3]. Financing Details - The financing round was led by Guoxin Fund with an investment of 100 million yuan, followed by Changjin Holdings, Guoke Jia, and Yuanqi Capital [3]. - The funds will help address challenges in the domestic production of high-end equipment in the quantum precision measurement field and break foreign technology monopolies [3]. Company Background - Guoce Quantum previously received strategic investment from Huawei Hubble Technology and has been recognized as one of the "Three Little Dragons" in Huzhou, representing regional technological innovation [3]. - The company is positioned as an industrialization entity established by Peking University in the field of quantum precision measurement [3]. Future Plans - The Chairman of Guoce Quantum, Hong Yelong, emphasized the importance of quantum technology in global technological competition and the company's commitment to the research and application of quantum time-frequency precision measurement technology [3]. - The company aims to promote the industrialization of products such as chip atomic clocks and high-end stable frequency lasers, contributing to the self-controllable and high-quality development of China's quantum technology industry [3].

Core Insights - The U.S. Post-Quantum Financial Infrastructure Framework (PQFIF) recognizes BTQ's Quantum Secure Stablecoin Network (QSSN) as a model for quantum-secure tokenized deposits, indicating a shift from concept to implementation in quantum resilience for financial infrastructure [1][3][7] - QuINSA has unanimously approved QSSN as a global standard initiative, positioning BTQ as a key player in developing interoperable quantum-secure communications standards [5][7][12] - BTQ aims to launch pilot projects for QSSN in Q4 2025, targeting the growing stablecoin market, which has reached approximately $280 billion in circulation [7][9][10] Regulatory Validation - PQFIF highlights BTQ's QSSN as a model for quantum-secure tokenized deposits, aligning with emerging NIST PQC standards [7][9] - The framework provides a structured methodology for assessing vulnerabilities and implementing NIST-standardized cryptographic solutions [14] Standards Momentum - QuINSA's approval of QSSN places it on the track for submissions to ITU, ISO, ETSI, and IEEE, reinforcing BTQ's role in shaping global standards [5][7] - The initiative aligns with Korea's Quantum Technology Industry Act and U.S. NIST plans, enhancing cross-border interoperability for digital assets [5][12] Commercial Rollout - BTQ plans to pilot QSSN with leading issuers in Q4 2025, enhancing issuer controls with post-quantum signatures while maintaining user workflows [7][10] - The company is in discussions with top global stablecoin issuers to implement quantum-secure tokenized deposits [8][10] Market Context - The stablecoin market has reached an all-time high of approximately $280 billion, with on-chain transactions totaling around $5.7 trillion in 2024 [9][10] - U.S. agencies are advancing post-quantum migration under NIST guidelines, setting timelines through 2035 for critical systems [9][12] Strategic Positioning - BTQ is positioned at the intersection of digitized money formalization and the urgent migration to post-quantum security, enabling it to monetize its technology in the stablecoin and tokenized-deposit sectors [12][18]

Core Insights - The U.S. Post-Quantum Financial Infrastructure Framework (PQFIF) recognizes BTQ's Quantum Secure Stablecoin Network (QSSN) as a model for quantum-secure tokenized deposits, marking a shift from concept to implementation [1][6][10] - QuINSA has unanimously approved QSSN as a global standard initiative, positioning BTQ as a key player in developing interoperable quantum-secure communications standards [4][6][10] - The stablecoin market has reached approximately $280 billion in circulation, with on-chain transactions totaling around $5.7 trillion in 2024, highlighting the significant market opportunity for BTQ's technology [6][8] Regulatory Validation - PQFIF outlines a practical path for U.S. financial institutions to transition to quantum-resistant cryptography, emphasizing investor protection and market integrity [1][2] - The framework aligns with emerging NIST standards, reinforcing the importance of quantum-secure controls in financial infrastructure [2][6] Standards Momentum - QSSN's approval by QuINSA places it on the track for submissions to ITU, ISO, ETSI, and IEEE, with BTQ steering the technical design and standardization roadmap [4][6] - The initiative aligns with global quantum technology regulations, including Korea's Quantum Technology Industry Act and U.S. NIST PQC migration plans [4][6] Commercial Rollout - BTQ plans to launch pilot projects for QSSN in Q4 2025, focusing on integrations with leading stablecoin protocols and cross-chain settlement validation [8][9] - The development roadmap includes support for major stablecoins and aims to facilitate billions in daily settlement value as institutional adoption accelerates [8][9] Executive Commentary - BTQ's CEO emphasizes the critical need for a coordinated, standards-based response to the quantum computing threat, positioning the company as a partner for banks and fintechs in piloting quantum-secure tokenized deposits [10]