Core Insights - IonQ is strategically aligning itself with national security priorities and scalable quantum infrastructure, aiming for significant revenue growth into 2026 and beyond [1] Group 1: National Security and Federal Expansion - IonQ launched IonQ Federal in Q3 2025, focusing on U.S. government opportunities, with over $1 billion in proposals in progress and partnerships with the Department of Energy [2] - The revenue mix for Q3 showed approximately 70% from the U.S. and 30% international, indicating a shift from a predominantly domestic base [3] - Management has raised full-year revenue guidance and expects Q4 revenues to exceed Q3 levels, breaking historical seasonality [3] Group 2: Product Development and Revenue Growth - IonQ plans to ship its Tempo system in 2026 and demonstrate a 256-qubit device this year, which are key milestones for commercialization [5] - Q3 revenues reached $39.9 million, a 222% increase year over year, with expectations for sequential growth in Q4 [6] - The Zacks Consensus Estimate anticipates a significant increase in annual revenues in 2026, driven by system deployments and broader solution adoption [7] Group 3: Future Quantum Processing Capabilities - IonQ aims to begin functional testing of 200,000-qubit quantum processing units by 2028, designed to enable over 8,000 ultra-high fidelity logical qubits [8] - The timeline for a two-million-qubit chip has been accelerated by up to a year, targeting 1,600 logical qubits in 2028 and 80,000 by 2030 [8] - Achieving higher logical qubit counts is seen as essential for expanding commercial workloads and government integration [9] Group 4: Vertical Integration and Cost Management - IonQ's planned acquisition of SkyWater Technology, valued at approximately $1.8 billion, aims to secure supply and enhance wafer iteration [12] - An independent review indicated that the cost to build a two-million-qubit quantum computer could be less than $30 million in 2025 dollars [13] - Strategies for faster wafer iteration and improved manufacturability are expected to enhance unit economics and support margin expansion [14]

Core Insights - Defiance ETFs' Quantum Computing ETF (QTUM) has surpassed $3.5 billion in assets under management and received a 5-star Morningstar® Rating for strong risk-adjusted performance [1][3] Fund Overview - QTUM was launched in September 2018 and focuses on companies advancing quantum computing, machine learning, and related technologies [2] - The fund aims to track the performance of companies involved in next-generation computing infrastructure, including quantum hardware, software, and semiconductors [2] Performance Metrics - Since its inception, QTUM has delivered a cumulative total return of 394.13% through January 31, 2026 [3] - Over the one-year period ending January 31, 2026, the fund returned 42.12% at NAV, net of fees [3] - Standardized performance metrics as of January 31, 2026, show a total return NAV of 5.90% year-to-date and 42.12% over the past year [4] Investment Strategy - QTUM provides focused exposure to companies in quantum computing, machine learning, and artificial intelligence, which are seen as foundational for the next era of AI-driven innovation [4] - The fund is designed to be a core technology allocation, diversifying exposure across quantum, AI, and enabling technologies [5] - Increased investor demand for scalable, future-oriented exposure has driven asset growth, supported by sustained net inflows and expanding institutional participation [5] Industry Context - The evolution of quantum computing from academic research to commercial applications is accelerating, leading to a rethinking of core technology exposure among investors [5] - Traditional tech benchmarks are heavily weighted toward software and SaaS models, which may be disrupted by advances in quantum computing and AI [5]

据中证报报道，2月24日，安徽省量子计算工程研究中心宣布，我国首款自主研发量子计算机操作系 统"本源司南"正式开放线上下载。这是全球首个开放下载的量子计算机操作系统，将有效降低开发门 槛，加速我国量子计算生态自主化建设。 *风险提示：股市有风险，入市需谨慎 公司方面，据中证报表示，A股相关概念股主要有大唐电信、科华数据等。 *免责声明：文章内容仅供参考，不构成投资建议 中证报指出，量子操作系统与软件、量子计算云平台、量子计算应用软件作为量子计算的三大关键软件 环节，是技术落地生态核心。量子计算机操作系统是量子计算机的"大管家"，不仅承担着资源调度、软 硬件协同管理等核心职能，还具备量子任务并行计算、量子比特自动校准等关键能力，能够显著提升量 子计算机整机运行效率。作为下一代信息技术的核心驱动力，量子计算能够有效解决传统计算算力不足 的难题，被视作引领下一代产业变革的颠覆性技术，也成为全球科技竞争的战略焦点。 ...

Core Viewpoint - SEALSQ Corp is increasing its focus on semiconductor CMOS-compatible quantum computing architectures, believing that long-term scalability in quantum technology will be achieved through alignment with semiconductor technology [1][4]. Group 1: Technology Focus - The company is prioritizing silicon spin qubits and electrons-on-helium platforms, which can be fabricated and scaled using established semiconductor CMOS processes [1][2]. - Silicon spin qubits utilize electrons in silicon and can be manufactured with methods similar to CMOS, aiding in scaling and manufacturing [2]. - Electrons-on-helium qubits operate above superfluid helium on a silicon chip, offering a low-noise alternative that is compatible with CMOS controls [2]. Group 2: System-Level Enablers - CMOS compatibility is essential for quantum processors, requiring dense arrays of control electrodes, high-speed signal routing, and cryogenic-compatible electronics [3]. - FDSOI technology, which uses a thin silicon layer on an insulating layer, is highlighted as a strong compromise for reducing power consumption and noise [3]. Group 3: Security Integration - SEALSQ is integrating post-quantum cryptography (PQC) and hardware-based trust mechanisms into its quantum system architecture to ensure security as quantum processors advance [4][5]. - The integration of PQC algorithms is crucial for maintaining resilience against both classical and quantum-enabled attacks, especially in distributed quantum systems [5][6]. - Secure elements fabricated alongside quantum control circuitry enable trusted boot, device attestation, and secure key storage, ensuring only authenticated software can access quantum systems [6]. Group 4: Market Positioning - By combining CMOS-based quantum architectures with embedded post-quantum security, SEALSQ aims to address the challenge of ensuring that quantum machines are secure and trustworthy [7]. - The convergence of quantum physics, semiconductor engineering, and cryptographic resilience positions silicon-based quantum computing as scalable and secure for deployment in critical infrastructure [7]. Group 5: Company Overview - SEALSQ is a leading innovator in Post-Quantum Technology, focusing on developing quantum-resistant cryptography and semiconductors to address security challenges posed by quantum computing [8][9]. - The company’s products are designed to protect sensitive data across various applications, including healthcare, defense, and industrial automation [9].

Core Insights - Viewbix Inc. is in the process of acquiring Quantum X Labs Ltd., which includes its subsidiary Quantum Transportation, that has achieved a significant milestone in its quantum decoder program [1][4] Group 1: Quantum Transportation's Achievements - Quantum Transportation has successfully implemented its transformer-based neural decoder on AWS cloud, establishing the infrastructure to process complex quantum data at scale [2] - The completion of this cloud integration allows Quantum Transportation to prepare for engaging with quantum hardware design partners and transition to testing its decoder on real quantum hardware [3] Group 2: Acquisition Details - Viewbix has signed a definitive agreement to acquire up to 100% (and not less than 85%) of Quantum X Labs, which includes a growing patent portfolio in quantum error correction [4] - The acquisition is expected to close within 90 days from December 15, 2025, subject to customary closing conditions [4] Group 3: Company Overview - Viewbix Inc. operates in advanced technologies, particularly in digital advertising through its subsidiaries Gix Media Ltd. and Metagramm Software Ltd., focusing on automation and optimization of internet campaigns [5]

Core Insights - BTQ Technologies Corp. has announced a strategic collaboration with QPerfect and SDT to launch a cloud-based quantum emulation service powered by MIMIQ, aimed at enhancing quantum R&D capabilities for research institutions and enterprises [1] Group 1: Service Launch and Features - The new quantum emulation service, available since February 1, 2026, allows users to design, test, and validate quantum algorithms beyond current hardware limits [1] - MIMIQ enables the emulation of quantum circuits with thousands of qubits and millions of gates, facilitating scalable quantum development [1] - The service is designed to support both academic and industrial users, accelerating research and enterprise quantum adoption [1] Group 2: Strategic Partnerships - QPerfect holds a 16.67% interest in QPerfect and plans to acquire full ownership, enhancing its position in the quantum technology sector [1] - SDT, a partner of GS Group and LG Electronics, integrates MIMIQ into its QUREKA platform, expanding its computational capabilities [1] - The collaboration aims to strengthen the infrastructure for large-scale hybrid quantum development [1] Group 3: Market Potential - The global quantum simulation platforms market is projected to grow from USD 885 million in 2025 to USD 3.8 billion by 2035, with a CAGR of 15.7% [1] - In South Korea, the quantum simulation market is estimated at USD 100 million in 2024, expected to reach USD 800 million by 2033, indicating a CAGR of 28.1% [1]

Core Insights - ZenaTech, Inc. has been awarded the 2026 Most Prolific and Proficient Acquirer Award for its aggressive acquisition strategy, having acquired 18 US firms in the architecture and engineering sector as part of 20 global DaaS acquisitions in 2025 [1][2] Group 1: Acquisition Strategy - The award recognizes ZenaTech's disciplined deal execution and strategic growth in industry consolidation [2] - The company aims to create value by acquiring established land survey companies and integrating drone technology into their operations, which allows for immediate cash flow and improved efficiency [2][3] - ZenaTech's strategy combines industry roll-up opportunities with vertical integration, transitioning traditional surveying into higher-value, recurring Drone as a Service revenue streams [2] Group 2: Business Model and Services - ZenaTech's Drone as a Service platform offers on-demand or subscription-based access to drone services for various applications, eliminating capital costs and operational burdens for clients [3] - The company is building a global DaaS network by acquiring profitable service companies that are currently using low-tech processes, thus facilitating drone innovation [3] - ZenaTech's portfolio includes solutions for inspection, monitoring, safety, security, compliance, and surveying, aimed at driving speed, accuracy, and cost savings [4] Group 3: Company Overview - ZenaTech specializes in AI drone technology, DaaS, enterprise SaaS, and Quantum Computing solutions for critical applications across business, government, and defense sectors [4] - The company has been expanding its drone design and manufacturing capabilities through its subsidiary, ZenaDrone, since 2017 [5] - ZenaDrone develops autonomous drone solutions that incorporate advanced technologies such as machine learning, AI, and Quantum Computing for various applications including agriculture and defense [5]

Core Viewpoint - IQM Finland is set to go public through a merger with Real Asset Acquisition Corp, achieving a pre-money equity valuation of approximately $1.8 billion, marking it as the first European quantum computing company to enter the public market [1][2]. Company Overview - Founded in 2018, IQM designs and manufactures superconducting quantum computers with a full stack, open-architecture approach for both on-premises and cloud-based deployment [3]. - The company operates a vertically integrated model that includes proprietary chip design tools, a software developer platform, an in-house quantum chip fabrication plant, assembly facilities, and data center operations, allowing for rapid hardware and software updates [3]. Market Position and Sales - IQM has installed over 15 systems and built more than 30 quantum computers, with 21 system sales to 13 customers, including four of the world's top ten supercomputing centers [4]. - The customer base includes high-performance computing centers, research institutions, universities, and multinational corporations requiring direct access to quantum hardware and software [4]. Technical Achievements - The company has achieved single-qubit and two-qubit gate fidelities above 99.9% in its processors [5]. - Expected revenue for fiscal year 2025 is projected to be at least $35 million, with over $100 million in booking visibility by year-end 2025 [5]. Financial Position and Future Plans - Post-merger, the combined entity is expected to have a cash position exceeding $450 million, which will support ongoing research, product development, and commercial scaling [2]. - IQM is also considering a dual listing on the Helsinki stock exchange following its US public debut [2]. Global Operations - IQM employs over 300 people across various countries, including Finland, France, Germany, Italy, Japan, Poland, Saudi Arabia, Spain, Singapore, South Korea, Taiwan, the UK, and the US [6]. - The company collaborates closely with high-performance computing and enterprise platforms, including partnerships with Nvidia, Hewlett Packard Enterprise, Amazon Web Services, Toyo, and Bechtle [6].

Core Viewpoint - The sustainability of demand for Nvidia's hardware amid the AI boom is uncertain, raising questions about the company's high valuation and future growth prospects [2][6]. Group 1: Current Market Dynamics - Nvidia's market capitalization reached $4.55 trillion following the rise of AI technologies, particularly with the success of ChatGPT [1]. - Major tech companies are significantly increasing their capital expenditures for AI, with Amazon planning to raise its spending by 50% to $200 billion and Alphabet earmarking $175 billion to $185 billion for the year [4]. - Total AI spending is projected to reach $700 billion in 2026, indicating strong demand for Nvidia's products [4]. Group 2: Financial Implications - High capital expenditures by tech giants may come with opportunity costs, potentially impacting shareholder returns through buybacks or dividends [5]. - Nvidia's revenue is heavily reliant on its data center segment, which accounts for approximately 90% of its earnings, making the company vulnerable to market fluctuations [8][12]. Group 3: Future Opportunities - Nvidia is investing in quantum computing, with the potential for commercial viability by the end of the decade, positioning the company to leverage its expertise in chip design [9]. - The automotive hardware and robotics segment, while currently generating $592 million in revenue, has seen a 32% year-over-year growth, indicating potential for further expansion as self-driving technology becomes more mainstream [10]. Group 4: Valuation and Stock Performance - Nvidia's stock is currently valued with a forward price-to-earnings (P/E) multiple of 24, which is considered low given its recent earnings growth of 67% year-over-year [12]. - The current valuation provides a margin of safety as the company navigates uncertainties in the market, suggesting a hold position until more information is available [12].

Investment Rating - The report indicates a positive outlook for the quantum computing sector in Sussex and Greater Brighton, suggesting significant economic benefits if the sector receives appropriate support [9][11]. Core Insights - The quantum computing sector in Sussex and Greater Brighton is positioned to generate substantial economic activity, with forecasts estimating a direct contribution of between £721 million and £1.2 billion by 2050, supporting approximately 1,100 to 1,900 jobs in the region [9][95]. - The total UK-wide contribution from the region's quantum computing sector is projected to be between £2.5 billion and £4.1 billion, supporting between 25,000 and 40,800 jobs across the UK [9][111]. - The development of a quantum ecosystem is expected to enhance productivity in the region, potentially increasing economy-wide productivity by around 8% by 2050 [10]. Summary by Sections Economic Impact of the Quantum Computing Sector - The quantum computing industry currently contributes approximately £9 million to the GDP of Sussex and Greater Brighton, representing 11% of the UK's GDP contribution from the quantum hardware sector [46]. - The industry is expected to support a total gross value added contribution to GDP of £31.8 million across the UK economy, with a significant portion of this impact occurring in the South East [68]. Future Economic Contribution - By 2050, the direct contribution to GDP from the quantum computing industry is projected to grow to between £721 million and £1.2 billion, with an average annual growth rate of 19% to 21% [91]. - The sector is anticipated to support between 1,100 and 1,900 jobs in Sussex and Greater Brighton by 2050, with a similar growth rate expected for employment in the South East [95][112]. Indirect and Induced Impacts - The quantum computing sector's procurement is expected to support a GDP contribution of between £1.1 billion and £1.7 billion through indirect channels by 2050, and between £736 million and £1.2 billion through induced channels [101]. - The sector is projected to support approximately 14,600 to 23,800 jobs across the UK through indirect impacts and 9,300 to 15,100 jobs through induced impacts by 2050 [103]. Challenges and Opportunities - Funding constraints are identified as a significant barrier to the development of the quantum computing ecosystem in Sussex and Greater Brighton, with stakeholders calling for longer-term funding models [14]. - Establishing a "Quantum Sussex" cluster is recommended to attract firms, develop skills, and strengthen innovation infrastructure, providing a clear identity for the region [15].