Geneva, Switzerland , March 25, 2026 (GLOBE NEWSWIRE) -- With over $530 million in cash and no debt, SEALSQ is uniquely positioned to accelerate its investment strategy and capitalize on emerging opportunities in the quantum technology sector. SEALSQ today announced the expansion of its Quantum Fund, SEALQUANTUM.COM, to $200 million, reinforcing its long-term commitment to building a secure and sovereign quantum technology ecosystem. To date, the Fund has already deployed over $30 million, with a target to ...

Core Insights - BTQ Technologies Corp. is recognized as a promising Canadian stock, particularly following its recent partnership with QPerfect and SDT Inc. to enhance its quantum computing capabilities [1][7] - The collaboration aims to integrate the MIMIQ high-performance virtual quantum computer into the QUREKA hybrid quantum platform, creating a cloud-based quantum emulation service [1][2] Company Developments - The new service went live on February 1 and is part of BTQ Technologies' strategy to acquire full ownership of QPerfect, pending regulatory approvals [2] - The integration of MIMIQ enables QUREKA users to design and validate quantum algorithms beyond the limitations of current hardware, utilizing advanced simulation techniques [2] Market Positioning - This partnership positions BTQ Technologies and its collaborators to tap into the growing quantum simulation market, projected to reach $3.8 billion by 2035 [3] - The collaboration combines SDT's market presence in South Korea, which is expected to grow at a 28.1% CAGR, with QPerfect's software infrastructure, enhancing global access to quantum development [3] Technology Focus - BTQ Technologies specializes in post-quantum cryptography technology for blockchain applications, operating in both New York and Canada [4]

Core Insights - Arqit and RAD have announced a collaboration to provide a quantum-safe encryption solution for telecommunications companies, enabling services like site-to-site and site-to-cloud VPNs and Data Center Interconnect (DCI) [1][2] - The joint solution aims to address the urgent need for robust security against the risks posed by quantum computing and "Harvest Now, Decrypt Later" (HNDL) attacks, which threaten current public-key infrastructure [2] Company Overview - Arqit Quantum Inc. specializes in quantum-safe encryption software, offering scalable and compliant products that integrate with existing infrastructure without requiring hardware replacement [4][6] - RAD is a leader in networking edge solutions, providing services to communications providers and critical infrastructure operators in over 150 countries, with a focus on Carrier Edge, IoT, and 5G solutions [3] Product Offerings - Arqit's primary products include Encryption Intelligence, which identifies cryptographic vulnerabilities, and NetworkSecure™, which protects data in transit using post-quantum cryptography [6][5] - The collaboration with RAD enhances the quantum security ecosystem by combining Arqit's key generation technology with RAD's high-speed wireline encryption [2]

Core Insights - SEALSQ Corp is strategically participating in events in Japan to support the government's timeline for quantum security transitions, targeting full adoption of post-quantum cryptography (PQC) by 2035 [3][6] - The company is showcasing its hardware-anchored security innovations, including the QS7001 secure SoC and QVault TPM, to facilitate migrations for critical infrastructure and private sectors [3][4] Participation in Key Events - SEALSQ will engage in the Connectivity Standards Alliance (CSA) Member Meeting in Yokohama from March 16-19, 2026, and the Wi-SUN Open House in Tokyo on March 27, 2026 [4] - These events will allow SEALSQ to advance discussions on PQC integrations and showcase its VaultIC secure elements for IoT compliance [5] Strategic Partnerships and Market Momentum - SEALSQ's expansion in Japan is bolstered by partnerships, notably with Okaya Electronics Corp, leading to significant project wins [6] - Collaborations include securing Japan's first Matter-compatible smart lock with MIWA Lock Co., Ltd. and enhancing smart meter security through a partnership with Landis+Gyr [7][8] Celebrating Achievements - SEALSQ will host a private gathering at the Suzuka Japanese Grand Prix from March 27-29, 2026, to celebrate its achievements in Japan [9] - The company is also the official quantum technology partner of the BWT Alpine Formula One Racing Team, exploring quantum-secure applications in high-performance environments [9][10] Technological Advancements - SEALSQ's PQC solutions comply with NIST and CNSA 2.0 standards, providing strong protection against quantum threats [10] - The company is pioneering Post-Quantum Semiconductors designed to protect sensitive data across various applications, ensuring organizations remain secure against quantum threats [12]

Core Insights - BTQ Technologies has announced the opening of a new Quantum Hardware Commercialization Hub in New York City to accelerate its Quantum Compute in Memory (QCIM) program and quantum-secure silicon roadmap [1] - The company has significantly expanded its engineering team with senior hires from leading technology firms to enhance its silicon validation and commercialization efforts [1] Group 1: New Developments - The New York City hub is located in the Flatiron District and aims to strengthen BTQ's U.S. presence while accelerating the QCIM program [1] - Key leadership at the hub includes Sean Hackett and Zach Belateche, both of whom are Stanford graduates and principal authors of BTQ's patent portfolio related to QCIM [1] - The hub will collaborate closely with the Industrial Technology Research Institute (ITRI) to drive rapid prototyping, testing, and system-level integration for quantum-safe silicon solutions [1] Group 2: Strategic Team Expansion - The expanded engineering team includes senior leaders from Apple, Meta, PsiQuantum, Samsung, Texas Instruments, and Tokyo Electron, bringing extensive experience in hardware and systems [1] - Notable new hires include Fabien Goncalves, who led safety-critical embedded systems at Apple, and Michael Anfang, who worked on quantum control platforms at PsiQuantum [1] - The team aims to shorten the path from QCIM architecture to validated and commercial-ready silicon, enhancing capabilities in prototyping, verification, and system integration [1] Group 3: Future Execution Plans - The new commercialization hub and expanded engineering team position BTQ for the next phase of execution, focusing on silicon validation, system integration, and commercial deployment [1] - The company is set to advance QCIM toward tapeout readiness and expand hardware and firmware validation to meet government and enterprise security requirements [1]

Vancouver, British Columbia--(Newsfile Corp. - February 19, 2026) - QSE – Quantum Secure Encryption Corp. (CSE: QSE) (OTCQB: QSEGF) (FSE: VN80) today announced the formalization of its Enterprise Post-Quantum Migration Methodology, delivered through its Quantum Preparedness Assessment (QPA) platform.With global standards bodies such as NIST advancing post-quantum cryptographic guidance and governments publishing migration roadmaps, organizations are increasingly evaluating long-term cryptographic risk expo ...

Core Viewpoint - STM stock has transitioned from repair to breakout mode, indicating strong bullish momentum with a significant technical crossover in moving averages [1][6] Technical Analysis - The 50-day simple moving average (SMA) at $27.18 has crossed above the 200-day SMA at $26.96, signaling a bullish trend [1] - The relative strength index (RSI) is at 68.31, suggesting potential for further price appreciation before reaching overbought levels [4] - The positive MACD indicator at 0.85 reinforces the strength of the upward movement [4] Support and Resistance Levels - A critical support level is established at $28.38, bolstered by Amazon's recent AWS deal, which includes warrants potentially giving Amazon nearly 3% of STM [3] - Resistance is noted near the prior 52-week high of $33.47, with a decisive break above this level opening a path towards $36 and a longer-term target near $45 if earnings momentum continues [5] Growth Prospects - Analysts project approximately 11.5% revenue growth for STM in 2026, supported by its positioning in post-quantum cryptography (PQC), which is expected to provide a tailwind as security upgrades are pursued by governments and enterprises [5] Trading Strategy - The trading strategy involves holding above the $28.38 support level and pressing on a clean break of $33.47, leveraging the bullish trend indicated by the Golden Cross and the backing from Amazon [6]

Core Viewpoint - Cloudflare, Inc. (NYSE:NET) is recognized as a strong investment opportunity by Wall Street analysts, with multiple buy ratings and optimistic price targets ahead of its upcoming earnings release [1][2]. Group 1: Analyst Ratings and Price Targets - Keith Wess from Morgan Stanley reiterated a Buy rating with a price target of $258 [1] - Shaul Eyal from TD Cowen also maintained a Buy rating, setting a price target of $265 [1] Group 2: Earnings Expectations - The company anticipates Q4 2025 revenue between $588.5 million and $589.5 million, with non-GAAP income projected at $83 million to $84 million [2] - Wall Street forecasts quarterly revenue of approximately $591.36 million, with a GAAP EPS of negative $0.03 [2] Group 3: AI Infrastructure and Market Position - Analysts at TD Cowen highlight the bullish sentiment surrounding Cloudflare's AI infrastructure, particularly the Cloudflare Tunnel, which is deemed highly secure for deploying AI agents [3] - The system is utilized by over 80% of the top 50 AI companies, indicating strong market adoption [3] - The popularity of Clawdbot is linked to the company's edge solutions for AI agent deployment and security [3] Group 4: Company Overview - Cloudflare operates as a cloud services provider, offering a composable platform and advanced post-quantum cryptography (PQC) capabilities to protect users, applications, and networks [4] - TD Cowen expects Cloudflare to exceed earnings expectations in Q4 2025 [4]

Core Insights - SEALSQ Corp is demonstrating its Post-Quantum Cryptography Robotic Concept at the World Economic Forum, highlighting the need for post-quantum security in AI and robotic systems [2][3] - The company aims to integrate quantum-resistant algorithms into robotic platforms to ensure long-term security against future quantum computing threats [3][6] Group 1: Demonstration and Technology - The demonstration featured WISeRobot, showcasing how post-quantum security can be embedded across silicon, firmware, and system levels [4][9] - SEALSQ is developing secure semiconductors with hardware-based roots of trust and post-quantum cryptographic accelerators to enhance the security of Physical AI systems [5][14] - The WISeRobot concept aims to establish a new benchmark for trusted autonomous systems in critical environments such as government and healthcare [9][10] Group 2: Industry Context and Future Outlook - Experts at the roundtable emphasized the urgency of preparing for the post-quantum era, with quantum computers expected to emerge as early as 2028 [8] - The integration of post-quantum cryptography into semiconductor solutions is crucial for protecting digital identities and AI systems from future cryptographic disruptions [12][14] - SEALSQ's initiative reflects a broader commitment to developing quantum-ready technologies that enhance security across various industries [12][14]

Core Viewpoint - BTQ Technologies Corp. and the Industrial Technology Research Institute (ITRI) have announced a strategic collaboration to validate BTQ's Quantum Compute In Memory (QCIM) chip, aimed at enabling secure cryptographic computation for the post-quantum era [1][3][5] Group 1: Collaboration Details - The collaboration builds on a previous partnership initiated in 2022, focusing on advancing energy-efficient semiconductor technologies for post-quantum cryptography [3] - The 2026 project aims to validate architectures that combine advanced cryptography with compute-in-memory semiconductor technology [3][4] - This initiative is expected to produce silicon-level benchmarks that will guide product development and support future integration and deployment planning [5][6] Group 2: Technical Aspects - QCIM is designed to execute cryptographic workloads closer to data storage, reducing power and performance constraints associated with conventional architectures [4] - The collaboration will measure QCIM's performance in running next-generation security functions, including speed and power usage [6][8] - The project aims to establish architectural benchmarks that will help de-risk key architecture choices earlier in the product cycle [8] Group 3: Commercial Implications - As demand for quantum-resistant infrastructure increases, the QCIM initiative is intended to support applications across critical infrastructure, secure communications, financial systems, and edge computing environments [5][10] - The collaboration reflects BTQ's end-to-end commercialization strategy, focusing on early validation of core technology to accelerate chipset realization and deployment [6][9] - The partnership with ITRI complements BTQ's ongoing collaboration with ICTK, which is focused on developing a fully integrated, commercially deployable post-quantum chipset [7][9]