Core Insights - WISeKey International Holding Ltd and its subsidiary WISeSat have signed a commercial agreement with Latitude to assess the orbital launch of a secure IoT satellite constellation, aiming to deploy 100 satellites by 2029 to enhance global IoT connectivity and environmental monitoring [1][5][9] Group 1: Strategic Collaboration - The partnership with Latitude is aimed at developing the Zephyr Launcher, a small orbital rocket designed to meet the deployment needs of modern satellite constellations [3][4] - This collaboration is expected to provide a fast, controlled, and mission-compliant deployment that aligns with the stringent security requirements of critical IoT applications [4][11] Group 2: Market Demand and Technological Integration - There is a growing global demand for IoT connectivity for various applications, including environmental monitoring and critical infrastructure oversight, which WISeSat aims to address with its satellite constellation [2][12] - The satellites will incorporate WISeKey's core cybersecurity technologies, ensuring secure data transmission and robust protection for IoT communications [6][7] Group 3: Future Infrastructure Development - The agreement signifies a shift towards a new generation of digital infrastructure that integrates space, cybersecurity, and IoT, which is crucial for data protection in both enterprise and government sectors [6][9] - The collaboration is positioned to support essential applications, providing a sovereign and scalable response to the increasing connectivity needs globally [9][10]

WISeKey to ConnectWISeRobot.CH to the WISeSat.Space Constellation protected by SEALSQ Post-Quantum Cryptography; The Robot PoC will be showcased at WISeKEY’s CEO Carlos Moreira’s next public appearance in France at Tech & Fest Video link is available at https://youtube.com/shorts/XsVQlcDtfTQ Geneva, Switzerland — February 3, 2026 –WISeKey International Holding Ltd (“WISeKey”) (SIX: WIHN, NASDAQ: WKEY), a leading global cybersecurity, blockchain, and IoT company, today announces that during the next WISeSat ...

Core Insights - WISeKey and SEALCOIN have formalized a strategic collaboration to enable secure, decentralized machine-to-machine transactions using satellite infrastructure [1][2] - This partnership aims to transform satellite connectivity from a communication service to a transactional digital infrastructure, allowing machines to autonomously transact without intermediaries [2][4] Group 1: Collaboration Details - SEALCOIN will serve as the transaction and settlement layer within WISeSat satellites, facilitating authentication, data exchange, and value settlement across various environments [2][3] - The collaboration is modeled after successful economic frameworks in terrestrial telecommunications, where satellite coverage and user adoption drive transaction volume and economic rewards [3] Group 2: Technological Integration - The integration leverages SEALCOIN's platform, which includes hardware-rooted digital identity and post-quantum security, aligning with WISeSat's Satellite-as-a-Service model [4] - This partnership enables new use cases in remote IoT, critical infrastructure, smart energy, and global asset tracking, particularly in areas lacking terrestrial connectivity [4] Group 3: Strategic Vision - The collaboration reflects WISeKey's strategy to transition from product-based cybersecurity to service-based transactional digital infrastructure, encompassing secure semiconductors, digital identity, and decentralized platforms [5] - The partnership is expected to lay the groundwork for a machine economy that extends beyond Earth, facilitating trusted interactions and economic activities in space-based ecosystems [5]

WISeSat.Space Brought Together Global Thought-Leaders to Davos to Address Quantum Security in Space Watch the entire roundtable discussion here: https://youtu.be/YDKj1nxbPdo Davos, Switzerland – January 30, 2026 – WISeKey International Holding Ltd (“WISeKey”) (SIX: WIHN, NASDAQ: WKEY), a leading global cybersecurity, blockchain, and IoT company, today announced that during its Quantum Security Space Roundtable, held as part of the WISeKey Davos 2026 program, brought together thought-leaders from a variety ...

Geneva, Switzerland, Jan. 26, 2026 (GLOBE NEWSWIRE) -- SEALSQ Corp (NASDAQ: LAES) (“SEALSQ” or the “Company”), a global leader in semiconductors, PKI, and post-quantum cryptography (PQC) hardware and software solutions, today announced a live demonstration exploring its Post-Quantum Cryptography Robotic Concept during the Physical AI Roundtable held in Davos on the margins of the World Economic Forum Annual Meeting. The demonstration featured WISeRobot, developed in cooperation with its parent company WISe ...

Core Insights - The inauguration of the "Year of Quantum Security" at Davos signifies a major shift in global cybersecurity priorities, with quantum security becoming a dominant theme, surpassing the urgency of Artificial Intelligence discussions [1][2]. Group 1: Industry Context - Quantum computing poses a significant threat to current cryptographic standards, potentially rendering obsolete the systems that secure over 95% of global internet traffic, including RSA, Diffie-Hellman, and ECC [3]. - The "record now, decrypt later" threat indicates that adversaries are already collecting encrypted data for future decryption as quantum capabilities advance [3]. Group 2: Company Initiatives - SEALSQ and WISeKey presented deployable solutions for quantum security, including post-quantum secure semiconductors and new cryptographic methods embedded at the hardware level [4]. - The companies emphasized the need for immediate deployment of quantum-safe security solutions during high-profile discussions, including the CNBC Quantum Panel [5]. Group 3: Strategic Imperatives - The transition to quantum-resistant standards is critical for protecting digital trust and long-term data confidentiality, urging governments and enterprises to assess their vulnerabilities and sensitive data [7]. - Quantum security includes both Post-Quantum Cryptography and Quantum Key Distribution, with a strategic shift towards hybrid and fully quantum-resistant architectures becoming imperative [6]. Group 4: Company Overview - SEALSQ is focused on developing Post-Quantum Technology solutions, integrating semiconductors and PKI to address security challenges posed by quantum computing [8]. - The company is pioneering Post-Quantum Semiconductors designed to protect sensitive data across various applications, ensuring resilience against quantum threats [9].

Core Insights - WISeKey is set to unveil SEALCOIN, a space-based, quantum-resistant crypto transaction platform at Davos 2026, showcasing a new class of crypto and machine-economy infrastructure that extends beyond Earth into orbit [1][14] Group 1: SEALCOIN Platform Features - The SEALCOIN platform leverages WISeSat's low-Earth-orbit satellite constellation, enabling blockchain-based transactions to be executed using space infrastructure rather than terrestrial networks [2] - Satellites within the SEALCOIN ecosystem can securely store data, validate transaction outcomes, enforce access policies, and deliver encrypted payloads to authenticated devices on Earth [3] - The platform provides a resilient execution layer for AI agents, IoT devices, and critical infrastructure systems in environments with limited or unreliable terrestrial connectivity [4] Group 2: Quantum-Resistant Technology - SEALCOIN will integrate quantum-resistant cryptographic signatures generated onboard satellites, allowing for the signing of transactions using post-quantum algorithms at the hardware level [5] - This integration addresses long-term security threats and ensures orbital systems remain secure for extended periods without the possibility of cryptographic retrofits [6] Group 3: Machine Economy Infrastructure - SEALCOIN serves as a transactional infrastructure for the machine economy, enabling machines to autonomously authenticate, coordinate, and exchange value [7] - The QAIT token is the native utility and payment instrument of the SEALCOIN network, facilitating machine authentication and transaction settlement [8][12] Group 4: Enterprise Adoption and Revenue - The SEALCOIN platform is built on an established base of industrial and institutional clients from WISeKey, generating direct transactional demand for QAIT through the use of SEALCOIN-enabled services [11][12] - QAIT's demand is linked to real service usage, grounding its utility in operational systems rather than speculative trading [13] Group 5: Strategic Positioning - At Davos 2026, WISeKey will position SEALCOIN as a response to a structural shift in global technology markets, emphasizing the convergence of semiconductors, space infrastructure, and quantum-resistant security [14]

Core Viewpoint - WISeKey's subsidiary WISeSat has partnered with Spacetalk to create a neutral platform for global space traffic coordination, addressing the challenges posed by the increasing number of satellites and the lack of a unified international framework [1][2][5] Group 1: Partnership and Platform Development - WISeSat and Spacetalk signed a Memorandum of Understanding (MoU) to prepare for a strategic partnership aimed at operating an innovative platform for space traffic coordination [1] - The Spacetalk platform is designed to be transparent, collaborative, and non-discriminatory, focusing on preventing collisions, reducing space debris, and ensuring equitable access to space [2][4] Group 2: Security and Access - WISeSat enhances the Spacetalk initiative by providing secure access through personal digital identities issued via WISeKey's WISeID services, ensuring that only verified actors can access the platform [3] - The platform is open to all global space actors, including civil, institutional, commercial, and academic entities, promoting operational dialogue and secure information sharing [4][8] Group 3: Challenges in Space Traffic Management - The increasing congestion in the orbital environment, driven by satellite expansion and space debris accumulation, necessitates improved coordination among space actors to mitigate collision risks and operational costs [5] - Spacetalk aims to address these challenges by facilitating continuous operational dialogue and essential information sharing among stakeholders, including competing nations [5][10] Group 4: Pilot Phase and Results - During the pilot phase in October 2025, various partners accessed the Spacetalk platform using secure authentication, sharing orbital data and improving situational awareness [6][7] - The pilot included major space organizations from Europe and Asia, demonstrating the platform's ability to unite diverse stakeholders for collaborative dialogue [8] Group 5: Future Outlook - The successful pilot phase has led to the official launch of the Spacetalk platform, which aims to provide immediate solutions for space safety without waiting for international political consensus [9][10] - Spacetalk's approach is rooted in Switzerland's tradition of neutrality, aiming to contribute to space traffic safety and responsible governance through international cooperation [12]

Core Insights - WISeKey is set to unveil SEALCOIN, a space-based, quantum-resistant crypto transaction platform at Davos 2026, which aims to extend transaction, identity, and security enforcement beyond Earth into orbit [1][14]. Group 1: SEALCOIN Platform Features - The SEALCOIN platform leverages WISeSat's low-Earth-orbit satellite constellation, utilizing hardware-rooted trust and post-quantum-ready cryptography to execute blockchain-based transactions through space infrastructure [2]. - Satellites within the SEALCOIN ecosystem can securely store data, validate transaction outcomes, enforce access policies, and deliver encrypted payloads to authenticated devices on Earth, marking a shift from passive connectivity to active economic participation [3]. - By anchoring cryptographic identity and transaction enforcement in orbit, the SEALCOIN platform provides a resilient execution layer for AI agents, IoT devices, and critical infrastructure systems in environments with limited or unreliable terrestrial connectivity [4]. Group 2: Quantum-Resistant Technology - The next phase of SEALCOIN's development includes integrating quantum-resistant cryptographic signatures generated onboard satellites, allowing for the signing of transactions and data using post-quantum algorithms at the hardware level [5][6]. - This integration addresses long-term security threats and ensures that orbital systems remain secure for extended periods without the possibility of cryptographic retrofits [6]. Group 3: Machine Economy Infrastructure - SEALCOIN serves as a transactional infrastructure for the machine economy, enabling machines to autonomously authenticate, coordinate, and exchange value across quantum-resistant semiconductors, satellites, and distributed ledgers [7]. - The QAIT token is the native utility and payment instrument of the SEALCOIN network, facilitating machine authentication, transaction settlement, and economic coordination across both terrestrial and space-based systems [8][12]. Group 4: Enterprise Adoption and Revenue - The SEALCOIN platform is built on an established base of industrial and institutional clients from the WISeKey Group, who utilize secure semiconductor, digital identity, IoT, and space infrastructure solutions [11]. - As these clients adopt SEALCOIN-enabled services, the resulting revenues create direct demand for the QAIT token, linking its utility to real service usage rather than speculative trading [12][13]. Group 5: Strategic Positioning - At Davos 2026, WISeKey will position SEALCOIN as a response to a structural shift in global technology markets, emphasizing the convergence of semiconductors, space infrastructure, and quantum-resistant security [14].

Core Viewpoint - WISeKey's subsidiary WISeSat has partnered with Spacetalk to create a neutral platform for global space traffic coordination, addressing the challenges posed by the increasing number of satellites and the lack of a unified international framework [1][2][5] Group 1: Partnership and Platform Development - WISeSat and Spacetalk signed a Memorandum of Understanding (MoU) to prepare for a strategic partnership aimed at operating an innovative platform for space traffic coordination [1] - The Spacetalk platform is designed to be transparent, collaborative, and non-discriminatory, focusing on preventing collisions, reducing space debris, and ensuring equitable access to space [2][4] Group 2: Security and Access - WISeSat enhances the Spacetalk initiative by providing secure access through personal digital identities issued via WISeKey's WISeID services, ensuring that only verified actors can access the platform [3] - The platform is open to all global space actors, including civil, institutional, commercial, and academic entities, promoting operational dialogue and secure information sharing [4][8] Group 3: Challenges in Space Traffic Management - The increasing congestion in the orbital environment, driven by satellite expansion and space debris accumulation, necessitates improved coordination among space actors to mitigate collision risks and operational costs [5] - Spacetalk aims to address these challenges by facilitating continuous operational dialogue and essential information sharing among stakeholders, including competing nations [5][10] Group 4: Pilot Phase and Results - During the pilot phase in October 2025, participants accessed the Spacetalk platform through a secure authentication process and shared orbital data, enhancing space situational awareness [6][7] - The pilot included major space organizations from Europe and Asia, demonstrating the platform's ability to unite diverse stakeholders for collaborative dialogue [8] Group 5: Future Outlook - The successful pilot phase has led to the official launch of the Spacetalk platform, which aims to provide immediate solutions for space safety without waiting for international political consensus [9][10] - The platform is designed to be compatible with existing standards and national Space Situational Awareness (SSA) and Space Traffic Management (STM) systems, contributing to responsible space governance [12]