WISeKey Launches WISeSat Second Generation Satellite to Advance Real-Time Testing of Strategic Projects with the Swiss Armed Forces

Core Message - WISeKey successfully launched the WISeSat second-generation satellite in collaboration with the Swiss Armed Forces, marking a significant milestone in their partnership to advance space-related activities [1][2] Partnership and Applications - The WISeSat second-generation satellite is equipped with cutting-edge low-orbit picosatellite technology, enabling real-time testing for projects such as secure communications, critical infrastructure monitoring, and space-based cybersecurity [2] - The Swiss Armed Forces will use the satellite to validate and deploy real-time applications, aligning with WISeKey's mission to provide a trusted ecosystem for connected devices and secure communications [3] WISeSAT Platform and Technology - WISeKey's WISeSAT platform offers satellite-based secure IoT connectivity-as-a-service, including satellite platforms, launches, integration, ground station services, and a robust security architecture [5] - The platform's miniaturized satellites significantly lower communication link costs for IoT businesses, making them competitive with traditional ground-based solutions like NB-IoT networks [5] - The WISeSAT platform incorporates advanced security features, including VaultIC® 4XX secure elements and PKI-based security frameworks, along with comprehensive Certificate Lifecycle Management services [6] Company Overview - WISeKey is a global leader in cybersecurity, digital identity, and IoT solutions, operating through subsidiaries focused on semiconductors, PKI, post-quantum technology, secure satellite communication, blockchain NFTs, and decentralized physical internet [8] - The company has deployed over 1.6 billion microchips across IoT sectors, leveraging AI to analyze Big Data for predictive equipment failure prevention [9] - WISeKey's technologies, including Blockchain, AI, and IoT, secure digital identity ecosystems for individuals and objects, supported by the OISTE/WISeKey cryptographic Root of Trust [9]