SEALSQ Commences Global Deployment of its GSMA-Accredited eUICC with Telcos, Integrating A Pioneering Post-Quantum Ready Cryptographic Security Technology

Core Viewpoint - SEALSQ Corp has initiated the deployment of its GSMA-accredited eUICC technology, integrating Post-Quantum cryptographic security to enhance mobile and IoT communications against current and future cyber threats [1][2][3]. Group 1: Technology and Innovation - The eUICC technology enables mobile phones, IoT devices, and connected infrastructure to benefit from advanced security measures that protect against quantum computing threats [2][6]. - SEALSQ's solution includes a GSMA Root CI-accredited Root Certificate Authority based in Switzerland, ensuring digital sovereignty and maximum trust within the global mobile ecosystem [3]. - The technology supports secure identification and authentication of eSIMs and Subscription Management entities, facilitating a transition from physical SIM cards to dynamic, remotely provisioned profiles [3][4]. Group 2: Applications and Market Impact - In smart city applications, SEALSQ's eUICC ensures data integrity and resilience, allowing municipalities to deploy IoT solutions confidently [4]. - The technology provides secure connectivity for industrial IoT applications across various sectors, safeguarding critical data [4][9]. - SEALSQ has invested in WISeSat.Space, enabling Telcos to access a satellite constellation for secure IoT connectivity, extending services from Earth to space [5]. Group 3: Future-Proofing and Security - The Post-Quantum-ready eUICC technology offers robust encryption, protecting mobile communications and financial transactions from quantum threats [6][8]. - This deployment represents a significant opportunity for Telcos and enterprises to enhance security and enable new business models in the context of AI and quantum computing [7]. - SEALSQ is focused on developing Post-Quantum Semiconductors that provide protection for sensitive data across various applications, ensuring organizations remain secure against quantum threats [9].