Carlos Moreira Presented SEALSQ’s Sovereign Root-to-Quantum Platform at Tech&Fest

Core Viewpoint - SEALSQ Corp is developing a vertically integrated sovereign root-to-quantum security platform to address the risks posed by quantum computing to critical systems, emphasizing the need for Europe to secure its digital and industrial infrastructures through sovereign technologies [3][4]. Group 1: Company Overview - SEALSQ Corp focuses on developing and selling semiconductors, PKI, and post-quantum technology hardware and software products [3]. - The company is recognized as a leading innovator in post-quantum technology solutions, integrating semiconductors and public key infrastructure with a focus on quantum-resistant cryptography [9][10]. Group 2: Technology and Development - The platform is designed as an end-to-end chain of trust, incorporating secure semiconductor design, post-quantum cryptography, and trusted provisioning [5]. - It features a hardware-embedded Root of Trust that ensures secure identity, boot processes, key generation, and resistance to attacks [5]. - SEALSQ integrates post-quantum cryptographic mechanisms optimized for embedded environments, allowing for cryptographic agility as standards evolve [6]. Group 3: Sovereign Connectivity - A key feature of the platform is its sovereign quantum connectivity, which connects quantum nodes via a proprietary quantum highway, ensuring secure interactions between quantum and classical systems [7]. - Each quantum node is cryptographically bound to a silicon Root of Trust, enhancing integrity and protection against supply-chain compromises [7]. Group 4: Lifecycle Security - The platform secures the entire lifecycle of devices, from manufacturing to decommissioning, ensuring long-term resilience and operational control [8]. - The CEO described the platform as a "sovereign digital aircraft carrier," highlighting its capability to secure critical systems and maintain strategic autonomy in the quantum era [8]. Group 5: Market Applications - SEALSQ's post-quantum semiconductors are designed to protect sensitive data across various applications, including multi-factor authentication, healthcare systems, defense, and industrial automation [11]. - By embedding post-quantum cryptography into semiconductor solutions, the company aims to safeguard critical systems against emerging quantum threats [11].