- SEALSQ Corp (LAES, Financial) unveils a groundbreaking Quantum AI Framework at the United Nations event in Geneva.
- The framework combines post-quantum cryptography with AI for enhanced cybersecurity.
- This development positions SEALSQ as a leader in the quantum computing and AI convergence in cybersecurity.
SEALSQ Corp (NASDAQ: LAES), a pioneering company in post-quantum technology, has introduced a revolutionary Quantum AI (QAI) Framework at the United Nations Alliance of Civilizations event held in Geneva. This framework marks a significant development in cybersecurity, combining post-quantum cryptography (PQC) with artificial intelligence to secure digital infrastructures against threats posed by quantum computing.
The QAI Framework integrates NIST-standardized algorithms, such as CRYSTALS-Kyber and CRYSTALS-Dilithium, utilizing AI to optimize cryptographic parameters and improve performance. This advancement addresses the risk of quantum computers rendering current encryption methods obsolete, ensuring cryptographic sovereignty and international compatibility. SEALSQ CEO Carlos Moreira emphasized the strategic urgency of quantum preparedness, highlighting global investments by the US, EU, and China in quantum technologies.
SEALSQ's innovative approach aligns with the growing regulatory push for quantum-resistant protocols from bodies such as the NSA, NIST, and the EU Commission. The integration of QAI into SEALSQ's ecosystem, including secure semiconductors, IoT platforms, and satellite communication systems, reflects a comprehensive security strategy. However, the announcement lacks specific commercial details and implementation timelines, indicating that the framework is in the early stages of development.
This groundbreaking initiative underscores SEALSQ's commitment to advancing ethical and secure technologies, ensuring that AI and quantum computing advancements align with fundamental human rights and digital trust principles. As the convergence of AI and quantum computing unfolds, SEALSQ's QAI Framework offers a pathway toward a secure digital future.
