- SEALSQ (LAES, Financial) showcased its advancements in post-quantum cryptography at the "Quantum Days 2025" in France.
- The company demonstrated NIST-standardized Crystal Kyber and Crystal Dilithium algorithms on its QS 7001 hardware platform.
- Demonstrations emphasized SEALSQ's commitment to future-proof security for IoT systems across various industries.
SEALSQ Corp (NASDAQ: LAES) made significant strides in the field of post-quantum cryptography (PQC) by demonstrating two NIST-standardized algorithms at the "Quantum Days 2025" event held in France. The live demonstrations, led by Danielle Fonte from SEALSQ's Product Security Team, featured the Crystal Kyber algorithm, which facilitates a secure 256-byte key exchange, and the Crystal Dilithium algorithm, which ensures message authenticity and integrity.
Conducted on the QS 7001 hardware platform, these demonstrations highlighted SEALSQ's focus on developing quantum-resistant security solutions for Internet of Things (IoT) ecosystems. The practical applications of the Kyber and Dilithium algorithms were showcased, illustrating their capabilities in secure key exchange and message integrity verification, respectively. These advancements position SEALSQ as a leading provider of NIST-compliant solutions, catering to industries such as automotive, healthcare, and smart infrastructure.
The integration of PQC algorithms into SEALSQ's hardware reflects the company's commitment to addressing the security challenges posed by the advent of quantum computing. By embedding these algorithms, SEALSQ ensures compliance with global cybersecurity standards, meeting the increasing demand for quantum-resistant solutions across diverse sectors.
SEALSQ's strategic focus on quantum-resistant cryptography underscores its role in shaping a secure digital future. The demonstrations at the event reinforce SEALSQ's leadership in pioneering advanced security technologies, aimed at protecting sensitive data and enhancing resilience against emerging quantum threats.
