SEALSQ offers quantum-resilient security for quantum computers

try{ var _=i o; . if(!_||_&&typeof _==="object"&&_.expiry Iran conflict latest: NATO downs Iran missile heading for Turkey Gold prices recover after hefty drop; dollar slips lower Oil reverses course, edges lower as strong economic data counters supply worries Billionaire Leo KoGuan buys 1 million Nvidia shares, says AI "not a bubble" (South Africa Philippines Nigeria) SEALSQ offers quantum-resilient security for quantum computers By Company News Published 03/04/2026, 09:29 AM SEALSQ offers quantum-resilient security for quantum computers 0 LAES 3.70% GENEVA - SEALSQ Corp (NASDAQ:LAES) announced today it will offer security solutions designed to protect quantum computing systems and infrastructure, according to a press release statement. The company will provide four integrated service modules covering quantum computing security. These include hardware root-of-trust for quantum systems using secure elements and TPM technologies for authentication of quantum processors and cryogenic controllers. The second module involves post-quantum cryptography deployment using NIST-standardized algorithms including CRYSTALS-Kyber and CRYSTALS-Dilithium for key encapsulation and digital signatures. The third module focuses on secure semiconductor architectures for quantum control electronics, integrating secure ASIC designs into quantum hardware. The fourth module addresses secure access for Quantum Computing as a Service platforms, providing authentication and communication security layers. SEALSQ’s approach embeds post-quantum cryptography and hardware-anchored root-of-trust at the semiconductor level. The company states its technologies are deployed in more than 1.7 billion devices worldwide across critical infrastructure, IoT systems, healthcare platforms, and government networks. "Quantum computers will redefine the limits of computing, but they will also redefine cybersecurity risks," said Carlos Creus Moreira, CEO of SEALSQ. "Organizations developing quantum technologies mu...