SEALSQ to Embed PQC in Microcontrollers and TPMs for Physical AI After 1.75B Deployments
SEALSQ Corp has deployed 1.75 billion secure semiconductor devices and will integrate next-generation PQC-enabled microcontrollers, TPMs, and chiplet-based HSMs into Physical AI systems for autonomous machines. The company launched SEALCOIN.AI, a post-quantum cryptographic transactional layer for secure, auditable AI-to-AI value exchanges.
1. Established Secure Device Base
SEALSQ has deployed over 1.75 billion cryptographically authenticated semiconductor devices anchored in a hardware Root of Trust. This installed base underpins its transition to post-quantum cryptography and positions the company to leverage existing customer relationships and manufacturing scale.
2. PQC-Enabled Hardware Portfolio Expansion
SEALSQ plans to extend its secure microcontrollers, TPMs, and chiplet-based Hardware Security Modules with NIST-approved post-quantum algorithms. These components will embed identity and data integrity at the hardware level for Physical AI systems requiring secure sensing and decision-making at the edge.
3. Introduction of SEALCOIN.AI Transaction Layer
The company launched SEALCOIN.AI to enable a decentralized AI-native transactional layer using post-quantum cryptography. This platform is designed to facilitate secure, verifiable AI-to-AI collaborations and auditable value exchanges without centralized intermediaries.
4. Impact on Future Markets
By integrating PQC hardware and a transactional network, SEALSQ aims to address security and sovereignty needs in autonomous mobility, robotics, smart factories, and defense. The strategy could drive long-term contract opportunities as industries seek quantum-resilient foundations for AI deployments.