Prepare for the

Quantum Shift - NOW

A practical path to secure your systems today and prepare for post-quantum security. 

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FROM LAB TO FAB

A Practical Path to Quantum-Ready Security 

 

Preparing for the quantum shift goes beyond upgrading algorithms. 


It requires rethinking how trust is built : from hardware to infrastructure, across the entire lifecycle of connected systems.

Security must be designed to evolve across systems, lifecycles, and environments. 

SEALSQ enables this transition through an integrated security stack designed to evolve over time. 

Core Stack

SEALSQ combines key security layers into a unified architecture: 

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Secure Semiconductors

Hardware roots of trust embedded into devices, enabling secure operations, identity protection, and resistance against physical and logical attacks.

SEALSQ ASICs

Secure ASIC & Security IP

Custom chip design integrating advanced security IPs, including cryptographic accelerators and post-quantum-ready architectures tailored to specific use cases.

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PKI & Digital Certificates 

Scalable trust infrastructure for device authentication, secure communications, and lifecycle identity management across connected ecosystems.
SEALSQ Personalization & Test

Secure Provisioning & Test 

End-to-end device onboarding, including secure key injection, personalization, and validation through SEALSQ’s industrial facilities.
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INDUSTRIAL CAPABILITY   

Security Built Into the Manufacturing Process 

 Security cannot be retrofitted, it must be built in from design to manufacturing. 

SEALSQ integrates security directly into the production process through its personalization and testing centers, including its facility in Murcia. This enables:

  • secure device provisioning at scale
  • controlled key injection and device personalization
  • validation, certification, and compliance testing

By embedding these capabilities upstream, SEALSQ allows organizations to outsource critical security operations without compromising control, ensuring consistency, traceability, and trust across large-scale deployments.

WHY THIS APPROACH MATTERS

Designed for Long-Lifecycle Systems

Connected systems are built to last.
Security must evolve with them.

SEALSQ’s approach enables:

  • crypto-agility across device lifecycles
  • alignment with emerging standards (NIST, CNSA 2.0)
  • reduced long-term risk
  • scalable trust across distributed environments

 

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INVESTING IN THE FUTURE

Beyond today’s deployments, the transition to the quantum era is also reshaping long-term investment in security infrastructure. 

Investing in the Future of Quantum-Ready Security 

SEALSQ is extending its capabilities across the full security continuum, contributing to an emerging architecture that spans from hardware to infrastructure.

Often described as a “root-to-qubit” approach, this evolution connects multiple layers of trust:

  • Post-quantum semiconductors and secure hardware
  • Quantum-resistant cryptographic infrastructure
  • Digital identity and secure communications systems
  • Edge computing and embedded intelligence
  • Emerging space-based infrastructure

This broader scope reflects how security is evolving — from isolated components to interconnected, distributed systems designed for long-term resilience.

 

 

SEALSQ is expanding through strategic investments to build next-generation trust infrastructure. 

 

SEALSQ QUANTUM QDAY

Engineering for Future Performance

In Formula 1, performance is engineered ahead of race day. Security in the quantum era follows the same principle. 

 

Press Releases

Recognized across leading business and technology publications 

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