Geneva, Switzerland, April 08, 2025 -- SEALSQ Corp ("SEALSQ" or "Company"), a company that focuses on developing and selling Semiconductors, PKI, and Post-Quantum technology hardware and software products, today announced that it has entered into a strategic agreement with Thomson Quantum AI (“Thompson”), a spin-off of Thomson COMPUTING METAVISIO SA, integrate its Post-Quantum Cryptography (PQC) technology into Thomson’s hardware ecosystem. The agreement covers an initial deployment of SEALSQ’s post-quantum Root-of-Trust security into 60,000 Thomson laptops, tablets, and smartphones. By early 2026, Thomson devices will also incorporate SEALSQ’s Trusted Platform Module (TPM), delivering end-to-end quantum resistant protection.

Thomson aims to be the first company offering secure laptops engineered specifically for the quantum computing era. SEALSQ Post Quantum Root-of-Trust and TPM will enable efficient data authentication, digital signatures, and encryption, using Quantum Resistant algorithms running on a chip that meets internationally recognized certifications such as TCG’s TPM 2.0 and NIST FIPS 140-3. As recently demonstrated by SEALSQ, the chip’s hardware platform design also provides significant gain in energy and time when running NIST-recommended post-quantum algorithms KYBER and DYLITHIUM.

Stephane Français, CEO at Thomson Computing METAVISIO commented, “We are thrilled to bring this technology to market through Thomson with its wide portfolio of laptops, tablets, and other computing devices.” He added, “This partnership enables Thomson to deliver post-quantum ready hardware built entirely in France, ensuring full control over supply chain security while equipping businesses and consumers with next-generation protection. Together, SEALSQ and Thomson offer a clear and manageable path toward cryptographic agility, and adapt their security infrastructure without operational disruptions.”

Carlos Moreira, CEO and Founder of SEALSQ commented, “The market is showing strong interest for our upcoming quantum resistant TPM technology, with more than 60 large electronic device makers currently discussing potential implementation. We are delighted to sign this first partnership with Thomson, a leading player in the French commercial laptop industry”

To further accelerate global preparedness, SEALSQ and Thomson are launching a Quantum Ready Program, aimed at guiding companies through the transition to quantum-secure infrastructure. As quantum computing moves from research labs to real-world applications, this initiative will provide tools, skills, and strategic roadmaps to help enterprises remain competitive and secure in the post-quantum era.

Quantum computing is no longer a theoretical concept. It is becoming a practical, high-impact technology, with the United Nations declaring 2025 the International Year of Quantum Science and Technology. With billions of dollars in global investment, quantum development is advancing rapidly, but recent research shows that only 12% of business leaders feel prepared to face the changes it will bring. This partnership between SEALSQ and Thomson is designed to close that gap, delivering the solutions needed to thrive in the next wave of technological transformation.

Use Cases of SEALSQ’s Post-Quantum Hardware in Thomson Quantum AI Devices

1. Securing Personal and Enterprise Devices Against Quantum Threats

SEALSQ’s Post-Quantum Cryptography (PQC) hardware enables laptops, tablets, and smartphones to resist future quantum computer attacks. These devices will use quantum-resistant encryption to protect emails, stored data, files, and logins, ensuring long-term confidentiality even if quantum decryption becomes a reality.

2. Trusted Platform Module (TPM) for Device Integrity

With SEALSQ’s TPM integrated into Thomson hardware, users gain a secure root of trust. This ensures that the system boots securely, verifies software integrity, and prevents tampering. It’s critical for secure remote work, government applications, and enterprise environments.

3. End-to-End Secure Communications

The PQC hardware enables ultra-secure communication channels for video conferencing, messaging, and data exchange. This is vital for executives, journalists, defense contractors, and anyone transmitting sensitive data.

4. Cryptographic Agility and Compliance

SEALSQ’s cryptographic engine supports both current standards and future post-quantum algorithms (like KYBER and DILITHIUM), making Thomson devices crypto-agile. This ensures compliance with upcoming international security standards from NIST and the EU.

5. Digital Identity and Authentication

Devices secured with SEALSQ chips can issue and manage digital certificates, enabling strong, hardware-based identity verification. This is essential for secure access to enterprise systems, financial apps, government portals, and medical records.

6. Blockchain and Web3 Integration

For users leveraging Web3 and blockchain technologies, the SEALSQ chip offers secure key generation and storage. It protects wallets, digital assets, and smart contracts from both conventional and future quantum attacks.

7. IoT Device Security

The hardware is also ideal for securing smart accessories, edge devices, and connected peripherals in Thomson’s ecosystem. It authenticates devices and encrypts data, shielding IoT networks from eavesdropping or hijacking.

8. Secure AI and ML Operations

When Thomson Quantum AI devices are used to run local AI models, the PQC chip ensures the training data and inferences remain confidential and unaltered. This is key for privacy-preserving AI in sectors like healthcare, finance, and smart cities.

9. Long-Term Data Protection

Post-quantum security protects not just current communications, but also archives and long-life assets (e.g., medical files, legal contracts, IP). SEALSQ’s hardware ensures this data remains confidential and verifiable for decades.

10. National Security and Critical Infrastructure

Devices equipped with SEALSQ’s PQC chips are ready for use in critical infrastructure sectors—such as energy, defense, telecommunications, and transportation—where post-quantum readiness is a growing mandate.