Funding Quantum Infrastructure and Security Priorities
The company stated that quantum readiness must evolve into a funded infrastructure priority backed by accountable leadership, clear migration roadmaps, and measurable implementation milestones. Governments and enterprises face a dual imperative as quantum technologies advance: developing capabilities in quantum computing, sensing, and communications while simultaneously protecting critical infrastructure and sensitive data from emerging quantum threats. Trusted semiconductors, secure digital identities, and adaptable cryptographic architectures form the core of SEALSQ’s vision to protect connected systems that support economies and societies.
Five Strategic Priorities for Quantum Readiness
To advance the agenda of national and enterprise preparedness, SEALSQ outlined five core priorities during the New York City conference:
Proud to see SEALSQ CEO @CreusMoreira featured in @FastCompany's latest article on the future of quantum computing, alongside experts from technology, academia, venture capital and research, including Google Quantum AI, Microsoft Quantum, IBM, DARPA, Gartner, Quantinuum and…
- Accelerating post-quantum cryptography migration: Spotting at-risk cryptographic setups, giving priority to data needing extended confidentiality, and building crypto-agility.
- Strengthening trusted semiconductor and quantum supply chains: Minimizing single points of failure across hardware, manufacturing operations, and critical technology components.
- Building operational independence: Fostering interoperability, software portability, and the necessary technical know-how to run and upkeep vital systems.
- Connecting terrestrial and space infrastructure: Exploring how quantum sensing and communications support resilient infrastructure alongside secure ground networks.
- Investing in talent and international partnerships: Connecting research excellence with engineering capacity, industrial deployment, and trusted cooperation.
Migration Timelines and NIST Standards
Implementation demands coordinated work across hardware, software, networks, procurement, and governance. NIST’s standardized post-quantum algorithms, featuring ML-KEM for key establishment and ML-DSA for digital signatures, supply a foundation for organizations starting their migration. The urgency is amplified by the risk of encrypted information being collected today for potential decryption by future quantum computers, a threat that particularly endangers government, financial, healthcare, and industrial records requiring long-term confidentiality.
SEALSQ Technology and Corporate Information
SEALSQ operates as a leading innovator in Post-Quantum Technology hardware and software solutions under Chairman and CEO Carlos Moreira, with corporate headquarters located in Switzerland. The firm’s technology integrates Semiconductors, Public Key Infrastructure (PKI), and Provisioning Services, emphasizing quantum-resistant cryptography and semiconductors built to counter security challenges from quantum computing. Traditional cryptographic methods like RSA and Elliptic Curve Cryptography (ECC) face increasing vulnerability as quantum computers advance. Inquiries can be directed to corporate contacts in Geneva at +41 22 594 3000 or info@sealsq.com, or through Lena Cati at The Equity Group Inc. in the US at +212 836-9611 and Lena.cati@theequitygroup.com.
