SEALSQs YQS2026: A Global Call to Protect the Digital Future
SEALSQ Corp., a post-quantum semiconductor and cryptographic security leader, proclaimed 2026 the Year of Quantum Security. International partners, corporate executives, lawyers, and U.S. government officials attended the event. The YQS2026 program highlights the necessity for coordinated worldwide efforts and quantum-safe technology to protect sensitive data and critical infrastructure.
Present Deployments: A Duty
SEALSQ considers quantum computing security a “present responsibility,” despite its future focus. SEALSQ CEO Carlos Moreira says the company's US trust anchors based on post-quantum semiconductors are a natural step from YQS2026. These technologies protect production-level systems.
This project relies on SEALSQ's partnership with Trusted Semiconductor Solutions (TSS), announced last year. This alliance aims to supply US industry and government clients with post-quantum-ready semiconductor solutions. These platforms use quantum-resistant cryptographic algorithms in chips and secure microcontrollers.
By functioning as hardware roots of trust, these components protect devices and networks from “harvest-now-decrypt-later” attacks, in which malicious actors gather encrypted data today to decrypt it when large-scale quantum computers become available. Quantum dangers won't affect data created now because millions of devices use these technologies.
Classical Cryptography Vulnerability
YQS2026 is urgent since standard security solutions are flawed. As quantum computing advances, RSA and ECC become less safe. SEALSQ is pioneering quantum-resistant cryptography to address these security challenges.
PKI, provisioning services, and semiconductors are seamlessly integrated into the company's technology. This comprehensive solution includes the Quantum Shield QS7001, QVault TPM, and VaultIC Secure Elements for powerful, future-proof protection.
Quantum Era Action Plan
SEALSQ's strategic purpose goes beyond cryptographic solutions. Using next-generation quantum-enabled infrastructure, the company will provide entire quantum computing environments. This road map includes:
A defense of quantum processors and control systems.
The secure deployment of quantum-safe cloud platforms and networks.
Hardware safeguards data pipelines, algorithms, and IP.
SEALSQ uses its ecosystem of semiconductor manufacturing, satellite technology, and cryptography research and development to connect the digital world to the quantum age. Maintaining confidence throughout both areas.
Years-long migration
The Washington talks highlighted the risks of scattered national plans and delayed preparation. Transitioning to a quantum-safe environment takes years. This involves complex cryptographic transformations, legacy infrastructure enhancements, and supply-chain trust. Connect systems to SEALSQ's hardware-anchored security today for decades of security.
Industry applications abound
SEALSQ Post-Quantum Semiconductors are employed in many vital sectors. Products from the company boost resilience in:
Defense and Industrial Automation: protecting critical communications and controls. EV charging stations and grid infrastructure are protected by smart energy and automotive.
Healthcare: safeguarding patient data and equipment.
Logistics and telecom: Data security and global supply chains.
Luxury goods and consumer IoT: anti-counterfeiting and identity lifecycle management. SEALSQ will help worldwide partners go from knowledge to action in 2026's Year of Quantum Security. Through its Quantum Lab and AI Deep Learning research, the company innovates to protect the world's digital infrastructure.
For more information on SEALSQ's post-quantum security solutions, visit their website or contact investor relations.