Quantum advancement by Microsoft met with Post-Quantum security measures proposed by SEALSQ
In the rapidly evolving world of technology, the emergence of quantum computing has made Post-Quantum Cryptography (PQC) an immediate necessity. As advancements in quantum computing continue, companies are looking for guidance to upgrade their systems to be quantum-ready. Enter SEALSQ, a pioneering Quantum Lab that offers detailed solutions, practices, and guidance for organisations aiming to protect their digital assets against the threats posed by quantum computers.
SEALSQ's comprehensive post-quantum security solutions integrate advanced hardware and software to create a robust defence against the emerging quantum computing threat. The company specialises in semiconductors, Public Key Infrastructure (PKI), and Post-Quantum technology hardware and software products.
One of SEALSQ's key offerings is the development of quantum-resistant semiconductors that embed post-quantum cryptographic algorithms directly into hardware components. This hardware-software integration ensures robust protection against quantum attacks that could compromise existing encryption standards like RSA and ECC.
SEALSQ's services also include a post-quantum chip portfolio, featuring the QVault™ Trusted Platform Module (TPM) and the QS7001™ Hardware Platform. These chips provide industry-leading, hardware-based quantum security specifically designed for sensitive and critical sectors including defence, IoT, automotive, satellites, and industrial automation.
In addition, SEALSQ is advancing hybrid post-quantum hardware and software solutions that combine classical and quantum-safe cryptographic techniques for blockchain, Bitcoin, and IoT networks. The company is also expanding into post-quantum secure satellite communication with edge security and secure identity management, forming a fully post-quantum secure digital ecosystem.
As tech giants like Microsoft push the boundaries of quantum computing, SEALSQ's solutions proactively counteract the vulnerabilities that quantum computers introduce to current cryptographic methods. By embedding post-quantum cryptography into hardware and enabling secure infrastructure across devices, networks, satellites, and digital identities, SEALSQ creates a resilient security foundation that prevents quantum computers from breaking encryption used in critical digital systems, secures data in motion, at rest, and in use across multiple environments, and enables a seamless transition for organisations moving from classical to quantum-resistant security models.
The development of the Majorana quantum chip by Microsoft underscores the urgency of transitioning to quantum-resistant security measures. SEALSQ's unique, fully integrated approach to quantum-resistant security potentially makes it the only company offering such a comprehensive solution, allowing businesses, governments, and critical infrastructure providers to implement long-term security measures today and future-proof their digital assets against the paradigm shift brought by quantum computing.
[1] SEALSQ's whitepaper on Post-Quantum Cryptography: [URL] [2] SEALSQ's blog post on Quantum-Resistant Security: [URL] [3] SEALSQ's press release on QVault™ Trusted Platform Module (TPM): [URL] [4] SEALSQ's press release on Post-Quantum Secure Satellites and Ecosystem Convergence: [URL]
- In their whitepaper on Post-Quantum Cryptography, SEALSQ delves into the complexities of integrating advanced hardware and software to create a robust defense against the quantum computing threat, showcasing their expertise in areas like semiconductors, Public Key Infrastructure (PKI), and Post-Quantum technology hardware and software products.
- As artificial-intelligence (AI) becomes increasingly integrated into data-and-cloud-computing systems, SEALSQ is paving the way towards a secure future with their hybrid post-quantum hardware and software solutions, combining classical and quantum-safe cryptographic techniques to safeguard blockchain, Bitcoin, and IoT networks.
