Whitepapers

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Formal Verification – why does it matter for PQC?

Formal verification has become increasingly important in the realm of cryptographic primitives, which serve as the foundational elements of secure communication systems. As cryptographic algorithms underpin the confidentiality, integrity, and authenticity of digital information, any flaw in their implementation can lead to catastrophic security breaches.

A comparative analysis of open-source and commercial PQC solutions

In this article, we’ll explore some of the key considerations to be made when it comes to the comparison of open source with commercially-licensed IP.

Identity and payments: preparing for the quantum threat

With the world relying increasingly on digital payments, online authorization, and cloud-based access, we need cryptography to be smarter and more prescient than ever.

Post-Quantum Secure Boot for Processors and FPGAs (Japanese)

Read our Post-Quantum Secure Boot for Processors and FPGAs Guide in Japanese.

The New NIST Standards are here. What does it mean for PQC in 2024 (Japanese)

Read our NIST Standards Guide in Japanese.

Quantum Security For Automotive

The next generation of cybersecurity threats has become a concern within the automotive sector, particularly when it comes to the power of quantum computers.

The Financial Market’s Transition to Post-Quantum Cryptography

This whitepaper, in conjunction with Quant-X, summarizes the current state of the PQC standards and the governmental regulations, outlines generic financial market specific threats that can be mitigated by post-quantum cryptography.

New Whitepaper: “The new NIST standards are here: what does it mean for PQC in 2024?”

Yesterday NIST published their finalized post-quantum cryptography (PQC) standards. This paper discusses the standards in more detail and what comes next.

Post-Quantum Secure Boot for Processors and FPGAs

This whitepaper summarises the current state of the PQC standards and the governmental regulations. It especially highlights the US Commercial National Security Algorithm Suite (CNSA) 2.0 which mandates software/firmware1 signing to use quantum-safe signatures as the default option by 2025, and as the only option by 2030.

Post-Quantum Cryptography for Defence and Governmental Applications: Overview and Use Cases

Protecting the Military against the Quantum Threat to Today’s Cryptography.

Side-channel analysis: why it matters?

Side-channel attacks are a physical type of threat that aims to recover sensitive data manipulated by your code without using cryptanalysis, or taking advantage of software vulnerabilities.

Pioneering Side Channel Resistance for PQC

PQShield enables their customers to de-risk their development process with a comprehensive security strategy, rooted in the expertise of its world-class R&D team.