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SPOTLIGHT PUBLICATION | 06/11/2025

No-Regrets Migration: Why PKI Should Be Your First Move

Hardware defines trust. If its cryptography fails, no amount of software protection can recover it. In this episode of Shielded, Jo Lintzen speaks with Thalia Laing, Principal Cryptographer at HP.

Global Standards, Regional Variants: Designing for PQC Across Jurisdictions

In this episode of Shielded, Jo Lintzen speaks with Dr. Richard Searle, Chief AI Officer at Fortanix, about how confidential computing and a software-first model accelerate the shift to post-quantum cryptography.

Solution brief: PQShield and Quantum Origin strengthening post-quantum cryptography with proven quantum randomness

PQShield and Quantinuum have developed a joint solution, combining Quantum Origin’s mathematically-proven Quantum Random Number Generation (QRNG) with PQShield’s FIPS-140-3-validated post-quantum cryptographic library in PQCryptoLib-SDK, for resilient post-quantum algorithms.

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Video 8 – PQC in silicon

In this clip, Ben and Ali talk about PQShield’s silicon implementation of PQC – showing that we haven’t just designed PQC solutions, we’ve actually built our hardware IP onto a physical chip!

Video 9 – Standardization – what’s next?

In this video, Ben and Ali discuss NIST’s timeline, including FALCON, Round 4 KEMs, the necessary mix of lattice, code-based and hash algorithms, as well as the ongoing effort to select digital signatures.

HPKA: A High-Performance CRYSTALS-Kyber Accelerator Exploring Efficient Pipelining

This work explores several architectural optimizations and proposes a high-performance and area-time (AT) product efficient hardware accelerator for Kyber.

Masking the GLP Lattice-Based Signature Scheme at Any Order

In this paper, we describe the first masked implementation of a lattice-based signature scheme.

Anonymous Reputation Systems with Revocation, Revisited

In this work, we revisit ARS. Our contributions are threefolds: First, we show that all previous definitions of ARS allow the users’ purchase history to leak.

Compact NIZKs from Standard Assumptions on Bilinear Maps

The main focus of this work is on exploring short pairing-based NIZKs for all NP languages based on standard assumptions.

Plover: Masking-Friendly Hash-and-Sign Lattice Signatures

We introduce a toolkit for transforming lattice-based hash-and-sign signature schemes into masking-friendly signatures secure in the t-probing mod

Threshold Raccoon: Practical Threshold Signatures from Standard Lattice Assumptions

Threshold signatures improve both availability and security of digital signatures by splitting the signing key into N shares handed out to different parties.

Raccoon: A Masking-Friendly Signature Proven in the Probing Model

This paper presents Raccoon, a lattice-based signature scheme submitted to the NIST 2022 call for additional post-quantum signatures.

How Multi-Recipient KEMs can help the Deployment of Post-Quantum Cryptography

The main purpose of this work is to raise awareness about a primitive that can provide large efficiency gains in post-quantum cryptography: multi-recipient KEMs, ormKEMs.

Optimizations and Practicality of High-Security CSIDH

In this work, we assess the real-world practicality of CSIDH, an isogeny-based non-interactive key exchange.

Practical Round-Optimal Blind Signatures in the ROM from Standard Assumptions

In this work, we present two round-optimal blind signatures under standard assumptions in the ROM with different approaches: one achieves the smallest sum of the signature and communication sizes, while the other achieves the smallest signature size.