Quantum computing has long been a looming someday threat to modern cryptography. Now, as quantum hardware steadily improves and governments ...

VeraSnap records cryptographically verifiable capture records and provenance. Planned global availability across App ...

Discover how Merkle roots ensure data integrity in blockchain transactions and reduce verification time. Learn their role in ...

The QS7001 is a quantum-resistant secure microcontroller (SoC) built around a 32-bit RISC-V core tightly coupled with a dedicated cryptographic acceleration subsystem. Unlike soft ...

Hashing personal data for privacy-safe collaboration is increasingly challenged. Recent demonstrations reveal hashed identifiers from predictable sources can be reversed quickly using computation and ...

From the paper Fast Hashing of Variable-Length Text Strings (archived) by Peter K. Pearson with additional edits by jeblad (Dec 13, 2025). The core of the Pearson hash algorithm is fast execution on ...

A major new study argues that the arrival of quantum computing will destabilize the foundations of today’s cryptocurrency systems, wiping out the cryptographic assumptions that secure public keys, ...

Hashing transforms data into a fixed-length cryptographic fingerprint that ensures integrity and authenticity. Every block in a blockchain contains its own hash and the previous block’s hash, forming ...

Abstract: The integrity of evidence, a core principle of digital forensics, is essential for ensuring the reliability and admissibility of evidence in legal proceedings. Classical cryptographic hash ...

Abstract: Lightweight cryptographic primitives are commonly used to secure communication in resource-constrained IoT devices such as RFID tags, sensors, actuators, wireless sensor networks, and edge ...

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