INFRA
Applied cryptography in banking — hashes, signatures, KEMs, key management, and the cryptographic primitives that secure the rails.
INFRASTRUCTURE & CRYPTOGRAPHY
Every post-quantum roadmap assumes an inventory that does not exist. The asset register knows the server, the owner and the criticality; it does not know the algorithm, the key length, the library or the expiry.
INFRASTRUCTURE & CRYPTOGRAPHY
As of June 2026, post-quantum cryptography (PQC) has transitioned from an experimental technical concern to a primary fiduciary obligation. Boards must now oversee the systematic migration of legacy encryption...
INFRASTRUCTURE & CRYPTOGRAPHY
In the era of GPU-accelerated decryption and DORA mandates, cryptographic rot is a systemic risk. Every legacy PBKDF2 or scrypt hash resting in a banking database is a countdown to compromise. hsh changes the paradigm with zero-downtime, memory-safe upgrades...
APPLIED AI
This article delves into the work of [Yilei Chen ⧉][00], who has developed a polynomial-time quantum algorithm that could significantly impact the hardness of the Learning With Errors (LWE)…
APPLIED AI
The banking and financial industry is undergoing a revolutionary transformation in data security, driven by the emergence of Quantum Key Distribution (QKD). This groundbreaking innovation, based…
APPLIED AI
KyberLib is a Rust-based library that protects your data from the potential threat of quantum computing. Built upon the CRYSTALS-Kyber algorithm, KyberLib delivers exceptional security,…
APPLIED AI
In my previous article, [Protecting Data in the Quantum Age ⧉][03], I delved into the impending threat of quantum computing to digital security and looked at how quantum-resistant cryptography…
APPLIED AI
Mathematics provides constants that are the cornerstones of technology and secure communication. Constants like pi (π) and Euler’s number (e) are crucial in everything from geometry to…
APPLIED AI
Blockchain is an append-only ledger secured by cryptographic hash chains and distributed consensus — a design that makes tampering computationally expensive and auditable by anyone. Ethereum extended this foundation with a programmable execution layer, turning a simple payments record into a platform for smart contracts, tokens, and decentralised finance.
