Writing that respects your time

Harvest-now-decrypt-later means encrypted data stolen today can be decrypted when quantum computers mature. Here is how to work out which of your data is already at risk.

A step-by-step method to assess post-quantum readiness: inventory your cryptographic assets, classify them against NIST standards, and turn the result into a migration plan.

Post-quantum migrations fail in the discovery phase, not the deployment phase. An inventory-first plan that turns crypto migration into ordinary, schedulable engineering work.

ML-KEM, ML-DSA, and SLH-DSA in plain language: what each standard does, where it replaces RSA and elliptic curves, and what engineering teams should do with them now.

A CBOM is a cryptography bill of materials: a machine-readable inventory of every algorithm, key, certificate, and protocol in your software. Here is what it contains and who is asking.

The Digital Operational Resilience Act is now in force for EU financial entities. Here is what its software-layer duties look like under supervisory examination.

The four SBOM specifications that matter, what each actually requires, and how to produce one SBOM pipeline that satisfies all of them.

SEBI's Cybersecurity and Cyber Resilience Framework consolidated cyber obligations for Indian capital-market entities. What the software-side duties require and how to evidence them.

The CRA's main obligations apply on a fixed deadline, with reporting duties arriving earlier. A practical preparation sequence for software and product makers selling into the EU.

The six most common reasons SBOMs fail audit and procurement review: missing graphs, hand-assembly, silent gaps, stale snapshots, format violations, and no lifecycle story.

How to run a complete DevSecOps pipeline, scanning, vulnerability data, and build gates included, inside a network that never touches the internet.

CVSS measures severity, EPSS predicts exploitation likelihood, KEV records confirmed exploitation. How to combine them, plus reachability, into a work order that reflects real risk.

Teams treat scanner noise as weather: unavoidable, endured. It is neither. How evidence, stable fingerprints, and gate design reduce false-positive cost to nearly zero.

Pattern-based scanners detect the examples they were taught; structural analysis detects the vulnerability class. Why the difference decides what your scanner misses after every refactor.

When a scanner produces the same result for the same input every time, build gates, diffs, and audits start meaning something. Why determinism is the most underrated property in security tooling.

Deleted does not mean gone: credentials committed years ago live on in git history, forks, and build artifacts. How to find them, rotate them, and stay clean permanently.

In software acquisitions the codebase is the asset and its security debt is an undisclosed liability. The four scans that reprice deals, and how to run them under deal-room constraints.

Questionnaires are not assurance. How to analyze the binaries, images, and packages vendors ship you: component identification, vulnerability matching, secrets, and ongoing monitoring, without source code.

Real supply chain compromises cross layers: a dependency, a build step, a container, a credential. Why siloed scanners miss the pattern and correlated coverage catches it.

Airgapped, on-premises, private cloud, offline mode: these terms get used interchangeably by vendors and mean very different things. A buyer's guide to the real spectrum, with test questions.