Deep dives, practical guides, and incident analyses from engineers who build Safeguard. No fluff, no vendor FUD — just what you need to ship secure software.
When an open source project forks, the security implications cascade through every downstream consumer. Understanding fork dynamics is essential for managing supply chain risk.
Mixing public and private modules through a Go proxy is where most teams get their configuration wrong, and the mistakes range from leaked module names to accepted unverified code.
Maven Enforcer is a blunt instrument most teams underuse. Here is how to turn it into a supply chain guardrail that blocks bad versions, bad repositories, and bad dependency graphs before they ship.
Why build.rs is the highest-leverage attack surface in the Rust ecosystem, with concrete examples from 2023 and 2024 incidents.
A single person maintaining critical infrastructure is one medical emergency, burnout, or coercion event away from a supply chain crisis. The bus factor is not a theoretical metric.
How RubyGems.org handles reserved gem names, what protections exist for trademark holders, and where the policy creates friction for legitimate namespace claims.
Account recovery is where most identity systems leak security, and PyPI is no exception. A close look at how recovery works today, where the edges are, and what enterprise publishers should plan around.
A step-by-step tutorial for publishing npm packages with provenance attestations so your consumers can cryptographically verify the build source.
Rolling NuGet package signing enforcement across a large .NET estate is a policy and tooling problem, not a cryptography problem. Here is how it actually goes.
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