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.
xz-utils, event-stream, node-ipc: a decade of supply chain incidents traces back to one root cause — thinly maintained, single-person open source projects.
Oversized dependency risk and fragile single-maintainer packages both widen your software supply chain attack surface. Here's how to spot and manage both.
On September 24, 2025, crates.io removed faster_log and async_println — Rust typosquats that had quietly stolen Ethereum and Solana keys from 8,424 downloads since May.
A mechanical look at how Snyk Container scans image filesystems to detect npm, pip, Maven, and other application dependencies bundled inside containers.
A technical look at how Snyk Container ranks OS package vulnerabilities using exploit maturity signals, CVSS, and EPSS instead of severity alone.
How Snyk Container reads apk, dpkg, and rpm databases inside image layers to detect OS package vulnerabilities without ever running the container.
How Snyk Open Source turns package-lock.json and yarn.lock files into a full dependency graph to power vulnerability matching and fix advice.
How Snyk resolves exact package versions from npm, Yarn, and pnpm lockfiles — and why each format's structure demands its own parsing logic.
Snyk doesn't parse pom.xml or build.gradle statically -- it invokes real Maven and Gradle tooling to compute the exact dependency graph your build produces.
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