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.
Application security sounds intimidating, but the fundamentals are learnable in an afternoon. Here is a warm, practical introduction with a first hands-on step you can try today.
Monorepo security fails when every check runs on every commit. Path-filtered CI, CODEOWNERS, per-workspace scanning, and merge queues fix that.
GitHub's dependency-review-action can block PRs that introduce vulnerable or badly-licensed packages. Here is the exact configuration, plus the cases it silently misses.
Five checks that take about four minutes — tarball inspection, install-script review, provenance verification, maintainer signals — before you let a new npm package run code on your machine.
Third-party Actions run with your repo's token and secrets. A vetting routine: read the source at the pinned SHA, audit the bundled dist, scope permissions, and contain egress.
Ten concrete Dockerfile changes — digest pinning, multi-stage builds, non-root users, BuildKit secrets, SBOM attestations — that remove whole classes of container risk.
A leaked CI credential does not have to mean an outage. The dual-credential pattern: issue new alongside old, cut over, verify with usage logs, then revoke — plus what to do after.
A working playbook for the day a CVE lands in your dependency tree: confirm exposure with SBOM queries, judge real exploitability, patch or mitigate, then prove it and publish VEX.
A 90-minute tabletop built on a compromised dependency scenario will expose more gaps than a year of policy reviews. Here is the full agenda, injects included.
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