PyPI Trusted Publishing Common Pitfalls
PyPI trusted publishing removed a whole class of token leaks, but teams keep tripping over the same half-dozen configuration mistakes. Here is what to watch for.
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.
PyPI trusted publishing removed a whole class of token leaks, but teams keep tripping over the same half-dozen configuration mistakes. Here is what to watch for.
A walkthrough of the Gold Build pipeline that produces reproducible, attested, policy-verified container images and binaries for Safeguard customers.
An SBOM that arrives after merge is a compliance artifact. An SBOM that shows up in the PR is a security control. Here is how to wire it up without killing velocity.
Every Android app runs dozens of third-party SDKs with full app permissions. Here's how android third-party library risk turns into real data leaks — and how Safeguard catches it first.
A security posture assessment turns 'are we secure?' into a measured, repeatable answer. Here is a six-phase method — from asset inventory to a scored, prioritized gap list you can act on.
Output encoding neutralizes untrusted data before it reaches a browser or database -- the last line of defense against XSS, and most teams still get it wrong.
Django's ORM parameterizes queries by default, but .raw(), .extra(), and annotate() calls create real SQL injection risk. Here's what to check.
Input sanitization stops attacker-controlled data from executing as code. Learn how it works, how it differs from validation, and where it fails.
PyPI typosquatting lets attackers slip malicious Python packages into your build with one typo. Real attacks, why PyPI is exposed, and how to stay safe.
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