How to Implement SLSA Level 3 Practically
SLSA Level 3 requires hardened builds, verifiable provenance, and isolated build environments. Here is the practical path, not the theoretical one.
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.
SLSA Level 3 requires hardened builds, verifiable provenance, and isolated build environments. Here is the practical path, not the theoretical one.
Platform engineering teams are becoming the new home for security controls. Here's why that is both promising and risky.
A security review of the npm underscore package, the code-injection CVE in its template function, and whether you still need it in a modern JavaScript stack.
DNS cache poisoning is a known attack class with a new application: hijacking software update checks to ship malicious binaries that pass every signature check.
A practical breakdown of the ISO 27001 risk assessment methodology under the 2022 revision, where GRC platforms like Vanta fall short, and how to build a register that survives Stage 2 audits.
Gem signing never took off, yanking is weaker than people assume, and trusted publishing finally fixes the credential problem. What to actually rely on in a Ruby pipeline.
What a vuln scan is, the main scanner types, how to read a report without drowning in noise, and how to fit scanning into a development pipeline.
Docker security spans image scanning, SBOMs, and runtime controls — see the CVEs, misconfigurations, and real breaches that show why each layer matters.
Malicious code spreads through the channels people already trust: email attachments, infected downloads, removable media, compromised websites, and increasingly the software supply chain itself.
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