Synthetic benchmark or your own code: which result should you trust?
Synthetic benchmarks give clean ground truth but not realism. Your own code gives realism but noisy labels. Use both, and weigh each for what it shows.
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.
Synthetic benchmarks give clean ground truth but not realism. Your own code gives realism but noisy labels. Use both, and weigh each for what it shows.
Suppression and allowlist files grow quietly and hide real risk. Add owners, reasons and expiry dates, and review them on a schedule to stay honest.
Suppression should be a recorded decision, not a mute button. Reason codes, owner, expiry and a VEX statement make an exception that an auditor can follow.
Decide which releases get security fixes, write it in a small table, and keep promises a volunteer can keep. A guide to the supported versions section.
CISA lists unclear support periods as a bad practice and the SSDF draft asks for end-of-life notice. A template for support dates buyers can trust.
Fifteen software supply chain terms in plain English, from dependency and SBOM to provenance and VEX, with one sentence on why each matters.
Rate by what the bad code could reach and whether it ran, not by CVSS. A four level table with the questions that decide each level of severity.
Short lived credentials, pinned actions, clean caches and stored SBOMs give the most return. A prioritised backlog table with the reason for each.
List internal owners, registry security contacts, key vendors and counsel before an incident. A one page template with the fields to fill in.
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