Which files in a repository should a security scan cover?
A good repository scan reads lockfiles, source, Dockerfiles, IaC, CI workflows and config. A file-by-file table of what to scan and what each reveals.
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.
A good repository scan reads lockfiles, source, Dockerfiles, IaC, CI workflows and config. A file-by-file table of what to scan and what each reveals.
A scoring method to rank end-of-life components by exposure, data sensitivity, exploit signals and upgrade effort, so the first fixes cut the most risk.
After a zero-day on a server, rotate what that server could read: service accounts, API keys, certificates, tokens and config secrets. A prioritised list.
A practical order for adopting AppSec tools by company stage: secrets, dependencies, static analysis, containers, dynamic testing, then wider coverage.
Run fast checks at commit and pull request, heavier ones at build and staging, and monitoring after release. A stage by stage table for SAST, SCA and DAST.
ETSI EN 303 645 requires sensitive security parameters in persistent storage to be stored securely. Options named include TEEs and secure elements.
Secrets also leak through issues, pull requests, wikis, CI logs, container images and build artifacts. A table of places to scan and who owns each.
Sources for zero-day alerts: vendor advisories, the CISA KEV catalog, open source advisory databases and your own dependency data. What each is good for.
Keep the exception where the finding lives so gates can enforce it, and link it to tickets and your risk register. A decision guide for three options.
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