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 breakdown of how SAST, DAST, SCA, and container vulnerability scanner tools actually work, where Veracode fits, and why false positives remain the industry's biggest problem.
How AWS IAM permissions boundaries cap delegated identities, differ from SCPs, and where teams get privilege escalation wrong.
A breakdown of OWASP, NIST SSDF, and PCI DSS 4.0 web application security standards, where Veracode's scanning model covers them, and where supply-chain gaps remain.
Real Azure breaches — BlueBleed, ChaosDB, OMIGOD, Midnight Blizzard — trace back to storage misconfigs, identity sprawl, and exposed secrets, not zero-days.
OWASP testing tools cover the methodology; Veracode wraps part of it commercially. Neither was built for supply chain risk — here's where the gaps are and how to close them.
GCP IAM misconfigurations, not exploits, cause most cloud breaches. Here is how to enforce least privilege, lock down service accounts, and audit access.
A mechanical look at how Snyk Code's semantic analysis engine parses source into a code model, tracks data flow across files, and prioritizes vulnerability findings.
How Snyk's DeepCode AI turns millions of open-source commit fixes into the symbolic-AI and ML models powering Snyk Code's vulnerability detection and autofixes.
Snyk Code traces untrusted data from source to sink using interprocedural static analysis and ML ranking. Here's how the taint-tracking mechanics work.
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