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.
AI coding assistants keep getting smarter, yet developer security policy bypasses keep rising. Here's why the two trends are linked and how to close the gap.
AI coding assistants make developers write faster and trust more — even when the code is less secure. Here's what the data shows, and how to close the gap.
AI coding assistants are quietly reshuffling the OWASP Top Ten, elevating software supply chain risk and reviving old injection bugs at machine speed.
Across studies from Stanford to BaxBench, AI assistants keep suggesting string-concatenated SQL and hardcoded JWT secrets. Here is the pattern, by the numbers.
How to build a budget case for a supply chain security program that survives CFO scrutiny, with dollar-denominated risk, benchmarks, and staged investment tiers.
ASPM doesn't replace your scanners — it correlates their output with runtime reachability and ownership to cut a 10,000-finding backlog down to the handful that actually matter.
Most CVE findings are noise. Here's how runtime reachability analysis separates exploitable risk from theoretical severity, and why CVSS alone can't prioritize your patch queue.
MTTR benchmarks vary 2-5x by company size and industry. See how financial services, healthcare, and mid-sized firms compare — and what a realistic 2026 target looks like.
Vendor Partner-of-the-Year awards dominate cybersecurity conference season. Here's what the criteria really measure — and the supply chain risk they don't.
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