How do you avoid SSRF vulnerabilities in Go applications?
Avoid SSRF in Go by allow listing destinations, checking the resolved IP at connect time, limiting redirects and blocking internal ranges. A defence plan.
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.
Avoid SSRF in Go by allow listing destinations, checking the resolved IP at connect time, limiting redirects and blocking internal ranges. A defence plan.
Automate discovery, enrichment, ticketing and verification first. Keep human judgment for risk acceptance. Use KEV and EPSS to rank work, not CVSS alone.
An attack surface is every path where an attacker can get in or data can get out. See how OWASP maps it, what to count first and how to shrink it.
Reduce attack surface by removing what you do not need, closing what you cannot remove and limiting what is left. Start with an inventory, then cut.
Attack surface management combines asset discovery, vulnerability enumeration and exposure tagging, owned by different people. See how CISA splits it.
Attack surface management is a loop: discover assets, classify them, assess exposure, reduce it, then monitor for change. See what each stage needs.
ASOC correlated scanner output. ASPM adds app inventory, ownership and policy across the lifecycle. Both are market terms, so test the function in a demo.
Counting findings rewards noise. Track exposure, exploited-vulnerability age, fix time and coverage, and tie each metric to a decision you will make.
Measure ASPM return by triage hours saved, time to fix and share of valid findings, from your own baseline. Skip vendor averages and breach cost guesses.
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