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.
Sixteen URL-parsing libraries tested, five inconsistency classes found, eight CVEs assigned — one wrong backslash can turn a validated URL into an SSRF.
CWE-787 out-of-bounds write bugs let attackers corrupt memory past a buffer's limit, causing crashes or code execution. Here's how they work.
CWE-119 has topped MITRE's vulnerability rankings for years, from Heartbleed to WannaCry to the 2023 libwebp zero-day. Here's why it persists and how to catch it early.
A single wrapped integer minted 184B bitcoin, grounded 787s, and erased $900M from a crypto token. Here's how overflow bugs work—and how Safeguard catches them first.
Double-free bugs let attackers corrupt heap memory and hijack control flow. Here's how they happen in C/C++, real CVEs, and how to catch them early.
A malicious npm dependency hid in event-stream for 8M downloads before detection. Developer tooling is a code-injection blast radius most teams never audit.
Roughly 4.96 million IPs expose .git metadata today, and over 252,000 leak live credentials in .git/config — a 2018-era bug that never went away.
HSTS has one header and three flags, yet a misconfigured includeSubDomains or a premature preload submission can take a domain offline for months.
One overridden checkServerTrusted() method disables certificate validation for an entire Java app — and it still ships to production more often than most teams admit.
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