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 step-by-step rust ffi security audit: map unsafe boundaries, fuzz with cargo-fuzz, run Miri and sanitizers, and verify ownership to catch memory corruption before shipping.
Where vulnerability management actually stands in 2026: KEV-driven prioritization, reachability, SLAs that hold, and the tools teams are consolidating onto.
Goroutine leaks and data races aren't just bugs — they're exploitable DoS and logic-corruption vectors. Here's how they work, real incidents, and how Safeguard catches them.
DEF CON 33 brought hacker-energy attention to package ecosystems, CI/CD abuse, and AppSec Village. Here is what supply chain defenders should take home.
A decade of Ruby CVEs — from CVE-2013-0156 to CVE-2022-32224 — shows how Marshal.load and YAML.load turn untrusted input into remote code execution.
How the elixir atom exhaustion vulnerability lets attackers crash BEAM nodes via unsafe binary_to_term calls, and how Safeguard catches the pattern before it ships.
Bug bounty programs are a billion-dollar market. But the economics do not work equally well for everyone. A look at who benefits, who gets shortchanged, and what the numbers actually say.
How SBOM adoption differs across finance, healthcare, public sector, manufacturing, and tech in 2026, where the real operational usage is, and where it stalls.
Manual patching is a losing race against the rate of new vulnerabilities. Autonomous remediation is not a future technology — it is the only workflow that keeps pace with modern supply chains.
Weekly insights on software supply chain security, delivered to your inbox.
Your first fix PR is minutes away.
No sales call required, even your agent can complete the purchase over MCP.
