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.
Typosquatting is surging across the Go module ecosystem, exploiting decentralized import paths and an immutable checksum database that makes takedowns nearly meaningless.
Safeguard's 2026 analysis ranks the most vulnerable Go packages by exposure-weighted risk, revealing why a handful of core modules drive most CVE impact.
Kubernetes leans on thousands of Go modules. New analysis shows how typosquats and vendored code turn that dependency into real supply chain risk.
Go binaries are now a preferred malware delivery format — statically linked, cross-platform, and hard to fingerprint. Here's what the trend data shows.
A runc escape trilogy, a gRPC-Go bypass, and a lingering SSH auth flaw reveal how concentrated risk in Go now shapes the cloud native vulnerability landscape.
A trend analysis of Go standard library CVEs from HTTP/2 Rapid Reset to crypto/x509 parsing bugs — and why "it's stdlib" is not a safe-harbor assumption.
Go's GOSUMDB checksum verification is meant to be on by default, but Safeguard's research found roughly 1 in 6 CI pipelines quietly disable it.
NuGet's growing attack surface: typosquatting, steganographic malware, and patch lag are reshaping .NET supply chain risk in 2026 — here's what the data shows.
A fresh wave of malicious NuGet packages is hitting .NET developers via typosquatting, MSBuild-triggered code, and IL weaving. Here's what's happening and how to respond.
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