Go (Golang) Security Explained
Go's memory safety stops buffer overflows, not logic bugs, typosquatted modules, or CI-pipeline compromise. Here's what actually threatens Go security.
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.
Go's memory safety stops buffer overflows, not logic bugs, typosquatted modules, or CI-pipeline compromise. Here's what actually threatens Go security.
Rust kills most memory-safety bugs, but crates.io supply chain attacks and CVE-2024-24576 prove "written in Rust" isn't a security guarantee.
C/C++ still cause ~70% of critical CVEs. From Heartbleed to the xz backdoor, here's why memory bugs persist and how to find exploitable ones fast.
A practical look at building a Splunk content pack for software supply chain threats, with SPL searches for CI/CD anomalies, package registry abuse, and build provenance violations.
The build-it-yourself era of supply chain security is ending. The full-stack vendor era has not arrived. The right architecture in 2026 is hybrid — and the decisions are different than they look.
NIST's National Vulnerability Database nearly stopped enriching CVEs in early 2024, creating a growing backlog that left security teams without the severity scores and metadata they depend on.
KubeCon + CloudNativeCon NA 2025 put supply chain security at the center of the cloud-native conversation. Here is what mattered for platform teams.
A field analyst's look at how North Korea's Lazarus Group has turned software supply chains into a strategic weapon, from 3CX to npm.
A single static severity score cannot tell you which vulnerability to fix first. Modern prioritization is a function of reachability, exploitability, and business context — and CVSS is only one input.
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