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 javascript vulnerability scanner has to reason about a dynamically typed, dependency-heavy language — which is why the good ones combine static analysis with dependency-graph lookups rather than relying on either alone.
Snyk added Kubernetes workload protection to Snyk Container. Here's what it does, why it matters now, and what security teams should ask before relying on it.
Wiz's agentless CNAPP and CrowdStrike's endpoint agents both secure runtime, but neither closes the software supply chain gap Safeguard is built for.
CSP in security stands for Content Security Policy, a browser mechanism that tells the page which sources of script, style, and other content it may trust. Here is what it means and how to use it.
Container vulnerability management is a lifecycle, not a scan — here's what happens from base image selection through runtime, and where most programs quietly fall apart.
The BSD 3-clause license is one of the most permissive open source licenses in wide use — here's what its three conditions actually require and how it differs from MIT and Apache 2.0.
Wiz and Snyk solve different layers of AppSec entirely. Here is how the two actually compare, and where build provenance still needs coverage.
Application security protects the code and runtime of a single piece of software; product security is the broader discipline covering that software's entire lifecycle, including hardware, supply chain, and how customers actually use it.
Application development security only works when it's built into the software development lifecycle from the first commit, not bolted on before a release deadline.
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