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.
React Native introduces unique security challenges at the intersection of JavaScript and native mobile code. Understanding these risks is essential for securing cross-platform mobile applications.
When a Ruby gem is yanked from RubyGems.org, it creates security risks for projects that depended on it. Understanding the yanking mechanism is critical for Ruby supply chain security.
Southeast Asia's booming tech sector is building fast but securing slowly. Supply chain attacks targeting the region are increasing, and most organizations lack basic visibility into their dependencies.
Your incident response plan is untested until people have walked through it under pressure. Here is how to design and run tabletop exercises that actually prepare your team for supply chain compromises.
Mirroring npm, PyPI, or Maven Central locally reduces dependency on external infrastructure. But mirrors introduce their own security considerations that most teams overlook.
Developer workstations have elevated access to source code, build systems, and deployment pipelines. Zero Trust principles applied to these endpoints significantly reduce supply chain attack surface.
Game studios ship millions of lines of code with complex dependency chains across engines, middleware, and third-party SDKs. SBOMs are not just a compliance tool — they are an operational necessity.
Electron apps ship Chromium, Node.js, and your entire npm tree to a user's desktop, running with the privileges of the logged-in user. The supply chain implications are severe enough that they deserve their own category of threat model.
Build systems transform source code into deployable artifacts. When attackers poison the build, every artifact is compromised. Here is how it happens.
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