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.
The Cyber Resilience Act sets binding cybersecurity rules for products with digital elements sold in the EU. Here's who it covers, what it demands of software, and how to prepare before the 2027 deadline.
A vulnerability is a weakness in software that an attacker can misuse to do something they shouldn't. Here's what that means, why it matters, and how teams find and fix them.
A software supply chain attack compromises the code, tools, or pipeline your software depends on — not the product itself. Here is how it works and how to defend.
A malicious package is an open-source component built or altered to run attacker code on install or at runtime. Here is how they work, real npm and PyPI cases, and how to defend.
A CVE is a unique public ID given to a specific known security weakness, so everyone can talk about the same flaw without confusion. Here's how the system works.
WebAssembly runs untrusted code in a memory-isolated sandbox, but sandboxed is not the same as safe. Here is how the Wasm security model actually works and where it breaks.
A vulnerability is a weakness, an exploit is the tool that abuses it, and a threat is the actor who wants to. Confusing them muddles how you prioritize risk.
npm's `npm:` alias syntax lets a trusted-looking dependency name resolve to attacker-controlled code — here's how that becomes dependency confusion, and how to detect it.
TensorFlow is one of the most widely deployed machine-learning frameworks — and its history of model-deserialization RCE and crafted-tensor memory bugs makes its version and loading habits genuinely security-relevant.
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