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.
CVSS by itself produces a queue ordered by hypothetical severity. Reachability orders by actual exposure. Mixing the two correctly is where mature programs land.
Long-lived shared tokens are the wrong unit of trust for MCP servers. Here is the per-server scoped-credential pattern and how to roll it out.
Most vendor incidents go badly because the first 72 hours are spent figuring out who to call. A pre-built coordination playbook turns chaos into a rehearsed response.
Wealth management apps inherit risk from every SDK, custodian API, and analytics package they integrate. Here is a working third-party risk program.
Agents can now evaluate, trial, and pay for software without a human in the loop. The controls that make that safe: spend caps, allowlists, verifiable merchants, and audit trails.
SolarWinds, Log4Shell, and XZ Utils show why software supply chain security now spans code, dependencies, and build pipelines alike.
Chainguard's pricing is quote-based and centers on hardened base images. Here's how to model the real total cost of ownership, and where full-chain coverage fits in.
Lazarus Group's 2024-2025 financial sector campaigns combined exchange compromises, DeFi exploits, and developer social engineering. Here is what defenders must know.
A software supply chain attack compromises trusted dependencies or build systems to spread malicious code downstream — here's how it works, and how to stop it.
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