What is Continuous Security
Continuous security scans code, dependencies, containers, and infra on every commit — not once a quarter. Here's how it works and why it replaced periodic audits.
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.
Continuous security scans code, dependencies, containers, and infra on every commit — not once a quarter. Here's how it works and why it replaced periodic audits.
Bicep and ARM templates produce the same deployments, but their security properties diverge — in module provenance, what-if analysis, registry trust, and review experience.
OneTrust alternative? Sprinto automates GRC evidence; Safeguard secures your software supply chain with SBOMs, dependency scanning, and build provenance.
Your CI system is a production system with worse access controls. A first threat model of the pipeline takes one whiteboard session and usually finds something ugly.
A technique-by-technique tour of how modern static analyzers cut false positives, from CodeQL's path pruning to Infer's bi-abduction.
Tokio is the async runtime underneath most production Rust. A supply chain review of Tokio and the crates that orbit it — dependencies, CVE history, and what changes across versions.
Both are CNCF graduated runtimes. Both run production clusters. Their security properties diverge in ways that matter for hardened environments.
CVE-2024-40766 in SonicWall SonicOS became an immediate target for Akira and Fog ransomware groups, highlighting the ongoing risk of VPN appliance vulnerabilities.
Zig offers memory safety features that C lacks but does not go as far as Rust. For security-critical code, understanding where Zig sits on the safety spectrum matters.
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