Cloud Security
Multi-Cloud Software Supply Chain Abstractions
Running supply chain controls across AWS, Azure, and GCP means picking the right abstractions. Here is which ones hold up and which ones you will regret.
Feb 19, 20267 min read
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.
Running supply chain controls across AWS, Azure, and GCP means picking the right abstractions. Here is which ones hold up and which ones you will regret.
Each major cloud provider approaches supply chain security differently. Here's a practical comparison and what it means for multi-cloud organizations.
Azure Container Registry plus Notation gives you signing, trust policy, and AKS enforcement without bolting on Sigstore. Here is how the pieces actually fit together.
A senior engineer's 2026 playbook for hardening Azure DevOps against the supply chain attacks that actually happen: extensions, service connections, and template injection.
Sentinel has everything it needs to detect supply chain attacks in Azure — but only if the analytics rules are tuned to what those attacks actually look like.
Supply chain observability in Azure is not missing telemetry — it is missing the right queries. A walk through the Azure Monitor data sources that actually answer the hard questions.
App Service deployments are easy, which is the problem. A look at the deployment paths, credential surfaces, and hardening steps that matter for production workloads.
Bicep and ARM templates produce the same deployments, but their security properties diverge — in module provenance, what-if analysis, registry trust, and review experience.
What Azure Container Registry actually guarantees about the images you pull — signing, attestation, content trust, and where the trust chain breaks in practice.
Weekly insights on software supply chain security, delivered to your inbox.