Running a model bigger than your VRAM with llama.cpp offload
llama.cpp can split a model between GPU and CPU memory. How the layer setting works, what it costs in speed, and how to find a setting that fits.
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.
llama.cpp can split a model between GPU and CPU memory. How the layer setting works, what it costs in speed, and how to find a setting that fits.
A linter is not a security scanner, but a few rule families do catch real bugs. Here is how to pick them, keep noise low and make them block merges.
The KV cache stores keys and values for every token in context, so memory grows with context length and parallel requests. How to size it and shrink it.
ValidatingAdmissionPolicy is stable since Kubernetes v1.30 and runs CEL rules inside the API server. When it replaces a webhook and when it does not.
kubectl auth reconcile applies RBAC manifests and can remove extra permissions and subjects. Use dry run first, and know when it recreates bindings.
During an incident you can flip a switch, turn off a flag or roll back a release. How the three differ in speed, scope and risk, and when to use each.
A kill switch lets operators disable a feature fast during an incident. A practical checklist for scope, speed, access, logging and testing.
Keyword search finds exact names, vector search finds meaning. A short comparison, and how hybrid retrieval merges the two result lists for code.
Labs rot as frameworks and dependencies change. A simple schedule for testing, updating and retiring training exercises so they stay accurate and runnable.
Weekly insights on software supply chain security, delivered to your inbox.
Your first fix PR is minutes away.
No sales call required, even your agent can complete the purchase over MCP.