Archon + llama.cpp Runtime
Archon routes managed AI workforce tasks to llama.cpp Runtime through Private host access or local network boundary. Agents use cpu and edge inference, gguf models, local private workflows, governed by model policy, evals, fallback rules, usage controls, and audit logs.
AI Models
How Archon uses llama.cpp Runtime.
Teams use this model layer to route agent work to the right inference environment: frontier APIs for the hardest reasoning, managed model gateways for enterprise controls, and local or private runtimes when data boundaries, latency, or cost require it.
CPU and edge inference
GGUF models
Local private workflows
Secure operating layer
Governed access, by default.
Model access is governed like any other production dependency. Archon scopes model policy, prompt boundaries, logging, fallback behavior, evals, cost controls, and where inference is allowed to run.
Model policy and routing
Archon defines when llama.cpp Runtime should run, what context it can receive, which tools it may call, and where fallback models take over.
Evals and release checks
Every production workflow gets quality gates, regression checks, hallucination review, and escalation paths before expansion.
Usage and audit controls
Token use, latency, prompts, retrieval context, model responses, and reviewer decisions are visible in the command center.
Related integrations
More in AI Models.
FAQ
llama.cpp Runtime questions.
How does Archon connect to llama.cpp Runtime?+
Can llama.cpp Runtime run privately or locally?+
How does Archon decide when to use llama.cpp Runtime?+
Get started
Put llama.cpp Runtime into a governed model routing plan with Archon.
Bring the workload, data boundary, latency target, quality bar, and approved deployment environment. We will map the model route, controls, evals, and first production workflow.