Natural-language deployment planning
Describe the model, budget, latency target, and risk tolerance. Crucible turns that into a concrete GPU deployment plan with a provider, accelerator, price estimate, and uncertainty notes.
Switching pages
A private GPU deployment backend for personal agents. Plan it, approve it, ship it.
Crucible workflow
Crucible Compute is a private GPU deployment backend for personal agents. It lets an agent safely plan, price, approve, launch, monitor, and stop model-serving workloads without handing the agent unchecked cloud-spend authority.
The workflow centers on deploying a model through the cheapest viable GPU route, showing the recommendation, the approval checkpoint, provider status, endpoint health, logs, and the context the agent used to make the decision.
Describe the model, budget, latency target, and risk tolerance. Crucible turns that into a concrete GPU deployment plan with a provider, accelerator, price estimate, and uncertainty notes.
The control plane compares Modal, SkyPilot, Lambda Cloud, CoreWeave, Prime Intellect, Vast.ai, and Vultr so an agent can pick the cheapest viable path without pretending every provider is live.
Personal agents can plan and prepare deployments, but paid GPU provisioning stops at an approval gate. Nothing expensive launches just because a prompt sounded confident.
Approved deployments expose familiar /v1/models and /v1/chat/completions routes, plus logs, health checks, benchmark data, and stop controls.
Deployment path
Ask for a deployment in plain English.
Crucible profiles the model and pulls relevant Nia context.
The broker recommends a GPU provider and accelerator.
A human approves the paid launch.
The system provisions, verifies health, and exposes an endpoint.
Why it matters
Sessions, approvals, deployment records, logs, health checks, and benchmark traces are persisted locally for the prototype instead of depending on a hosted account system.
The agent can gather context and make a recommendation, but the approval boundary keeps cloud credentials, spend, and stop controls visible to the operator.