refua-deploy 0.7.1

Deployment automation for Refua campaign workloads across private and public clouds.

refua-deploy

refua-deploy generates deployment bundles for running Refua campaigns across public and private clouds.

It integrates with the Refua ecosystem packages:

• refua
• refua-data
• refua-clinical
• refua-preclinical
• refua-regulatory
• refua-bench
• refua-wetlab
• refua-notebook
• refua-mcp
• ClawCures
• refua-studio
• refua-deploy

When these projects are present, refua-deploy auto-detects their versions and can install the full Refua ecosystem (including refua-studio).

Guidebook

New to deploying the agent and Studio? See the step-by-step guidebook: GUIDEBOOK.md.

Super Simple

If you just want it working with sensible defaults:

cd refua-deploy
poetry install
poetry run refua-deploy install-ecosystem
poetry run refua-deploy init --output deploy.yaml --name refua-prod --visibility public --provider aws
poetry run refua-deploy render --config deploy.yaml --output-dir dist
bash dist/bootstrap/cluster-bootstrap.sh

What this does automatically:

• Picks Kubernetes as orchestrator for public cloud.
• Enables network auto-discovery and fills ingress/host/origin defaults.
• Enables cluster bootstrap artifact generation.
• Enables GPU auto mode by default.
• Installs the full Refua ecosystem from PyPI (including Studio).
• Detects local ClawCures and refua-mcp versions for image tags.

Goals

• Minimal required inputs.
• Automatic network defaults.
• Automatic cluster bootstrap artifacts.
• GPU support that is transparent by default.

Features

• Validated deployment config for:
  • Public cloud providers: aws, gcp, azure, oci, digitalocean, linode, vultr, hetzner, ibm, alibaba, scaleway, exoscale
  • Private cloud providers: onprem, openstack, vmware, baremetal, proxmox, nutanix
• Runtime target selection:
  • kubernetes renderer
  • compose renderer
  • single-machine lightweight renderer
• Automatic network inference:
  • Ingress host from explicit config, env, or inferred metadata defaults
  • Allowed hosts/origins inferred when omitted
• Automatic bootstrap artifacts (Kubernetes targets):
  • bootstrap/cluster-bootstrap.sh
  • bootstrap/metadata.auto.json
  • bootstrap/network.auto.env
• Kubernetes bundle renderer:
  • Namespace
  • ConfigMap
  • Secret templates
  • Campaign output PVC
  • ClawCures CronJob
  • Optional refua-mcp Deployment + Service (runtime.mcp.mode=service)
  • Optional Ingress
  • Optional NetworkPolicy
  • kustomization.yaml
• Compose bundle renderer:
  • campaign_runner service (runs ClawCures with in-process MCP execution)
  • .env.template
• Single-machine lightweight renderer:
  • single-machine/install-ecosystem.sh
  • single-machine/.env.template
  • single-machine/run-mcp.sh
  • single-machine/run-campaign.sh
  • single-machine/run-studio.sh
• Full ecosystem installer:
  • install-ecosystem command installs the Refua ecosystem from PyPI in dependency-safe order
• GPU-aware deployment controls:
  • gpu.mode=auto (default): GPU-friendly scheduling/runtime hints with CPU fallback.
  • gpu.mode=required: hard GPU requests/limits for Kubernetes and gpus: all for Compose.
  • gpu.mode=off: disables GPU behavior.
• Plan output (plan.json) for CI/CD review and approvals.
• Runtime lifecycle commands:
  • apply (render + apply manifests / compose up)
  • status (kubectl or compose status, plus single-machine artifact status)
  • destroy (kubectl delete / compose down)
  • doctor (preflight diagnostics for toolchain + rendered artifacts)

Install

cd refua-deploy
poetry install

Install the full Refua ecosystem (including Studio):

poetry run refua-deploy install-ecosystem

Quick Start

Generate a starter config with maximum automation:

poetry run refua-deploy init \
  --output deploy/public.yaml \
  --name refua-oncology-prod \
  --visibility public \
  --provider aws \
  --orchestrator kubernetes \
  --provisioning-level auto \
  --gpu-mode auto \
  --gpu-vendor nvidia

Validate and preview plan:

poetry run refua-deploy plan \
  --config deploy/public.yaml \
  --output deploy/plan.json

Render artifacts:

poetry run refua-deploy render \
  --config deploy/public.yaml \
  --output-dir dist/public

Apply rendered runtime:

poetry run refua-deploy apply \
  --config deploy/public.yaml \
  --output-dir dist/public

Check runtime status:

poetry run refua-deploy status \
  --config deploy/public.yaml \
  --output-dir dist/public

Run deployment diagnostics:

poetry run refua-deploy doctor \
  --config deploy/public.yaml \
  --output-dir dist/public

Run generated bootstrap script:

bash dist/public/bootstrap/cluster-bootstrap.sh

Private cloud with compose:

poetry run refua-deploy init \
  --output deploy/private.yaml \
  --visibility private \
  --provider onprem \
  --orchestrator compose

Private cloud with Kubernetes (for example k3s/rke2):

poetry run refua-deploy init \
  --output deploy/private-k8s.yaml \
  --visibility private \
  --provider vmware \
  --orchestrator kubernetes

Single-machine lightweight bundle:

poetry run refua-deploy init \
  --output deploy/single-machine.yaml \
  --visibility private \
  --provider onprem \
  --orchestrator single-machine
poetry run refua-deploy render \
  --config deploy/single-machine.yaml \
  --output-dir dist/single-machine

Metadata Auto-Discovery

refua-deploy can infer network/cluster context from:

• Explicit config values (highest priority)
• Environment variables
• Cloud metadata endpoints (when enabled)

Control flag:

• REFUA_DEPLOY_ENABLE_METADATA_HTTP=0 disables HTTP metadata probing.

Useful environment overrides:

• REFUA_INGRESS_HOST
• REFUA_PUBLIC_IP
• REFUA_PRIVATE_IP
• REFUA_AWS_VPC_ID
• REFUA_AWS_SUBNET_IDS
• REFUA_GCP_NETWORK
• REFUA_GCP_SUBNETWORK
• REFUA_AZURE_RESOURCE_GROUP

Config Schema

Top-level keys:

• name
• cloud.visibility
• cloud.provider
• openclaw.base_url (required)
• runtime:
  • namespace
  • orchestrator (kubernetes, compose, or single-machine)
  • campaign
  • mcp
    • mode (inprocess default, or service)
• kubernetes:
  • distribution (eks, gke, aks, oke, doks, lke, vke, hke, iks, ack, ske, k3s, rke2, openshift, talos, kubeadm, generic)
  • service_type (ClusterIP, NodePort, LoadBalancer)
  • ingress_class
  • storage_class
  • create_network_policy
  • namespace_annotations
• gpu:
  • mode (off, auto, required)
  • vendor (nvidia, amd, intel)
  • count
  • resource_name
  • mcp_enabled
  • campaign_enabled
  • node_selector
  • toleration_key
• automation:
  • auto_discover_network
  • bootstrap_cluster
  • provisioning_level (manual, assisted, auto)
  • cluster_name
  • kubernetes_version
  • node_count
  • node_instance_type
  • node_disk_gb
• network
• security
• storage

Examples:

• examples/public_aws.yaml
• examples/private_onprem.yaml

Integration Details

Generated artifacts follow existing Refua runtime contracts:

• Campaign env vars:
  • REFUA_CAMPAIGN_OPENCLAW_BASE_URL
  • REFUA_CAMPAIGN_OPENCLAW_MODEL
  • REFUA_CAMPAIGN_TIMEOUT_SECONDS
  • OPENCLAW_GATEWAY_TOKEN
• MCP runtime env vars (Kubernetes refua-mcp deployment):
  • REFUA_MCP_TRANSPORT
  • REFUA_MCP_HOST
  • REFUA_MCP_PORT
  • REFUA_MCP_ALLOWED_HOSTS
  • REFUA_MCP_ALLOWED_ORIGINS
  • REFUA_MCP_AUTH_TOKENS
• Studio auth env vars (single-machine .env.template + run-studio.sh):
  • REFUA_STUDIO_AUTH_TOKENS
  • REFUA_STUDIO_OPERATOR_TOKENS
  • REFUA_STUDIO_ADMIN_TOKENS
• GPU runtime env vars:
  • REFUA_GPU_MODE
  • REFUA_GPU_VENDOR
  • REFUA_GPU_COUNT
  • vendor hints like CUDA_VISIBLE_DEVICES, NVIDIA_VISIBLE_DEVICES where relevant

Development

Run checks:

poetry run ruff check src tests
poetry run mypy src
poetry run pytest

Build package:

poetry build