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Overview

Each instance is an isolated, secured OpenClaw agent running in its own container. You can run many instances concurrently — each gets its own browser, terminal, storage, and configuration.

Agent images

Each instance runs one of three official agent images, differing only in which browser is bundled:
ImageBrowserDocker Hub
glukw/openclaw-vnc-chromeChromehub.docker.com/r/glukw/openclaw-vnc-chrome
glukw/openclaw-vnc-chromiumChromiumhub.docker.com/r/glukw/openclaw-vnc-chromium
glukw/openclaw-vnc-braveBravehub.docker.com/r/glukw/openclaw-vnc-brave
All images except glukw/openclaw-vnc-chrome support AMD64 and ARM64 architectures. Use latest to always pull the most recent build.

Updating the agent image

When a new version of the agent image is published under the same tag (e.g. :latest), you can pull it without recreating the instance. Open the instance Settings tab, find the Agent Image field, and click Update. Claworc pulls the latest version of the tag, stops the container, and restarts it with the new image. Persistent volumes (home directory, Homebrew packages) are preserved.
The Update button only appears for admins, only when the instance is running, and only for tag-based images (e.g. :latest). Digest-pinned images (@sha256:...) cannot be updated this way — change the image reference in the instance settings instead.

Creating an instance

Click New instance on the dashboard and fill in the form:
FieldDescription
Display nameHuman-readable name shown in the dashboard
ImageAgent image to use — choose the browser variant for this instance
CPU limitMaximum CPU cores allocated (e.g., 1.0)
Memory limitMaximum RAM allocated (e.g., 2Gi)
API key overrideInstance-specific API key; overrides the global key if set
The display name is converted to a Kubernetes-safe name automatically: lowercased, spaces replaced with hyphens, prefixed with bot-, truncated to 63 characters. Renaming an instance does not affect its underlying resources.

Resource sizing

A rough guide based on typical workloads:
WorkloadCPUMemory
Light (simple tasks, browser will be slow)500m1Gi
Moderate (collaboration with the browser)1.02Gi
Heavy (multiple tabs, data analysis)2.04Gi
You can adjust CPU and memory after creation on the instance Settings tab. See Resources for details.

Instance status

Each instance shows a status from the orchestrator (Kubernetes or Docker), alongside a live connection indicator:
StatusMeaning
CreatingContainer is being provisioned or starting up
RunningContainer is running
RestartingRestart in progress
StoppingStop in progress
StoppedContainer is stopped
ErrorContainer exited unexpectedly
FailedContainer stopped after an error
The colored dot next to each instance reflects live connection health independently of the container status.

Starting, stopping, and restarting

From the dashboard, click the menu next to any instance:
  • Start — starts a stopped container
  • Stop — stops a running container gracefully
  • Restart — stops then starts the container; useful when the agent is stuck
  • Clone — copies all settings and files into a new instance
  • Delete — permanently removes the instance and all its data (PVCs in Kubernetes, volumes in Docker)
Delete is irreversible. All persistent data — Chrome profile, Homebrew packages, OpenClaw configuration, and clawdbot data — is permanently deleted.

Kubernetes resources per instance

In Kubernetes mode, each instance creates and manages these resources in the claworc namespace:
ResourceNamePurpose
Deploymentbot-{name}Runs the agent container
PVCbot-{name}-homebrewHomebrew packages
PVCbot-{name}-homeHome directory — OpenClaw config, browser profile, personal files

Docker resources per instance

In Docker mode, each instance creates:
  • One container (named bot-{name})
  • Two named volumes: claworc-{name}-homebrew (Homebrew) and claworc-{name}-home (home directory)
  • One published SSH port on 127.0.0.1 with a randomly assigned host port

Connection status

Each instance row shows a small colored dot indicating whether Claworc can reach the instance:
Dot colorState
GreenConnected
YellowConnecting or Reconnecting
GrayDisconnected
RedFailed
Open an instance to view full connection health and event history on the Overview tab.

Instance settings

Open any instance and switch to the Settings tab to view and edit its configuration. Settings are organized into two cards: Instance Details and Resources.

Instance details

The Instance Details card shows the display name, agent image, VNC resolution, timezone, user-agent, and timestamps. Many of these fields are editable inline — click Edit next to a field, make your change, and click Save.
FieldWho can editNotes
Display NameAdminsRenaming does not affect the underlying container or Kubernetes resource names.
Agent ImageRead-only (use Update to pull latest)See Updating the agent image.
VNC ResolutionAdminsFormat: WIDTHxHEIGHT (e.g. 1920x1080). Leave empty for the global default. Requires a restart to take effect.
TimezoneAll usersIANA timezone string (e.g. America/New_York). Leave empty for the global default. Requires a restart to take effect.
User-AgentAll usersCustom Chromium User-Agent string. Leave empty for the global default. Requires a restart to take effect.

Resources

The Resources card displays CPU and memory requests and limits, plus storage sizes. Admins can click Edit to change CPU and memory values for a running instance.
FieldFormatExample
CPU RequestMillicores or decimal cores500m or 0.5
CPU LimitMillicores or decimal cores2000m or 2
Memory RequestMebibytes or gibibytes512Mi or 1Gi
Memory LimitMebibytes or gibibytes4Gi
Requests must not exceed their corresponding limits. Claworc validates this before saving. Resource changes are applied immediately to the running container — no restart is needed. Storage sizes (Homebrew and Home) are set at creation time and cannot be changed afterward.

Live resource usage

When viewing the Settings tab of a running instance, Claworc displays live CPU and memory usage next to the limit values. Usage is shown as an absolute value and a percentage of the configured limit (e.g. using 312m / 16%). Stats refresh automatically every 10 seconds.
In Kubernetes mode, live resource stats require the metrics-server to be installed in the cluster. Without it, usage data is unavailable.

Configuration hierarchy

Claworc separates configuration into two levels: global defaults that apply to every instance, and per-instance overrides that apply to one instance only. Anything not overridden at the instance level is inherited from the global defaults automatically.
LevelWhere to set itScope
Global defaultSettingsAll instances with no override
Per-instance overrideInstance detail pageThat instance only
This model lets you configure once globally and selectively customize where needed. Each instance also has its own openclaw.json for agent behavior (model selection, tools, integrations). See Configuration for the full reference, including per-instance override options and examples.

Enabling models for an instance

The Overview tab on each instance detail page includes an Enabled Models section (visible to admins). This controls which LLM providers and models the agent can use. Before you can enable models on an instance, configure at least one provider in Settings. See Configuration for how to add providers and manage API keys. Once providers are configured, open the instance, click Edit next to Enabled Models, and check the models you want to make available. You can also set a Default model — the model the agent uses unless instructed otherwise. Claworc pushes the model configuration to the container over SSH in the background. A toast notification confirms when the update is complete.

Troubleshooting an instance

On the instance Overview tab, the troubleshoot panel lets you:
  • Run a connectivity test
  • Manually reconnect
  • View the SSH key fingerprint used for this instance
If an instance is stuck in Reconnecting, check:
  1. Whether the container is actually running (kubectl get pods -n claworc)
  2. Whether network policies allow egress from the control plane to agent pods on port 22
  3. The connection event log for the specific failure reason