How to Self-Host OpenClaw on VPS: Complete Guide for Tech Builders 

Key highlights

• Discover how restart-safe OpenClaw 2.0 Automations make self-hosting a practical alternative to software as a service (SaaS) wrappers.
• Learn the server requirements OpenClaw depends on, including root access, Docker support and persistent storage.
• Explore the six steps to self-host OpenClaw on a virtual private server (VPS) with one-click deployment.
• Understand how n8n and OpenClaw split workflow automation and agent reasoning in one stack you control.
• Compare plan sizes with renewal pricing side by side to choose the right fit for your agents.

SaaS artificial intelligence (AI) wrappers give technical operators little say over their data, prompts and execution logic. You can fix that by self-hosting OpenClaw on a VPS you control, so your agents stay online and you own their configuration and credentials.

OpenClaw 2.0 makes reliable hosting even more important. Its Automations can resume missed work after a restart, while run history tracks whether tasks ran, were delivered and completed. Persistent storage helps preserve the session data these workflows depend on, making a VPS a practical choice for agents that need to remain available beyond a single laptop session.

This guide covers the server requirements OpenClaw needs and how to choose a setup path. It then walks through the one-click deployment steps, starting with plan choice and ending with your first connected channel. You’ll also see how to pair OpenClaw with n8n and how to secure the agents you run.

Why self-host OpenClaw instead of using SaaS AI wrappers?

SaaS AI wrappers can limit how technical teams configure agents, connect internal tools and control their execution environments. Self-hosting OpenClaw gives you greater control over these elements while letting you choose the models and integrations that fit your workflows.

OpenClaw is a gateway-first agent runtime built around an observe, reason, act and persist loop. Running it on your own server gives you four practical advantages over a hosted wrapper:

• Always-on automation: Agents, channels and scheduled Automations keep running when your laptop sleeps.
• Data control: State and credentials stay on your server. Prompts go only to your chosen model provider, and messaging platforms process messages on their servers.
• Integration ownership: You own the integration logic. Skills turn a repeated manual process into a reusable instruction the agent can call in conversation.
• Model choice: You can connect OpenAI, Anthropic Claude or local models through Ollama with your own application programming interface (API) keys, and switch providers as your needs change.

Those advantages depend on how OpenClaw 2.0 behaves once it runs on a server that stays online. The next section covers what changed in OpenClaw 2.0.

Also read: Best VPS for OpenClaw: Why VPS Infrastructure Matters for Private AI Agents

What does OpenClaw 2.0 change for self-hosting?

OpenClaw 2.0 (v2026.8.1), released in late August 2026, makes the runtime restart-aware, according to the OpenClaw 2.0 release notes. Your host’s uptime and storage now shape how reliably Automations, channels and approvals behave.

Scheduling runs through one Automations layer across the agent, the Control UI, the command-line interface (CLI) and native apps. Triggers include events, schedules and heartbeats. Here are the changes that matter most when you host OpenClaw yourself:

• Automations that survive a restart: Run history tracks whether each run fired, delivered and completed. Missed work resumes after a restart without re-running finished jobs.
• A rebuilt Control UI: One browser workspace holds conversations, files, approvals, settings and live agent work.
• An admin-managed hub: Install, enable, disable or roll back plugins, ClawHub skills and vetted Model Context Protocol (MCP) connectors. Failed installs stay retryable.
• Messaging through reconnects: Accepted messages persist through restarts. Connection state reports as usable, recovering or blocked, so a dropped connection doesn’t trigger a blind resend.
• Approvals bound to the request: Approvals tie to the exact request, command, session and person. Removing or re-pairing a device retires its old access.
• SQLite session storage: Session and transcript storage moved to SQLite, so take a verified backup before upgrading an existing install.
• Guarded updates: Update paths inspect the install and stop unsafe candidates, with clearer Doctor and config-error guidance.

These behaviors assume a host that restarts predictably and keeps its storage. That brings you to the server itself.

What are the server requirements for OpenClaw?

OpenClaw needs three things from a server: full root access, Docker support and persistent storage. A practical agent workload starts at 2 virtual central processing units (vCPUs) and 4 GB of random access memory (RAM).

Each requirement supports a specific OpenClaw 2.0 behavior. When a host is missing one, capabilities such as the admin hub or restart-safe Automations tend to behave inconsistently. Check every server you consider against this list:

• Full root access: The admin hub manages plugins, skills and MCP connectors system-wide, and updates can inspect an install before replacing it.
• Docker support: Containers keep OpenClaw’s dependencies isolated and its state in folders you can back up. The one-click install runs OpenClaw this way, and OpenClaw’s documentation also covers installer-script and package-manager installs.
• Persistent storage: Sessions, run history, skills and configuration survive reboots, which restart-safe Automations rely on.

Shared hosting typically blocks root access and Docker and lacks persistent volumes, so it isn’t a viable environment for OpenClaw. Laptops and desktops also take agents, channels and scheduled tasks offline when they sleep or restart.

A VPS gives you an isolated server with full administrative control, which covers all three requirements. If you’re new to virtual servers, this overview of what VPS hosting is and how it works covers the basics.

You can meet these requirements in three ways, depending on how much of the install you want to handle yourself.

Which OpenClaw setup path fits your team?

On Bluehost, you can choose one-click OpenClaw VPS Hosting, a manual install on Bluehost Self-Managed VPS Hosting. The right path depends on how much of the install you want handled for you and how your team prefers to build agents.

Ways to self-host OpenClaw on a Bluehost VPS

The table below compares what each path installs, what it leaves to you and who manages the server. Those factors set how quickly you reach a working agent and how much upkeep you own.

Path	What’s installed for you	What you set up	Who manages the server
OpenClaw VPS Hosting (one-click)	OpenClaw 2.0 through preconfigured containers, dependencies and settings	Model access, channels and operating system (OS) upkeep	You (self-managed VPS)
Manual install on Bluehost Self-Managed VPS Hosting	The OS only	Docker or the installer, OpenClaw, onboarding and access controls	You (self-managed VPS)

All three paths run on a self-managed VPS, so the real difference is how much of the install you handle. In this comparison, one-click OpenClaw VPS Hosting gets you to a working agent with the fewest setup tasks.

Choose one-click OpenClaw VPS Hosting if:

• You want OpenClaw 2.0 running without building the server stack yourself.
• You plan to work mainly in the Control UI and bring your own model access.
• You still want full root access for later changes.

Choose a manual install if:

• You want to pick the OS and container layout yourself.
• You need a custom setup, such as a source build or a specific network design.
• You’re comfortable following a step-by-step OpenClaw private hosting guide on Ubuntu or Debian.

The steps below follow the one-click path.

How do you deploy OpenClaw on a self-managed VPS?

You choose a Bluehost plan and deploy OpenClaw with one click, which handles the server install for you. OpenClaw 2.0 then guides you through a first-run setup in the Control UI, where you bring your own model access and connect channels.

1. Choose an NVMe plan that fits your workload

OpenClaw VPS Hosting runs on Bluehost Non-Volatile Memory Express (NVMe) plans with double data rate 5 (DDR5) memory. The vCPU and RAM shape how much work one instance handles, and the renewal rate shows your cost after the first term.

Plan	vCPU	Memory	Storage	Fits	Intro price (24-month term)	Renews at
NVMe 4	2	4 GB DDR5	100 GB NVMe	Recommended tier and functional minimum: one agent, a few channels and a handful of Automations	$9.49/mo	$11.99/mo
NVMe 8	4	8 GB DDR5	200 GB NVMe	Multi-container production and heavier traffic	$12.99/mo	$28.99/mo
NVMe 16	8	16 GB DDR5	450 GB NVMe	Heavy AI workloads, large teams and enterprise stacks	$25.99/mo	$49.99/mo

Note: Bluehost pricing was verified in October 2026 and may change. See current Bluehost plans and pricing.

Start on NVMe 4 and move up to NVMe 8 or NVMe 16 as your channels and Automations grow. NVMe 2 is sized for light apps and dev sandboxes rather than OpenClaw agent workloads.

2. Deploy OpenClaw with one click

Select Choose Plan on your plan card on the OpenClaw VPS Hosting page and complete checkout. After checkout, Bluehost installs OpenClaw 2.0 through preconfigured containers, dependencies and settings, so you skip manual server and container setup. You keep full root access to the server.

3. Open the OpenClaw Control UI from your Bluehost account

Once provisioning finishes, sign in to the Bluehost Portal, go to Hosting > My Plans and select Manage on your VPS. Select Manage again to sign in to the OpenClaw dashboard, where the Control UI holds your conversations, files, approvals and settings.

Pro tip: If the dashboard doesn’t open right away, check your plan’s status in the Portal before you try again.

4. Bring your model access and send a first message

OpenClaw 2.0’s guided first-run setup reuses model access you already have. That can be an existing subscription, an OpenAI or Anthropic Claude API key or a local Ollama model. Choose a default model and send a test message in the Control UI chat.

Pro tip: If the agent doesn’t reply, check that the key is present, matches the provider and has been saved and applied. For provider details, see how to connect an AI provider in OpenClaw.

5. Connect your team’s messaging channels

OpenClaw supports Slack, Discord, Telegram, WhatsApp, Signal, Microsoft Teams and Short Message Service/Multimedia Messaging Service (SMS/MMS) via Twilio. According to the OpenClaw channel setup documentation, Telegram is the quickest first channel because it needs only a bot token. On channels that use pairing, new senders receive a pairing code, and OpenClaw doesn’t process their messages until you approve them in the Control UI or the CLI.

6. Connect integrations and internal tools

Next, connect the agent to internal tools so AI reasoning runs inside the systems you already use. OpenClaw integrates with Notion, GitHub, webhooks and custom APIs, and you can add plugins, ClawHub skills or MCP connectors through the admin hub. Require approval for sensitive actions so a person signs off before the agent acts.

Once your agent works inside your tools, the next step is pairing it with a workflow automation tool.

How can you build a complete automation stack with OpenClaw and n8n?

You can run n8n for event-driven workflows and integrations while OpenClaw handles reasoning and agent work. Each tool takes the part it’s suited for, and Bluehost n8n Hosting gives you a one-click way to run n8n on Bluehost Self-Managed VPS Hosting.

For example, n8n can capture an incoming customer support email and trigger an event. OpenClaw then analyzes the text, retrieves context and drafts a structured response. Finally, n8n routes that response back into your ticketing system so a teammate can review it before it goes out.

Running both on Bluehost Self-Managed VPS Hosting keeps workflow data and credentials on servers you control. Model calls still go to the provider you choose, and protecting that data becomes your job.

Also read: How OpenClaw Works: A Technical Guide to the Agent Runtime, Architecture and Where to Host it Safely

How do you secure your self-hosted AI agents?

You secure self-hosted agents by protecting the Control UI and gateway and limiting who can message the agent. Keep provider keys in OpenClaw’s configuration rather than in chat. Bluehost covers the infrastructure layer, including distributed denial-of-service (DDoS) protection, while you handle the OS and applications.

1. Built-in infrastructure protection

Every Bluehost virtual server includes built-in DDoS protection to secure your endpoints against malicious traffic spikes. However, choosing a self-managed path comes with an important trade-off.

Fact: “DDoS protection: included on all VPS plans for protection against distributed denial-of-service attacks.”

The Bluehost VPS Hosting page lists DDoS protection among the features included with all VPS hosting plans and describes it as network-level filtering against volumetric attacks.

2. Responsibility in a self-managed environment

A self-managed VPS gives you full root access, but it means you are fully responsible for OS-level security. This unmanaged tier does not include 24/7 expert human support for software issues.

Fact: “Self-Managed VPS does NOT include 24/7 expert human support, only infrastructure-level support.”

The Bluehost guide to VPS hosting lists basic hardware and network support for self-managed VPS, while 24/7 expert human support comes with managed VPS plans.

That split means the server tasks and OpenClaw controls below are yours. Work through this checklist once your first channel is live:

• Secure Shell (SSH) keys: Add an SSH key in the Bluehost Portal and use key-based sign-in for server access.
• System updates and firewall rules: Apply OS updates and vulnerability patches on a schedule, and open only the ports your setup needs.
• Private gateway access: Keep gateway authentication on and reach the gateway through private access such as an SSH tunnel or Tailscale Serve. Follow OpenClaw’s network guidance before you expose it beyond loopback.
• Sender approvals: Use pairing codes or allowlists on each channel so only approved accounts reach the agent.
• Request-bound approvals: Approvals bind to the exact request, command, session and person. Remove a device to retire its access.
• Backups before upgrades: Back up the SQLite session and transcript store and verify it before upgrading, then use guarded updates and Doctor checks.

With those responsibilities clear, you can judge whether a self-managed Bluehost server fits how your team works.

Why choose Bluehost for OpenClaw VPS?

Bluehost OpenClaw VPS Hosting installs OpenClaw 2.0 on a server that meets its root, Docker and persistent-storage requirements. It’s built for technical operators who want to own the runtime and manage the layers above the hardware.

The fit comes down to four things that matter once your agent is live. Each one ties back to a requirement or responsibility covered earlier in this guide.

• One-click OpenClaw 2.0: The Community edition comes preinstalled through preconfigured containers, so you skip the manual server install and control later updates.
• Requirements met on every recommended plan: Bluehost Self-Managed VPS Hosting provides root access, Docker support and persistent NVMe storage.
• A host that stays on: Automations, channels and the Control UI stay reachable because the server keeps running when your laptop sleeps.
• Clear responsibility split: Bluehost maintains the hardware, network and virtualization layer, and you manage the OS, OpenClaw configuration and applications.
• NVMe + DDR5 performance baseline: Low‑latency NVMe storage and DDR5 memory shorten I/O waits and speed up agent responses under load.
• Built-in DDoS protection: Network‑level filtering helps shield your endpoints from volumetric attacks while you secure the OS and apps.
• Scale without reinstallation: Move from NVMe 4 to NVMe 8 or NVMe 16 as agents, channels and Automations grow—your OpenClaw setup stays in place.
• Portal-based control: Launch the OpenClaw Control UI and manage your server from the Bluehost Portal once provisioning completes.
• n8n-ready ecosystem: Pair OpenClaw with Bluehost n8n Hosting to run event‑driven workflows and agent reasoning on the same VPS platform.

Final thoughts

A self-managed VPS that satisfies OpenClaw’s needs is the right foundation for a team agent under your control. Choose your setup path based on the comparison and start on NVMe 4 for a single agent with a few channels.

Stop experimenting with AI. Start owning it, now with Automations that actually survive a restart. Choose your OpenClaw VPS Hosting plan to run OpenClaw 2.0 on a server that stays on.

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