Deploy OpenClaw on VPS: 24/7 AI Agent Setup Guide

TL;DR

Deploy OpenClaw on a VPS with a single onboarding command to run your AI agent 24/7; the setup takes under 20 minutes and costs $4–6 monthly for reliable always-on automation.

Why VPS Deployment Matters for OpenClaw Users

Local OpenClaw installations stop working the moment your laptop sleeps or loses power. A VPS eliminates that constraint entirely, enabling persistent agent workflows that run autonomously around the clock. With OpenClaw reaching 269,000 GitHub stars and 300,000 active users by early 2026, a significant portion of that community now relies on VPS hosting for production workloads.

The uptime advantage is concrete: a VPS provides 99.99% availability, leaving just 52 minutes of potential downtime annually versus hours or days for devices that only run when you're at your desk. Beyond uptime, a VPS provides the stable network connection required for webhook polling, Telegram integration, and scheduled automations—capabilities that fail unpredictably on home internet. For developers building multi-agent workflows or critical monitoring systems, local hosting is simply not viable.

Entry-level VPS infrastructure costs $4–6 monthly, making this among the cheapest ways to run persistent AI services. The global VPS market reached $5.7 billion in 2025, with Linux accounting for 61.5% of revenue, reflecting strong developer adoption of exactly this use case.

Hardware and Account Requirements

Before provisioning, confirm you have the minimum resources and credentials in place:

• Server specs: Ubuntu 22.04 LTS or 24.04 LTS, 2GB RAM minimum (4GB recommended), 10GB+ disk space, 1 vCPU for personal use or 2 vCPU for multi-agent setups
• LLM API key: Claude (Anthropic) or GPT-4o (OpenAI); Claude is the OpenClaw community standard for instruction-following reliability
• Telegram account: Required for bot integration; creation takes two minutes via @BotFather
• VPS provider: DigitalOcean, Hetzner, Hostinger, and Vultr all maintain documented OpenClaw support guides

Having these credentials staged before logging into your server eliminates mid-install delays—the single biggest friction point in deployment.

Installation and Daemon Setup

OpenClaw installation on Ubuntu follows a three-step process. First, install Node.js 22 or later via the NodeSource repository, then globally install OpenClaw via npm, and finally run the onboarding wizard with the --install-daemon flag to register the agent as a systemd service.

The onboarding wizard guides you through LLM selection, API key entry, agent naming, and initial channel setup. Credentials are encrypted at ~/.openclaw/credentials/ with restrictive file permissions (owner-read-only). Configuration is written to ~/.openclaw/openclaw.json and can be edited directly later to adjust system prompts, add skills, or modify behavior.

A critical consideration: if your VPS has only 1GB RAM, the npm install may be killed mid-process. In that case, either use the Docker installation method (recommended for container isolation) or temporarily add a 2GB swap file. The Docker approach is slightly more involved but provides cleaner version management and is the official recommendation for server deployments.

Telegram Integration in Two Minutes

Telegram is the most popular messaging channel for OpenClaw users because it requires no phone number exposure, works across all devices, and supports rich bot interactions. Setup is minimal: open Telegram, message @BotFather, create a new bot, and paste the token into OpenClaw's channel configuration.

The bot token is a one-time credential—if you lose it, you must recreate the bot via BotFather. After adding the token via openclaw channels add --channel telegram, search for your bot by username in Telegram and send it a test message. The agent should respond within seconds. If it doesn't, check the daemon status with systemctl --user status openclaw and review logs at ~/.openclaw/logs/.

Telegram uses polling rather than webhooks, meaning your VPS requires no inbound firewall rules. This is a significant advantage over Discord or Slack integration on restrictive networks. OpenClaw also supports WhatsApp, Discord, Slack, and Signal, but Telegram is objectively the fastest to configure on a fresh VPS.

Keeping Your Agent Running Reliably

The --install-daemon flag enables systemd management, but three additional steps ensure 24/7 stability. First, enable user lingering so your service survives SSH disconnection:

sudo loginctl enable-linger $USER

This is the most frequently overlooked step. Without it, the agent appears functional during your SSH session but goes silent the moment you close the terminal. Second, verify the daemon is enabled on boot: systemctl --user enable openclaw. Third, periodically update OpenClaw to stay current with security patches and capability releases: npm update -g openclaw && systemctl --user restart openclaw.

Monitor logs in real time with journalctl --user -u openclaw -f when testing new skills or troubleshooting connection issues. This streaming output shows exactly what your agent is doing and catches integration errors immediately.

Security Baseline for Production Deployments

Running an AI agent with shell access and internet connectivity requires a basic security posture. Three hardening steps take 15–20 minutes and eliminate the most common vulnerabilities: disable root SSH login, require key authentication only, and configure UFW firewall to allow SSH exclusively.

Edit /etc/ssh/sshd_config to set PermitRootLogin no and PasswordAuthentication no, then restart sshd. Follow this with UFW: sudo ufw allow OpenSSH && sudo ufw enable. OpenClaw needs only outbound connectivity for Telegram polling and LLM API calls—no inbound ports are required by default. If you later integrate webhook-based channels, open only the specific port they require.

Do not disable root SSH login before confirming your non-root user can SSH in with keys; locking yourself out is a common deployment mistake. Consider also setting up automatic security updates: sudo apt install -y unattended-upgrades && sudo dpkg-reconfigure -plow unattended-upgrades.

Why This Matters for the AI Developer Community

As of March 2026, 84% of developers now use AI tools in daily workflows. The OpenClaw ecosystem has matured from a local testing tool to a production-grade agent framework, and VPS deployment represents the practical inflection point where developers move from experimentation to operationalizing AI automations. A $6 monthly VPS running a persistent AI agent fundamentally changes the utility calculus—instead of a tool you run during work hours, it becomes infrastructure that executes autonomously.

This shift has real implications for how teams architect agent workflows. Persistent agents can monitor pipelines, answer customer inquiries via Telegram, execute scheduled tasks, and respond to webhooks without human intervention. The barrier to entry is now low enough (under 20 minutes, minimal cost) that individual developers can prototype production-grade autonomous systems. This democratization is a significant driver of OpenClaw's growth and reflects broader trends toward agent-native infrastructure.

Key Takeaways

• VPS deployment enables 24/7 agent operation with 99.99% uptime versus hours/days for local machines; setup takes under 20 minutes and costs $4–6 monthly
• Use openclaw onboard --install-daemon to automatically register the agent as a systemd service that survives reboots and crashes
• Enable user lingering with sudo loginctl enable-linger $USER to prevent the agent from stopping when SSH sessions end
• Telegram is the fastest channel to configure (two minutes) because it uses polling and requires no inbound firewall rules; token setup via @BotFather is one-time
• Apply basic security hardening (disable root SSH, require key auth, UFW firewall) within 20 minutes to run a production-grade agent safely