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Compare AI VPS framework pages
Use the setup guides when you need implementation steps. Use these framework VPS pages when you are choosing the right server profile, runtime boundary, or agent hosting fit.
AI VPS Guides for Self-Hosted Agents
Run production-grade self-hosted AI agents 24/7 with full SSH control, persistent storage, secure API key management, and reliable infrastructure that keeps working long after you close your laptop.
Production-ready guides for Claude Code, OpenClaw, PicoClaw & more
Complete self-managed VPS setup paths with security best practices
SSH access, persistent logs, snapshots & encrypted API key handling
Framework-specific deployment playbooks and monitoring patterns
VPS Control Panel
Online
root@ubuntu-vps:~$ deploy --virtarix --nvme --ready
> ✓ Provisioning complete. System ready.
System Ready
Ubuntu VPS root access · NVMe · DDoS · IPv4 + IPv6
Ubuntu cloud VPS
Docker Compose
Laravel & PHP apps
WordPress / WooCommerce
Node.js & Python APIs
Nginx / Caddy web server
PostgreSQL / MySQL
GitLab & CI runners
Private VPN tools
SSH & firewall rules
2 backups
1 snapshot
AI VPS setup guides
Choose the framework you want to run, then follow a practical guide for installing, securing, observing, and maintaining that agent workload on a self-managed Virtarix VPS.
Run Claude Code on VPS
Set up Claude Code in a persistent remote workspace on a self-managed Virtarix VPS with full SSH access, Git integration, package management, and reliable terminal logging that survives reboots and restarts.
Self-host OpenClaw on VPS
Run OpenClaw with persistent server-side runtime, channel planning, scoped credentials, and fast restart plus snapshot rollback on a Virtarix VPS built for always-on agent workloads.
Self-host Hermes Agent on VPS
Deploy Hermes Agent on a self-managed VPS with provider configuration, memory and tools planning, persistent logs, and safe update routines that keep your agent available without local workstation dependency.
Self-host Paperclip on VPS
Host Paperclip as a persistent multi-agent control plane with adapters, team workflows, audit trails, and operational safeguards - built for long-running, production-grade agent systems.
Self-host PicoClaw on VPS
Deploy lightweight PicoClaw agents on a Virtarix VPS with clean install paths, gateway planning, process management, isolated experiments, and reliable logging suitable for production agent workloads.
Self-host NemoClaw on VPS
Run advanced NemoClaw environments on a self-managed VPS with OpenShell context, hardware-aware setup, snapshots, and a clear rollback path for safe, repeatable experimentation.
More agent hosting options
These pages connect the guide hub back to commercial AI VPS hosting options for persistent agents, coding assistants, multi-agent workflows, and experimental agent stacks.
AI VPS use-case articles
Use these blog articles for framework background, common workloads, and VPS-hosting fit before opening a hands-on setup guide.
More AI VPS use-case articles
Continue comparing framework examples for coding agents, personal assistants, multi-agent systems, and lightweight experiments.
Frequently Asked Questions
Why should I run my AI agents on a self-managed VPS instead of locally?
Local machines sleep, lose network connectivity, and aren’t designed for continuous operation. A self-managed VPS gives you persistent runtime, full root access, automatic restarts, snapshots for safe rollbacks, and reliable networking so your agents can run 24/7 without depending on your workstation.
How do I keep my API keys and credentials secure?
Never hard-code API keys. Use environment variables, scoped credentials, and tools like secret managers or encrypted vaults. Because you have full root access on a Virtarix VPS, you control exactly how secrets are stored and accessed. The guides cover recommended patterns for each framework.
What happens if my agent crashes or the server restarts?
Use process managers (systemd, PM2, or Docker restart policies) combined with health checks. With proper configuration, agents can automatically restart after crashes or reboots. Snapshots also let you quickly restore a known-good state if something goes wrong during updates or experiments.
How do snapshots and rollbacks work for agent environments?
Take a snapshot before major changes, experiments, or framework updates. If something breaks, you can restore the entire VPS (including installed packages, configurations, and data) in minutes. This is one of the biggest advantages of self-managed infrastructure for agent development.
What server resources do I need for running AI agents?
It depends on the framework and workload. Lightweight agents (PicoClaw, simple OpenClaw, or single Claude Code sessions) often run well on Starter plans. Heavier multi-agent systems, long context windows, or concurrent workflows usually benefit from more RAM and vCPU. Start with a mid-tier plan and scale based on real usage.
How do I monitor logs and health of long-running agents?
The individual guides cover setting up persistent logging, log rotation, and structured output. You can also forward logs to external services or set up simple health checks with webhooks. A self-managed VPS gives you full access to tools like `journalctl`, Docker logs, or custom monitoring stacks.
Can I run multiple different agent frameworks on the same VPS?
Yes. Many developers run Claude Code, OpenClaw, Paperclip, and others on the same server using Docker containers, separate system users, or isolated environments. A self-managed VPS gives you the flexibility to experiment with different stacks without being locked into one provider’s tooling.
