AutoBot is a self-hosted infrastructure automation platform — meaning you deploy it on your own hardware and maintain complete control. This guide explains the advantages of self-hosted automation for your infrastructure.
When you choose self-hosted automation, you're choosing independence from cloud providers and SaaS platforms. With AutoBot, your infrastructure automation stays where it belongs: under your control, on your hardware.
- Deploy on your infrastructure: AutoBot runs on servers you manage
- Own your data: All automation logs, scripts, and results stay on your hardware
- No external dependencies: No cloud API calls required for core functionality
- Full customization: Modify, extend, and optimize for your specific needs
The Challenge: Cloud-based automation tools send your infrastructure data to external servers, creating compliance risks.
The Self-Hosted Solution:
- Your infrastructure data never leaves your hardware
- Meet HIPAA, GDPR, SOC2, and other regulatory requirements
- No data residency issues — your data stays in your jurisdiction
- Audit-friendly: complete control over data access and storage
Use Case: Financial institutions and healthcare organizations require on-premises data storage. Self-hosted AutoBot ensures compliance without workarounds.
The Challenge: Cloud-based tools charge per API call, per hour of compute, or per user — costs scale unpredictably.
The Self-Hosted Solution:
- One-time hardware investment
- No per-request or per-automation fees
- Predictable costs: infrastructure you already own
- Scale to thousands of operations without increasing costs
Example: A company running 1,000 infrastructure automations monthly could pay $500+ with cloud tools. With self-hosted AutoBot, the cost is $0/month (leveraging existing hardware).
The Challenge: Cloud providers limit customization, lock you into their ecosystem, and can deprecate features.
The Self-Hosted Solution:
- Customize automation to your exact infrastructure needs
- Integrate with proprietary or legacy systems
- No vendor lock-in — you can modify, fork, or replace anytime
- Future-proof: your automation keeps working even if the provider changes
Use Case: Organizations with unique infrastructure (proprietary networking, custom storage systems) need flexibility that cloud tools can't provide.
The Challenge: Cloud API calls introduce network latency, especially for real-time infrastructure decisions.
The Self-Hosted Solution:
- Local inference and command execution
- Millisecond response times (no cloud round-trip)
- Better suited for time-critical operations
- Works offline if needed for critical automation
Example: Incident response automation needs to execute in seconds, not wait for cloud API responses. Self-hosted AutoBot responds instantly.
The Challenge: Cloud providers impose rate limits, quotas, and pricing tiers that don't scale with your needs.
The Self-Hosted Solution:
- Scale automation to thousands of servers using your infrastructure
- No API rate limits or per-user seat costs
- Run as many concurrent automations as your hardware supports
- Add capacity by expanding your own infrastructure
Use Case: DevOps teams managing hundreds of servers need unlimited automation capacity without paying per-operation.
The Challenge: Cloud tools can't easily integrate with internal systems, private networks, or legacy software.
The Self-Hosted Solution:
- Deploy within your private network, no external exposure
- Direct access to internal systems, databases, and applications
- Integrate with your existing infrastructure-as-code (Terraform, Ansible, Kubernetes)
- No firewall rules or API gateway complexity needed
Self-hosted automation with AutoBot is ideal if you:
✅ Prioritize data privacy — Your infrastructure data is sensitive
✅ Manage multiple servers — You need unlimited automation capacity
✅ Run complex infrastructure — Custom systems, legacy integrations, proprietary software
✅ Operate on tight budgets — Per-request cloud costs are prohibitive
✅ Require low latency — Real-time infrastructure decisions matter
✅ Have compliance requirements — HIPAA, GDPR, SOC2, or other standards
✅ Want no vendor lock-in — You need independence and portability
| Aspect | Self-Hosted | Cloud-Based |
|---|---|---|
| Data Location | Your servers | Cloud provider's servers |
| Privacy | Complete control | Dependent on provider's privacy policy |
| Cost Model | Fixed (hardware) | Variable (per-request) |
| Setup Time | 15 minutes with Docker | Immediate (cloud account) |
| Customization | Unlimited | Limited by provider |
| Integration | Any system | Only cloud provider's APIs |
| Latency | Milliseconds | Seconds (network round-trip) |
| Compliance | Full audit trail | Limited visibility |
| Scaling | Limited by your hardware | Unlimited (but expensive) |
| Offline Capability | Supported | Requires internet |
# 1. Clone the repository
git clone https://github.com/mrveiss/AutoBot-AI.git
cd AutoBot-AI
# 2. Start with Docker (handles all dependencies)
cp .env.example .env
docker compose up -d
# 3. Access your self-hosted automation
# Visit http://localhost in your browserThat's it. You now have a self-hosted AI automation platform running on your infrastructure.
- CPU: 4+ cores
- RAM: 8+ GB
- Storage: 20+ GB SSD
- Docker: 24.0+
- OS: Ubuntu 20.04+, Debian 11+, or compatible
All settings use environment variables in .env. See .env.example for all options, including:
- Deployment mode (hybrid or distributed)
- LLM provider (local Ollama or others)
- Database configuration
- Fleet management settings
A fintech company processes trading infrastructure through AutoBot. By keeping automation self-hosted, they:
- Maintain compliance with financial data regulations
- Avoid per-transaction costs (thousands would be prohibitive)
- Execute infrastructure changes in milliseconds
- Keep proprietary trading systems isolated
A hospital manages infrastructure for patient data systems. Self-hosted automation:
- Ensures HIPAA compliance with on-premises data
- Integrates with legacy medical systems
- Responds to incidents in real-time
- Provides complete audit trails for regulatory inspections
A company with 500+ servers across multiple data centers uses AutoBot to:
- Scale infrastructure automation without API costs
- Deploy configurations instantly (millisecond latency)
- Maintain compliance for regulatory requirements
- Customize automation for unique infrastructure needs
No. AutoBot runs in Docker alongside your existing infrastructure. If you already run servers, AutoBot leverages that infrastructure. You don't need additional expertise.
AutoBot is stateless. It stores configuration in PostgreSQL and can be redeployed instantly. Treat AutoBot deployment like any other containerized service — use your existing backup and HA strategies.
Yes. Self-hosted means:
- Your data never leaves your network
- You control access (firewall, authentication, encryption)
- No external API keys exposed to cloud providers
- Audit logs stay on your hardware
Yes. AutoBot is open source with no proprietary lock-in. Your automation configurations, knowledge bases, and workflows are portable.
Ready to deploy self-hosted automation?
- Quick Start: Get AutoBot running in 3 steps
- Installation Guide: Detailed setup instructions
- Documentation: Full documentation and examples
- Questions? Join the discussion
AutoBot is part of a growing movement toward self-hosted, privacy-respecting infrastructure automation. By choosing self-hosted:
- You prioritize data privacy
- You reduce vendor lock-in
- You support open-source development
- You maintain full control
Start deploying self-hosted infrastructure automation today.
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