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Operating an Agentic Homelab with Agent Guides
Discover how AI agents can manage your homelab infrastructure using Agent Guides, an open-standard markdown format for documented, improvable procedures, ensuring safe delegation through robust security practices.
I built a multi-node homelab with layered, enterprise-grade security (passwordless auth, secrets management, host hardening) and an OpenTofu plus Ansible control plane for infrastructure and deployment. AI agents operate it instead of me clicking through consoles. In order to facilitate rapid iteration and configuration I created a new open-standard data format called Agent Guides, which are open, Skill-compatible markdown runbooks.
Provisioning a new LXC, rotating credentials, or updating firewall settings are repetitive over time, but the details drift and some of the APIs have undocumented behavior, so a single prompt is unreliable and a fixed script breaks. Plain wiki runbooks aren’t ideal because they go stale as soon as the environment changes. What I wanted was documented procedures an agent can follow but still improvise when it hits something unexpected. The guides for my homelab are executed primarily by agents, whose harness leaves an audit log to review afterwards, so another agent may update the guide automatically instead of rediscovering the same problem the next time.
Generated 6 days ago
Ryan Date demonstrates an agentic system designed to deploy, manage, and back up bare-metal enterprise infrastructure from scratch. To avoid the limitations of traditional hardcoded scripts, the technical approach utilizes Claude-guided multi-agent workflows. These agents use SSH to interact with physical servers, configure ZFS snapshotting, manage machine identities via Teleport, and dynamically discover runbooks. The system generates visual audit graphs of agent decisions to allow human oversight and feedback. The audience learns how to move beyond rigid pipelines by utilizing autonomous, self-documenting agents that handle complex, real-world system administration and disaster recovery tasks.
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Agent Guides uses Markdown-defined DAGs for resilient, human-agent collaborative workflows.
An open, Skills-compatible specification defining multi-step procedural agent workflows.
- FastMCPFastMCP is the production-ready Python framework for the Model Context Protocol (MCP): it connects Large Language Models (LLMs) to tools and data with minimal boilerplate.FastMCP is the standard, production-grade Python framework for building Model Context Protocol (MCP) servers: think of MCP as the 'USB-C port for AI.' We abstract the protocol's complexity, letting developers focus on business logic. The current release, FastMCP 2.0, provides a complete toolkit: simply decorate a Python function to create a Tool or Resource. This framework includes enterprise-grade features like authentication (Google, GitHub, Azure, Auth0), deployment tooling, and automatic OpenAPI/FastAPI generation, ensuring a fast path from concept to a secure, scalable deployment.
- Claude CodeAnthropic's agentic coding tool: Unleash Claude's raw power directly in your terminal or IDE to turn complex, hours-long workflows into a single command.Claude Code is Anthropic’s powerful agentic coding assistant, designed for high-velocity development. It operates natively within your terminal, IDE (VS Code, JetBrains), or via a web interface, allowing you to delegate complex tasks like feature building, bug fixing, and codebase navigation. The agent plans, edits files, executes commands, and creates commits, maintaining awareness of your entire project structure. Internally, Anthropic engineers using Claude Code reported a 67% increase in productivity, demonstrating its capacity to deliver significant gains for Pro and Max plan users.
- Hermes AgentAn open-source, self-improving AI agent by Nous Research that lives on your server, builds persistent memory, and automatically generates new skills from experience.Hermes Agent is an autonomous AI worker designed to run persistently on your own infrastructure (whether a $5 VPS, local machine, or Docker container) rather than living as a simple chatbot wrapper. Built by Nous Research, it features a continuous learning loop that translates past experiences into reusable skills, manages long-term memory across sessions, and executes complex workflows. The system integrates directly with communication channels like Telegram, Slack, and Discord, handles natural language cron scheduling for automated tasks, and safely delegates work to isolated subagents using secure sandboxing backends.
- OpenTofuOpenTofu is an open-source, community-driven infrastructure as code tool that serves as a high-performance, drop-in replacement for Terraform.Managed under the Linux Foundation, OpenTofu is a vendor-neutral infrastructure as code (IaC) engine designed to keep your cloud deployments reliable and open. It functions as a direct drop-in replacement for Terraform, utilizing the same declarative syntax while maintaining compatibility with over 3,900 existing providers and 23,600 modules. By introducing critical enhancements like native S3 state locking, end-to-end state file encryption, and OCI registry support, OpenTofu delivers enterprise-grade security and performance without licensing friction.
- llamaMeta's open-weights LLM family optimized for high-performance local deployment and custom fine-tuning across 8B to 405B parameter scales.Llama 3.1 delivers state-of-the-art performance through a flagship 405B parameter model trained on 15 trillion tokens. It supports a 128k context window: ideal for analyzing massive datasets or long-form documentation. Developers utilize Llama for diverse tasks (multilingual translation, Python code generation, and complex reasoning) while maintaining data sovereignty via local hosting. The ecosystem includes the Llama Stack for agentic workflows and optimized weights for 8B and 70B models, ensuring high throughput on consumer hardware or enterprise clusters.
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