This article details how to build powerful, local AI automations using n8n, the Model Context Protocol (MCP), and Ollama, aiming to replace fragile scripts and expensive cloud-based APIs. These tools work together to automate tasks like log triage, data quality monitoring, dataset labeling, research brief updates, incident postmortems, contract review, and code review – all while keeping data and processing local for enhanced control and efficiency.
**Key Points:**
* **Local Focus:** The system prioritizes running LLMs locally for speed, cost-effectiveness, and data privacy.
* **Component Roles:** n8n orchestrates workflows, MCP constrains tool usage, and Ollama provides reasoning capabilities.
* **Automation Examples:** The article showcases several practical automation examples across various domains, from DevOps to legal compliance.
* **Controlled Access:** MCP limits the model's access to only necessary tools and data, enhancing security and reliability.
* **Closed-Loop Systems:** Many automations incorporate feedback loops for continuous improvement and reduced human intervention.
This article details seven pre-built n8n workflows designed to streamline common data science tasks, including data extraction, cleaning, model training, and deployment.
Turn incoming emails into reliable webhooks in minutes. Replace brittle IMAP scripts and Zapier hacks. Route support tickets, orders, or alerts from any mailbox into clean JSON your services can consume.
This article details Spotify's approach to building reliable background coding agents, focusing on verification loops and LLM judges to ensure code quality and prevent functional errors. It explores how these feedback mechanisms contribute to predictable and trustworthy automation in large-scale software maintenance.
A guide to common pitfalls and best practices when starting with Playwright and Python, covering topics like browser context, waiting strategies, and handling different environments.
A look at how GitHub rebuilt GitHub Actions’ core architecture and shipped upgrades to improve performance, workflow flexibility, reliability, and developer experience.
This article details 7 ESPHome projects that enhance smart home functionality, including washing machine state detection, water leak detection, presence detection, Bluetooth proxy, custom smart speakers, cheap yellow displays, and ePaper dashboards.
A Raspberry Pi 5 can transform a home network into a faster, safer, and easier-to-manage system by consolidating DNS, VPN, and monitoring tools into a single, low-power machine.The author implemented Pi-hole (ad blocking & DNS), Unbound (recursive DNS resolver for privacy & speed), and WireGuard (secure VPN for remote access). For monitoring, tools Uptime Kuma, Netdata, or Prometheus with Grafana provide real-time insights into network performance and security.
This article details how the author uses a local LLM to summarize Docker logs and other home lab logs, providing proactive insights into their self-hosted setup and improving maintenance.